Open access e-journal Cardiometry - No.9 November 2016
As might be seen, our Journal is a theme-oriented publication so that each issue offers concentrated materials targeting a certain topic. The present publication is treating the very topical problem: it is energy of the heart.
As might be seen, our Journal is a theme-oriented publication so that each issue offers concentrated materials targeting a certain topic. The present publication is treating the very topical problem: it is energy of the heart.
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Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 1
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Contents<br />
<strong>November</strong> <strong>2016</strong> / Issue <strong>No.9</strong><br />
6 Interview with Vyacheslav<br />
Tyutyunnik<br />
President of INTERNATIONAL IN-<br />
FORMATION NOBEL CENTER (IINC)<br />
32 Simple association of<br />
the genetic code with<br />
hexagrams of the Book of<br />
Changes (I Ching)<br />
58<br />
11<br />
21<br />
Determining role of cyclicity<br />
in cosmic and natural<br />
processes for formation of<br />
energy figures in Chinese<br />
Classical Zhen Jiu Therapy<br />
Alexey I. Falev<br />
Victor L. Kokorin<br />
The article covers the questions<br />
of cosmic and natural phenomena,<br />
identity, cyclic nature and parallelism<br />
of their constant changes.<br />
The genetic code as a<br />
structure of the Five<br />
Elements in Chinese<br />
philosophy<br />
Sergey P. Fedotov<br />
Article "The genetic code as a<br />
structure of the Five elements in<br />
Chinese philosophy" hypothesizes<br />
about the structure of the<br />
formation of the DNA codons as<br />
a reflection of wave processes in<br />
nature. . The paper shows the relationship<br />
of elements of Chinese<br />
philosophy with the structure of<br />
the DNA codons.<br />
44<br />
Sergey P. Fedotov<br />
It allowed to suggest an idea of<br />
digrams and trigrams as a tool<br />
for description of DNA codons in<br />
the process of their interaction,<br />
each with others as an independent<br />
oscillator (objects, generating<br />
its own natural frequency).<br />
On the basis of this hypothesis it<br />
is considered the logic of structure<br />
of trigrams from the Book of<br />
Changes (I Ching), the properties<br />
of Start and Stop codons, and<br />
the properties of their position<br />
in the general order of the King<br />
Wen.<br />
The Elements of life<br />
Sergey P. Fedotov<br />
Article "Elements of Life" offers a<br />
hypothesis about the relationship<br />
of the phenomenon of traditional<br />
Chinese medicine with the physical<br />
laws. It shows the principle<br />
of forming a sequence of daily<br />
activity of the acupuncture meridians<br />
as a consequence of the<br />
Doppler effect in the process of<br />
flowing around the planet Earth<br />
by cosmic wind (by Ether). In accordance<br />
with this specification<br />
the daily structure of meridians<br />
had been built. It is suggested<br />
that the essence of the Chinese<br />
Qi (Chi) are vibrations of a certain<br />
range in the medium. Consequently,<br />
it became possible to set<br />
the interrelation of frequencies of<br />
the visible spectrum with certain<br />
meridians.<br />
70<br />
74<br />
Energetically optimal nonstationary<br />
mode of flow<br />
along tube with constant<br />
and time-varying radius<br />
Sergey G. Chefranov<br />
Derived is a new modification of<br />
hydrodynamic equations of viscous<br />
incompressible fluid flowing along<br />
the tube with radius changing in<br />
time.<br />
Energetic criteria of lymphocytes<br />
in evaluation of<br />
efficacy of system processes<br />
correction under oncopathology<br />
Alla I. Shikhlyarova<br />
Galina V. Zhukova<br />
Oleg I. Kit<br />
Svetlana M. Babieva<br />
The activity of key ferments<br />
in the Krebs cycle (SDH) and<br />
glycolysis (α-GPDH) in peripheral<br />
blood lymphocytes in<br />
animals and humans with cancer<br />
pathology is considered<br />
herein.<br />
Novel formula to measure<br />
mean pulmonary artery<br />
pressure<br />
Francisco Jose Chacon-Lozsan<br />
Elizaveta O. Lebedeva<br />
Juan Sebastian Peinado-Acevedo<br />
Mean Pulmonary Arterial Pressure<br />
(MPAP) is an important<br />
parameter in evaluation of patients<br />
with pulmonary hypertension.<br />
The aim of this study is to<br />
correlate a new formula using<br />
non-invasive blood pressure and<br />
Bernoulli’s right ventricle systolic<br />
pressure (RVSP) with invasive<br />
method.<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 1
<strong>Cardiometry</strong><br />
Basic and applied research.<br />
Theory, practice, therapy, engineering, philosophy & methodology.<br />
ISSN 2304-7232 <strong>Open</strong> Access e-Journal<br />
www.cardiometry.net<br />
EDITORIAL<br />
Editor-in-chief<br />
Prof. Vladimir Zernov<br />
Russian New University<br />
Moscow, Russia<br />
Deputy editor<br />
Prof. Mikhail Y. Rudenko<br />
Russian New University<br />
Taganrog, Russia<br />
Phone/Fax: +7 (8634) 312-403, e-mail: <strong>journal</strong>@cardiometry.net<br />
Editorial board<br />
Prof. Howard Robert Horvitz<br />
Massachusetts Institute of Technology<br />
Cambridge, United States<br />
Prof. Peter Mansfield<br />
University of Nottingham<br />
Nottingham, United Kingdom<br />
Prof. Yury V. Gulyaev<br />
National Research University of Electronic<br />
Technology (MIET)<br />
Kotelnikov Institute of Radio Engineering<br />
and Electronics of Russian Acade my of<br />
Sciences<br />
Moscow, Russian Federation<br />
Prof. Roman M. Baevsky<br />
State Research Center of the Russian<br />
Federation – Institute for Biomedical<br />
Problems (IBMP)<br />
Moscow, Russian Federation<br />
Prof. Sergey G. Chefranov<br />
Russian Academy of Sciences, A.M. Obukhov<br />
Institute of Atmospheric Physics<br />
Moscow, Russian Federation<br />
Dr. Sergey V. Kolmakov<br />
University Central Hospital Kuopio, Department<br />
of Psychiatry<br />
Kuopio, Finland<br />
Dr. Olga K. Voronova<br />
Voronezh State University<br />
Voronezh, Russian Federation<br />
Prof. Vyacheslav M. Tyutyunnik<br />
Tambov Department of Russian Academy<br />
of Natural Sciences (RANS), President<br />
of INTERNATIONAL INFORMA-<br />
TION NOBEL CENTER (IINC)<br />
Tambov, Russia<br />
Prof. Sergey N. Zaguskin<br />
Southern Federal University,<br />
Research Institute of Physics<br />
Rostov-on-Don, Russian Federation<br />
Prof. Gury P. Stupakov<br />
State Research Center of the Russian<br />
Federation – Institute for Biomedical Problems<br />
(IBMP)<br />
Moscow, Russian Federation<br />
Prof. Vladimir A. Vecherkin<br />
Nesmeyanov Institute of Organoelement<br />
Compounds, Russian Academy of<br />
Sciences<br />
Moscow, Russian Federation<br />
Editorial council<br />
Dr. Christian Muller<br />
Medizinische Universitat Wien<br />
Vienna, Austria<br />
Dr. Alberto Alfie<br />
Hospital Nacional Prof. A. Posadas<br />
Buenos Aires, Argentina<br />
Dr. Saad Al Bugami<br />
King Faisal Cardiac Center<br />
Dammam, Saudi Arabia<br />
Dr. Zied ben El hadj<br />
Medical School of Tunis<br />
Tunis, Tunisian Republic<br />
Prof. Mohammad Aleem<br />
Cairo University<br />
Cairo, Egypt<br />
Dr. Chandra Mani Adhikari<br />
Shahid Gangalal National Heart Centre<br />
Kathmandu, Nepal<br />
2 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Prof. Jorge Moreno-Lopez<br />
Sveriges lantbruksuniversitet,<br />
Department of Biomedical Sciences and<br />
Veterinary Public Health<br />
Uppsala, Sweden<br />
Prof. Boris I. Leonov<br />
All-Russian Scientific Research Institu te<br />
for Medical Instrument Engineering<br />
Moscow, Russian Federation<br />
Dr. Marwan Refaat<br />
American University of Beirut Medical<br />
Center<br />
Beirut, Lebanon<br />
Dr. Pablo Avanzas<br />
Hospital Universitario Central de Asturias<br />
Asturia, Spain<br />
Prof. Alejandro Barbagelata<br />
DUCCS Board Member<br />
(Duke University Cardiovascular Society)<br />
Duke University<br />
Durham, USA<br />
Prof. Vitaly S. Polikarpov<br />
Southern Federal University<br />
Taganrog, Russian Federation<br />
Dr. Nancy Aggeli<br />
Thivas General hospital Tecnological Institute<br />
Thivas, Greece<br />
Dr. Marko Banovic<br />
FESC, specialist of Internal Medicine at<br />
University Clinical Centre of Serbia<br />
Belgrade, Serbia<br />
Prof. Dimitrios Karakitsos<br />
Clinical Assistant Professor of Medi cine,<br />
University of South Carolina<br />
Columbia, USA<br />
Dr. Hong Lei<br />
Chinese Chongqing School of Traditional<br />
Chinese Medicine<br />
Chongqing, China<br />
JOURNAL INFORMATION<br />
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Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 3
Mikhail Rudenko<br />
Deputy editor<br />
4 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
EDITORIAL<br />
Dear Reader!<br />
As might be seen, our Journal is a theme-oriented publication so that each<br />
issue offers concentrated materials targeting a certain topic. The present<br />
publication is treating the very topical problem: it is energy of the heart.<br />
CARDIOMETRY does not focus on the anatomy of the heart. Energy is<br />
required to provide the proper performance of the heart in an organism, as<br />
it is the case with any other organ in a living organism. And energy is generated<br />
not only by biochemical reactions in the organism: it can be supplied<br />
from environment, too, and in this case electromagnetic waves as carriers of<br />
energy should be mentioned before all. The said problem has been poorly<br />
studied, but it is really of great significance.<br />
We invited some experts to submit their detailed suggestions and opinions<br />
related to this specific topic. Let’s hope we are broadly in line with the readership<br />
expectations. Our intention is to provide herein some research matters<br />
to the duly consideration and discussion. We think it might be useful in<br />
practice, while a number of theoretical and practical questions need some<br />
clarification.<br />
A thought-provoking interview is opening this Journal release.<br />
We should remember those scientists and researchers who dedicated their<br />
lives to science. We also should remember that we are freely enjoying the use<br />
of unique advancements made at the cost of many lives of those scientists<br />
and researchers who paid a high price for their success. The story presented<br />
in the interview is very exciting for everyone. The publication should be<br />
treated as a tribute to the scientists’ bravery. At the same time, it gives rise to<br />
understanding of how little we know of the physiology of a human and its<br />
capabilities.<br />
So, don’t delay! Let’s read the Journal! And we wish health and success in<br />
research to all our readers!<br />
Your letters and responses are very much appreciated by us.<br />
Sincerely yours,<br />
Editorial<br />
CARDIOMETRY<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 5
EDITORIAL<br />
Vyacheslav M. Tyutyunnik 1<br />
1<br />
Tambov Department of Russian<br />
Academy of Natural Sciences (RANS),<br />
President of INTERNATIONAL IN-<br />
FORMATION NOBEL CENTER (IINC)<br />
Russian Federation<br />
Sometimes history offers very<br />
interesting facts which induce<br />
thoughts to consider everything. I<br />
am sure a story presented herein will<br />
not leave anyone among our readers<br />
indifferent. The point is that everybody<br />
is concerned with his/her own<br />
health problems and with medicine<br />
dedicated to solve them, either directly<br />
or indirectly. Achievements<br />
in health care are widely used in our<br />
everyday’s life, and they are a common<br />
knowledge at all. The existing<br />
system of health care is capable of<br />
solving a great variety of most complex<br />
problems. But at the same time<br />
medicine possesses some poorly understandable<br />
fields calling for further<br />
investigations. Often we cannot<br />
find an answer why different doctors<br />
are offering us differing treatments?<br />
Why are there so many medical drugs<br />
available? Are medical drugs really effective?<br />
Why there are two health care<br />
systems available: Western and Eastern<br />
medicine? And of course many<br />
generations have been searching for<br />
the secret of long life.<br />
For a number of reasons, the text<br />
is presented herein in the form of an<br />
interview. The name of a person who<br />
was close to me and directly participated<br />
in the story is not revealed herein.<br />
When having read it, you will understand<br />
everything and think about<br />
the price the humanity pays for moving<br />
towards the idea of immortality<br />
and what motivation encourages researchers<br />
in finding the Elixir of Life.<br />
So, let’s start our story…<br />
V. Tyutyunnik: “Every person has<br />
somebody very beloved in his life.<br />
I had such a human too. It was my beloved<br />
lady. But it just happened that<br />
she needed urgent help in oncology<br />
treatment. In 2006, she completed a<br />
lot of therapy courses in many hospitals,<br />
but it was impossible to accurately<br />
diagnose her disease, so that doctors<br />
missed tumor progression. Metastases<br />
reached pancreas in her organism.<br />
By the beginning of 2007 she was discharged<br />
from hospital with the following<br />
doubtful diagnosis: “she is healthy”.<br />
By that time I had been abroad for a<br />
long period and when I returned home<br />
I saw that she was very thin. It was necessary<br />
to take immediate measures as I<br />
suspected that she had the fourth degree<br />
cancer. I invited well-known cancer<br />
surgeons for consultations. Their<br />
findings were disastrous: nothing more<br />
could help her. They recommended<br />
remedies produced by HEEL. I began<br />
to look for them and studied the<br />
history of their development.<br />
It became clear later that the medicaments<br />
were developed by a group of approximately<br />
100 researchers who were<br />
hired by A. Hitler to work in a secret<br />
laboratory in Germany located near<br />
Baden-Baden. The group included experts<br />
in many fields: medi cine, chemistry,<br />
mathematics, and physics. The<br />
aim of their research was to develop a<br />
remedy against all diseases. The underground<br />
laboratory was absolutely secret,<br />
and the researches were not entitled<br />
to leave it. In 1944 Hitler liquidated<br />
it. All the researchers were killed, and<br />
the laboratory entrance door was completely<br />
destroyed by explosion. The<br />
only alive was Hans von Krebs.<br />
He survived because he had fallen<br />
ill and had been taken to an intensive<br />
care unit before the laboratory liquidation.<br />
Americans saved him. They<br />
knew about the laboratory, cleared<br />
the entrance by removing debris and<br />
saved the only alive human. I had the<br />
lucky chance to find the man not long<br />
before his death: he was 95 when we<br />
met, but he was no longer able to show<br />
the exact location of the lab. According<br />
6 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Baden-Baden<br />
Germany<br />
to him, the group of researchers succeeded<br />
in developing of approximately<br />
2000 different medi cation products.<br />
Each medical drug exerted its own selective<br />
effect on a specific function in<br />
a human organ or a system of them.<br />
Thus, an issue of selective approach<br />
in pharmacology and medicine was<br />
raised as early as 1938-1939 years. By<br />
the end of 1944, all the study results<br />
and medical products were given to<br />
the local military authorities.<br />
For many years any information on<br />
the laboratory was top secret. Only<br />
in 1960’s a veil of secrecy over it was<br />
descending. In Baden-Baden, a pharmaceutical<br />
company was established<br />
and named after HEEL: it started<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 7
Cologne<br />
Germany<br />
8 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
manufacturing some medical drugs<br />
under the same name. Nowadays<br />
they are manufactured as homeopathic<br />
remedies. The R & D studies<br />
are performed by the company, new<br />
pharmaceuticals appear, but only<br />
few people understand what was the<br />
purpose these drugs were once developed<br />
for. The main purpose was<br />
to change the energy properties in a<br />
specific organ or a system to provide<br />
the organ performance free of any<br />
pathology.<br />
At that time Hans von Krebs trained<br />
one Russian lady, a doctor, in some<br />
methods for recovery developed in<br />
that lab. The lady doctor’s name was<br />
Irina. She mastered the methods of<br />
application of the HEEL pharmaceuticals,<br />
was good at properly finding the<br />
relevant energetic points in a human<br />
organism for injections and knew how<br />
to remove metabolic pro ducts from a<br />
human organism. I found Irina near<br />
Köln, and she began to treat my dearest<br />
woman after all the doctors in<br />
Moscow and Tambov had refused to<br />
do it. Upon completion of the prescribed<br />
uninterrupted everyday’s injections<br />
during one month and a half,<br />
Irina was capable of “extinguishing”<br />
two tumors sized 19 and 4 cm, respectively.<br />
What methods were used by<br />
that expert? Basing on certain parameters<br />
of the organism electric signals,<br />
the doctor identified the points to be<br />
triggered and placed sensors on the<br />
patient’s back and breast surface.<br />
Everyday Irina injected 20 ampules<br />
5-10 mg each into the above mentioned<br />
points using a very thin needle<br />
similar to a filament. Remedies<br />
were changed during the course of<br />
treatment. It was necessary to provide<br />
certain effects on some points<br />
with the use of a specific remedy to<br />
stop the cells death and initiate the<br />
mechanism of their restoration. As<br />
a result, we could witness the tumor<br />
regression as if it were eaten. It was<br />
confirmed by ultrasonic scanning,<br />
tomography and other methods applied<br />
every 5 days. The tumor decay<br />
products were removed specifically<br />
by the following way: medical leeches<br />
were put on the legs, and they sucked<br />
and enlarged their sizes up to 20 cm.<br />
When the leeches were removed,<br />
some black flakes came off the places<br />
of their suction, and bandages looked<br />
like rags put in fuel oil. The complete<br />
procedures took approximately one<br />
month and a half. About 700-750<br />
ampules and 20 different remedies<br />
were utilized during the course. I<br />
can remember such names as UBI-<br />
CHINON, ECHINACEA, HEPAR,<br />
COENZYME and a great number<br />
of some other HEEL remedies. The<br />
treatment effect was fantastic.<br />
To stand such a course of treatment<br />
was incredibly difficult both for a<br />
patient and her doctor. My beloved<br />
woman demonstrated her best capability<br />
to withstand all the treatment:<br />
she had to receive the procedures on<br />
her knees (it was impossible to lie<br />
owing to suction cups and electrodes<br />
applied). It was not easy for the lady<br />
doctor, too. I asked Irina if she had<br />
any trainees or followers. She reported<br />
that there were neither trainees<br />
nor followers since it was necessary<br />
to be trained for a very long time, up<br />
to 13 years.<br />
What was happening during that<br />
treatment in the organism of the patient?<br />
To my mind, that may involve<br />
the restoration of the organism energetic<br />
system on a cellular level by<br />
means of the above mentioned medical<br />
drugs, and oncology processes<br />
have been stopped. But I have also<br />
observed the following: the organism<br />
energetics should be initially high<br />
enough in the first place. If it is weak,<br />
the organism would not manage it<br />
well, and its many systems would fail.<br />
This is just what happened in the said<br />
story: cancer was cured, but after 3<br />
days upon completing the treatment<br />
course the heart of my beloved lady<br />
stopped beating.<br />
I have never asked for Irina’s last<br />
name, I do not know even her patronymic.<br />
As far back as we communicated<br />
with each other she moved to<br />
Ukraine, Poltava, where her methods<br />
were also not supported by official<br />
medicine. In 2008 I contacted her via<br />
phone for the last time. She was ill<br />
and could not answer my phone calls<br />
any more.<br />
According to Irina, her equipment<br />
was designed and developed by one of<br />
the space research centers in Germany.<br />
We may suppose that this equipment<br />
is intended for electroacupuncture<br />
diagnostics and treatment. It<br />
deals with the organism active points<br />
showing certain conductivity. It took<br />
several hours for Irina to find them<br />
and select the proper drug.<br />
Nowadays this methodology is lost.<br />
But its principles are clear, and it is<br />
necessary to proceed with studies in<br />
the given field.<br />
In my time, I examined UBICHI-<br />
NON: it is the strongest antioxidative<br />
agent. However, it is really effective<br />
only when reaching the center of the<br />
process in question, i.e. it should be<br />
applied to a tumor or active points of<br />
the organism to maximize its effect.<br />
It is important to develop technologies<br />
to early detect the cause of a disease.<br />
The main causes are disorders<br />
in acid-base balance and respiration.<br />
Nourishment is no less important.<br />
So, this is our story. Surprising is<br />
the fact, to be more exact, the price,<br />
which so many people paid by giving<br />
their life and time to make the top secret<br />
remedies available for everyone.<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 9
10 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Submitted: 12 August <strong>2016</strong> Accepted: 30 August <strong>2016</strong> Published: 16 <strong>November</strong> <strong>2016</strong><br />
LECTURE<br />
DOI: 10.12710/cardiometry.<strong>2016</strong>.9.1119<br />
Determining role of cyclicity in cosmic and<br />
natural processes for formation of energy figures in<br />
Chinese Classical Zhen Jiu Therapy<br />
Alexey I. Falev 1 , Victor L. Kokorin 1*<br />
1<br />
School of Traditional Chinese Medicine “Medicine of Changes” of A.I. Falev<br />
Russia, 354340, Sochi, Lenin st.217<br />
*<br />
Corresponding author:<br />
e-mail: kvsochi@yandex.ru<br />
Abstract<br />
The article covers the questions of cosmic and natural phenomena, identity, cyclic<br />
nature and parallelism of their constant changes. The authors regard it as a<br />
starting point for giving definitions to fundamental terms in Canon of Changes (Yi<br />
jing) which is a methodological basis of Traditional Chinese Medicine (TCM); law of<br />
dynamic alternation of Yin and Yang, their cyclic regularity, succession, constancy<br />
and symmetry at any level of organization of the being; concept of changes as a<br />
function of movement; origin and numerological value of fundamental numerals<br />
and characters: the energy images of Canon of Changes; their mutual definition<br />
and mutual derivation as well as synchronizing indivisibility.<br />
Keywords<br />
Chinese Medicine, Chinese Canon of Changes, Yin and Yang, Energy images<br />
Imprint<br />
Alexey I. Falev, Victor L. Kokorin. Determining role of cyclicity in cosmic and natural<br />
processes for formation of energy figures in Chinese Classical Zhen Jiu Therapy.<br />
<strong>Cardiometry</strong>; Issue 9; <strong>November</strong> <strong>2016</strong>; p. 11-19; DOI: 10.12710/cardiometry.<br />
<strong>2016</strong>.9.1119; Available from: http://www.cardiometry.net/issues/no9-november-<br />
<strong>2016</strong>/energy-figures-in-сhinese- therapy<br />
An observation of processes which<br />
cyclically occur in ambient nature,<br />
the rise and the set of the Sun and<br />
the Moon, which are associated with<br />
such definitions like light (heat) and<br />
darkness (cold), with a changing degree<br />
of their intensity during the day<br />
and night as well as changing shadow<br />
sizes of objects with a vector being the<br />
negative of the vector of the rotating<br />
Sun are indications of the Solar phases<br />
during the day.<br />
The same is applicable to the Moon,<br />
the Orb of the night, which also determines<br />
the respective time intervals<br />
because of cyclicity in changing<br />
its phases due to its movement in the<br />
night sky from left to right, in the<br />
similar way as it is the case with the<br />
direction of the motion of the Sun.<br />
There are the same similarities in the<br />
cyclicity laws, according to which the<br />
Solar System planets are orbiting,<br />
when and where the square of the<br />
orbital period of a planet, in years, is<br />
equal to the cube of its mean distance<br />
from the Sun in astronomical units.<br />
And this principle works not only in<br />
our Solar System, but everywhere in<br />
the Universe, when and where a great<br />
number of star systems and galaxies<br />
are rotating, completing their slow<br />
and smooth motion, obeying laws<br />
of cyclicity, rhythm etc. (see Figure 1<br />
below herein).<br />
The Earth and all the living thereon,<br />
together with all inherent biochemical<br />
and biophysical processes<br />
being integrated members in a cosmic<br />
chain are tightly bound to the<br />
motion of the star systems and their<br />
emissions. This matter is as old as the<br />
hills. The law of the motion of the Sun<br />
offers us an idea on two phases complementing<br />
each other, namely, when<br />
a place on the Earth is experiencing<br />
a day, then the opposite one thereon<br />
is experiencing a night; when there<br />
is a sunset in a place, in the opposite<br />
place a sunrise is observed, etc. One<br />
thing cannot exist without the other,<br />
as is the case with Yin and Yang, describing<br />
how the contrary forces are<br />
actually complementary, interconnected,<br />
and interdependent in the<br />
natural world [1-7]. By the day (Yang)<br />
is meant a wake, an active operation,<br />
and the night implies sleeping, rest<br />
and passivity. But considering the<br />
annual cycle on the Earth, it should<br />
be noted that the day and night show<br />
different durations: the longer the<br />
day, the shorter the night (in summer<br />
time) and vice versa (in winter<br />
time). This raises the question as to<br />
how can we determine the length of<br />
the day/night cycle and the symmetricity<br />
of the day-night cycle spans? If<br />
we observe the motion of the Sun, it<br />
may be established that actually the<br />
sunrise and sunset positions change<br />
every day throughout the year: the<br />
position might be straight, right and<br />
left referred to some geo-landmarks.<br />
Upon completion of the regular<br />
closed cycle, a day will come again<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 11
Figure 1. The Milky Way Galaxy<br />
(The location of the Sun is marked)<br />
when the Sun will repeat its certain<br />
path time and again. The same parallels<br />
between the motion of the Sun<br />
and that of the stars or planets in the<br />
night might be made, when the stars<br />
and planets are rotating on their axis<br />
and revolving about a certain cosmic<br />
center which is designated according<br />
to Chinese Tradition as Star Tai Yi.<br />
Everything in the Universe is subjected<br />
to permanent cyclical changes:<br />
Yin creates Yang, and Yang generates<br />
Yin. The morning through the dawn<br />
is generated by the night (it’s Yang in<br />
Yin), and then it is converted into the<br />
day which is the Yang culmination.<br />
Following this way, symmetrically<br />
the sundown occurs that generates<br />
the evening (it’s Yin in Yang) followed<br />
by its climax: the night (Yin)<br />
(see Figures 2 and 3 herein). The similar<br />
sequence order is found in the<br />
four seasons every year.<br />
A living being, a creature of nature,<br />
is developing in accordance with<br />
the similar law: germination begins<br />
with a young root emerging through<br />
a seed, then we observe growth of<br />
a planting which will develop into<br />
the adult plant, followed by maturity<br />
reproductive phase and eventually<br />
seed set and senescence, under transforming<br />
into another form of being.<br />
So, the cyclically repeated processes<br />
Figure 2. Motion of substances Yin and Yang<br />
within the 24 hours cycle (projection onto<br />
scheme Supreme Ultimate Taiji)<br />
form certain concentric circles which<br />
represent movement of different hierarchies<br />
in the world order. The necessity<br />
of considering this concept<br />
in such a way stems from the fundamental<br />
proposition reflected by Lao<br />
Zi in the Dao-De-Jing suggested that<br />
“the Dao generates one, one generates<br />
two, and the two generates three<br />
[1-5, 8]. The three generate the ten<br />
thousand of things Wan You. For the<br />
ten thousand things, there is Fu Yin as<br />
their carrying basis, and they generate<br />
and promote growing the Yang principle<br />
by following it in order to bao.<br />
They should act in accordance with<br />
movement rhythm Chong Qi through<br />
which indwelling in peace, calmness,<br />
serenity and agreement hé is reached.”<br />
This notion constitutes the basis of<br />
CHANGES by generating them (see<br />
Figure 4 A and B).<br />
It follows that the day or summer is<br />
the climax of the development of the<br />
Yang tendencies (it’s Yang in Yang).<br />
Symmetrically, the midnight, the<br />
winter is the climax of the Yin tendency<br />
progression (it’s Yin in Yin),<br />
which bears in its essential potency<br />
the Yang tendencies, foretelling their<br />
further development and conversion<br />
into the morning and the spring,<br />
respectively, and so on. In such a<br />
manner, it is evident that everything<br />
in the world is moving at a varying<br />
intensity rate of changes, conversion<br />
or transformation of the manifesting<br />
forces Yin and Yang, which are found<br />
everywhere and anywhere in symmetrically<br />
located positions throughout<br />
space and time. In this connection,<br />
it can be stated that it is actually<br />
true that the life is a perpetual motion<br />
which dictates CHANGES. If there<br />
exists Yang (life, motion), then there<br />
is always Yin (a life pause, stoppage,<br />
rest). But this definition is of relative<br />
nature, since death destroying life<br />
creates at the same time new forms of<br />
life at other levels of organization of<br />
a matter and integrates the latter into<br />
the common cycle circuit in the Universe<br />
[1–5, 9–15].<br />
The perpetual cyclic change of processes<br />
throughout in the world suggests<br />
a certain logical definition of<br />
time. For the purpose of measurement,<br />
it is convenient to use, for example,<br />
a vertical gnomon casting<br />
varying shadow, depending on day<br />
time and season, as the sun moves.<br />
The shortest size of the shadow is reported<br />
to be at the noon in summer<br />
time, and the longest shadow is identified<br />
in the evening in winter. Following<br />
this way, it is possible to clearly<br />
identify the day when a new year<br />
begins. Essentially all ancient civilizations<br />
(among them the ancient<br />
Chinese civilization), when observing<br />
celestial bodies, assigned great<br />
significance to the Moon, changes<br />
in its shape and its influence exerted<br />
on life on the Earth. It was noticed<br />
that the Moon changes its appearance<br />
12 times a year, demonstrating<br />
every time some cyclic lunar phases<br />
and this phenomenon has enabled<br />
ancient scientists to define a lunar<br />
month and a lunar year. But the total<br />
12 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
number of the days in the calendar<br />
solar year cannot be divided without<br />
a remainder by the 12 lunar phase cycles,<br />
since each lunar phase cycle lasts<br />
29 ¼ days. This is the reason why a<br />
year may have apparently different<br />
numbers of the days. If 12 lunar<br />
months are considered, each lunar<br />
month is linked according to Chinese<br />
traditions with a certain animal sign<br />
(Rat, Ox, Tiger, Rabbit etc.) within a<br />
year measured between the two equinoxes,<br />
but it is inevitably determined<br />
that there is always a remainder of<br />
one fourth. This fact leads logically<br />
to defining the thirteen lunar month<br />
which is incomplete with respect to<br />
the number of the days therein. The<br />
said incomplete month is not associated<br />
with the Pantheon of Chinese<br />
Animal signs, and it consists of two<br />
Moon cycles, or phases.<br />
The Chinese tradition provides for a<br />
clear-cut differentiation between the<br />
seasons of the year, and the starting<br />
point and the end for each of them<br />
are exactly defined. This concept is<br />
intimately connected with the entire<br />
Chinese culture, and it is widely<br />
applied both to Traditional Chinese<br />
Medicine (TCM) and agriculture.<br />
With the use of gnomon, ancient<br />
Chinese scientists succeeded in identification<br />
of the four days in a year<br />
when the night and day are exactly of<br />
the same length; 12 hours each. They<br />
also found two other temporary opposite<br />
times which offer an unbiased<br />
reflection within the natural cyclicity.<br />
Further consideration thereof shows<br />
that we can observe a cyclic change<br />
in phase progression: an onset, starting<br />
from fertilizing (as it is the case<br />
with Yang derived from Yin) shows a<br />
minor time shift referred to the latter<br />
(see Figures 5 and 6 herein). This<br />
means that each of the four seasons:<br />
spring, summer, autumn and winter<br />
Figure 3. Yin and Yang ascending & descending<br />
within the context of rule “midnight – midday”<br />
and seasons correspondence (in projection<br />
onto scheme Supreme Ultimate Taiji)<br />
begins somewhat earlier as it is the<br />
case with their calendar terms. Each<br />
equinox or solstice marks the middle<br />
point of a season, showing a border<br />
line therein.<br />
It is generally accepted that twelve<br />
months in a year are allocated to four<br />
seasons, three months for each season.<br />
So, spring begins forty five days<br />
before the spring equinox and ends<br />
forty five days thereafter, etc. Each of<br />
the eight positions (equinox or solstice)<br />
is a middle point of the respective<br />
season. The same cyclic sequence<br />
takes place both during the year cycle<br />
(change of seasons) and during an<br />
individual season: onset, growth, climax,<br />
decay and transformation o conversion<br />
into another state [1-5, 16].<br />
The concept of cyclic changes during<br />
the annual time line is fundamental<br />
for TCM that will be treated in more<br />
details in our further papers later.<br />
Essentially, the existence of the seasons<br />
and the function of their successive<br />
mutual transformation or<br />
conversion within the annual circuit<br />
is determined by an influence of cosmic<br />
cycles that is denoted according<br />
to Chinese Tradition as “the rotation<br />
of Heaven” (Zhoutian). The influence<br />
of this mechanism to cover the annual,<br />
season- and month-related cycles (see<br />
A)<br />
B)<br />
Figure 4 (A and B). Cosmological model to<br />
reflect the principle “the Dao generates one,<br />
one generates two, and the two generates<br />
three. The three generate the ten thousand<br />
of things Wan You”.<br />
Legend:<br />
A – center (0) – the onset and the natural<br />
limitation of the line of fair rotation, when 1,<br />
2 and 3 are generating.<br />
B – typical ideal model of spirally rotating<br />
stars system.<br />
Figure 7) is necessarily found in the<br />
time cyclicity during the solar day as<br />
it is shown in the above Figures. In this<br />
connection, special attention should<br />
be paid to such notion like a Watch,<br />
or double hour unit that finds a broad<br />
application in TCM, especially in the<br />
Zhen Jiu therapy. Following the principle<br />
to divide a year into twelve months,<br />
the Chinese specify 12 Watches within<br />
the 24-hours-day cycle [1-5, 17].<br />
So, with the use of gnomon and<br />
clepsydra, the ancient Chinese scien-<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 13
Figure 5. Projection of key points of four seasons<br />
onto scheme Supreme Ultimate Taiji<br />
tists were able to identify the cyclic<br />
regularity in time changes within a<br />
year, a season, a lunar month and a<br />
day & night interval. Since the said<br />
cyclic processes, which occur in nature<br />
during different time lengths,<br />
are governed by the motion (“rotation”)<br />
of Heaven, the Sun, the Moon,<br />
the stars and the planets, the ancient<br />
Chinese people, upon observation<br />
of the natural phenomena, created<br />
their original scheme of the motion,<br />
and utilizing the scheme, it becomes<br />
possible to detect and predict certain<br />
regularities therein and effects thereof<br />
on biosphere, including human<br />
life as an integral part of the latter.<br />
In doing so, the Pole Star Tai Yi (the<br />
Heaven axis, Yin) and the Sun being<br />
an active cosmic agent (Yang) are<br />
taken as the initial reference point.<br />
Besides, there are four directions of<br />
the world and seven celestial bodies<br />
(five of them are planets plus the Sun<br />
and the Moon), which are mutually<br />
correlated in the Chinese cosmology<br />
and numerology, from which 28 star<br />
constellations (Xiu) are derived.<br />
These 28 star constellations being<br />
projected onto twenty eight cardinal<br />
directions of ecliptics govern the<br />
course of processes on the Earth,<br />
covering all from the human organism<br />
performance up to and included<br />
a social organization in a society.<br />
The significance of investigation of<br />
Figure 6. Reflection of seasonal, solar and<br />
lunar regularities of ascending & descending<br />
of Yin and Yang substances in projection<br />
onto scheme Supreme Ultimate Taiji<br />
influence of cosmic processes on the<br />
Earth is determined, in its turn, by a<br />
possibility of applications in practice<br />
of the said influence in everyday’s life<br />
of people. Heaven supplies energy<br />
to move to every Earth object and<br />
subject which exhibits their essential<br />
features of their nature in laws of the<br />
phenomenon which is changeable<br />
and multi-linkable within the cyclicity<br />
of time. This concept represents<br />
the principle of an unbiased and universal<br />
reflection of an action made<br />
by Heaven on the Earth. Life is objectiveness<br />
and universality that represents<br />
an expression of an absolute<br />
necessity of manifestation of Heaven’s<br />
Will in the nature of things that establishes<br />
their essential determinacy<br />
which is changeable in the course of<br />
time and which is expressed as difference<br />
or variety in their phenomena.<br />
Herein we should especially note that<br />
the said difference is not an inherent<br />
self-determined one, when one definition<br />
may be embedded into another.<br />
In this connection, in the course<br />
of consideration we are moving to<br />
the next stage of conceptualization of<br />
laws and regularities of the universal<br />
cyclic motion in the course of time.<br />
So far, when we treated the motions<br />
of the Sun, the Moon, the planets,<br />
change of seasons etc., the background<br />
of which consists of reciprocal<br />
mutual transformation of Yin<br />
into Yang and vice versa, discussed<br />
have been certain external things and<br />
phenomena which are independent<br />
on human consciousness of a human<br />
being as a subject of cognition. Now,<br />
as we see that the underlying cause<br />
of all life process cyclicity is something<br />
inherent in the things, their information<br />
& energetic essence, then<br />
the existing difference between the<br />
cognitive perception of a thing and<br />
the thing itself lose their power and<br />
significance. Now, the consciousness,<br />
having an object, is being referred to<br />
a certain other, which is however immediately<br />
not anything else, i.e. the<br />
consciousness begins to investigate<br />
its own reflection, or its own essence,<br />
which manifests itself in the object,<br />
i.e. itself. Following this way, moving<br />
to a higher level of understanding of<br />
the sphere of the essence, the pictures<br />
of which within the framework of the<br />
studied questions are symbols and energy<br />
images Gua, as well as the preceding<br />
stage of the organization of the basic<br />
world order powers of being: they<br />
are substances Yin and Yang and four<br />
images Si Xiang (Figure 7). Therefore<br />
the comments to Canon of Changes<br />
(Yi jing) state: “Most perfect wise people<br />
designed Gua pictures (trigrams<br />
and hexagrams).”<br />
According to the Chinese tradition,<br />
there are three fundamental potencies<br />
which are uninterruptedly interlinked<br />
with each other and which always<br />
continuously act: Heaven Tian,<br />
Human being Ren and the Earth Di.<br />
This conceptual notion is not only<br />
a feature of cosmology and philosophy,<br />
but it is also widely used in TCM<br />
practice, including the Zhen Jiu therapy<br />
[1-5, 17].<br />
Since human being is a measure of<br />
all things, according to the ancient<br />
14 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
concept, his birth between Heaven<br />
and the Earth, being an absolute necessity,<br />
determines creation of a qualitatively<br />
new form of being which is<br />
organized by a manifestation of his<br />
socium. Following this principle, it<br />
might be stated that Human being is<br />
a product of creating Will of Heaven<br />
which manifests and displays itself<br />
in the Earth material. But at the<br />
same time, Human being, coming<br />
from the Earth and inhabiting the<br />
Earth as his inherent inevitable environment,<br />
experiences control undertaken<br />
by Heaven, but with the<br />
use of the Earth as a specific energy<br />
generator. Traditionally, it is accepted<br />
that Heaven belongs to the Yang substance,<br />
and the Earth represents the<br />
Yin substance. The idea thereon is<br />
fundamental in the concept of Canon<br />
of Changes (Yi jing), since, as it<br />
was mentioned above, “the Dao generates<br />
one, one generates two and the<br />
two generates three. The three generate<br />
the ten thousand of things Wan<br />
You.” This principle is applicable to<br />
everything that takes place not only<br />
in the Space, but also on the Earth.<br />
Consequently, it refers to the world of<br />
Human being as well. To put it otherwise,<br />
Heaven is governing through its<br />
energies the Earth, and Human being<br />
by his response is governing his own<br />
environment he inhabits (the ten<br />
thousand of things Wan You). But<br />
there is little sense only in stating the<br />
fact of existence of the said energies.<br />
Much more important is to establish<br />
their ratios and proportions as well as<br />
motion of the Earth elements that is<br />
determined thereby.<br />
It is well known that modes of<br />
thought of many ancient civilizations<br />
rest on a postulate that there are some<br />
world ordering elements available:<br />
water, Earth (soil), fire and air, which<br />
are always interlinked and interacted<br />
with each other and which are always<br />
found in motion, which in its turn<br />
generates a variety of the Earth energies.<br />
For example, movement of air<br />
generates wind; motion of fire creates<br />
heat; motion of water creates dampness;<br />
motion of the Earth creates dryness<br />
(water is absorbed by soil) etc. It<br />
should be noted that all processes occur<br />
on the Earth (soil) which is considered<br />
to be their center and which<br />
fuels them (see Figure 8). Besides,<br />
there are four directions in the world,<br />
which correspond to the four seasons,<br />
which in its turn refer to the respective<br />
body organs and meridians.<br />
Since the relationship scope between<br />
them rests on the Earth soil, the latter<br />
is taken as the fifth element: it is the<br />
Wu Xing cycle.<br />
Following this way of treatment,<br />
we can say that the five elements are<br />
parameters of the Heaven-Earth relationship<br />
in the Yin-Yang sequence<br />
change. A manifestation of Heaven<br />
energies in the Wu Xing cycle algorithm<br />
can be represented graphically<br />
as two semi-cycles, with five sections<br />
in each semi-cycle, that makes<br />
up ten symmetrically located Heavenly<br />
stems (hereinafter referred to as<br />
HS). Taking into account the Earth<br />
aspect, actually, considering the time<br />
duration of an annual cycle from one<br />
month to another, we can separate<br />
twelve Earthly branches (herein-after<br />
referred to as EB) which are divided<br />
into groups, three months in<br />
each group. In doing so, we obtain<br />
the following: each Heaven Stem is<br />
equal to twelve months (1 year). Established<br />
is the fact that there is two<br />
cyclic motions available: the Heaven<br />
cyclic motion (Zhoutian) and the<br />
Earth cyclic motion (Diqiu zizhuan)<br />
which differ from each other both<br />
in time and its oscillation attribute<br />
characteristics. If we take a zero ref-<br />
Figure 7. Symbols and energy images Gua<br />
to reflect changes in interaction between<br />
the Sun, the Earth and the Moon<br />
erence point, it is an easy matter to<br />
note that we observe a progressing<br />
difference which is designated in the<br />
opposite direction from the Earth to<br />
Heaven. In order to reach the initial<br />
point again (Heaven 0, Earth 0), this<br />
cyclic motion should make the same<br />
number of the comp lete Earthly and<br />
Heavenly turns that is expressed both<br />
for the first and the second motion<br />
type, as sixty (10 HS are completed<br />
six times (i.e. 10 x 6 = 60) and 12<br />
EB which are completed 5 times and<br />
generate the same numerical value<br />
of 60 (12 x 5 = 60). The value of 60<br />
represents the total number of the<br />
synchronously repeated digits. The<br />
above simple arithmetic operations<br />
are those fundamental in the Chinese<br />
numerology, and they demonstrate<br />
the significance of numbers<br />
5 (an Earth-related number) and 6<br />
(a Heaven-related number), which<br />
are very often used for calculations<br />
of various parameters in TCM, especially<br />
in the Zhen Jiu therapy that<br />
will be further discussed herein later<br />
as well in our other papers.<br />
So, there are five elements existing<br />
in the Earth sphere (the Wu Xing cycle),<br />
which are in a resonance with the<br />
Heaven influences being inductively<br />
interlinked with them and which<br />
can be computed from the formula:<br />
5 x 12 = 60. This formula should<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 15
Figure 8. Projection of the time-related principle<br />
of Yin and Yang ascending & descending<br />
and the Wu Xing cycle of viscera onto<br />
scheme Supreme Ultimate Taiji<br />
correlate with the formula of Heaven<br />
energetics: 6 x 10 = 60. The Heaven<br />
number 6 is a reflection of potency<br />
of the six energetic factors which are<br />
related to the five factors of the Earth.<br />
The six energies acting on the Earth<br />
make an immediate effect on Human<br />
being. Following this way, it may be<br />
said that the relationship between the<br />
five energies of the Earth (wind, heat,<br />
dampness, dryness and cold) are associated<br />
via resonance with the six<br />
pathogenic factors: wind (feng), cold<br />
(han), summer heat (shu), dampness<br />
(shi), dryness (zao) and fire (hun).<br />
Life means always a motion which<br />
stops upon interrupting or termination<br />
of processes which determine<br />
and govern life. The main source of<br />
all processes on the Earth is the Sun<br />
which by completing certain phases<br />
of its activity within a day and a year<br />
transmits its harmony to the seemingly<br />
chaotic structure of dynamics<br />
of one or other type of phenomenon<br />
subjected to inevitable power oscillations<br />
of the solar and cosmic energy<br />
in the course of their motion.<br />
Following the processes in progress<br />
in their natural environment, the<br />
ancient Chinese people discovered<br />
that there was a rigorous mathematical<br />
harmony and perfectness coming<br />
to light as oscillating movement<br />
of the designated Heaven and Earth<br />
energies with time, which might be<br />
seem to be of random or arbitrary nature<br />
(Figure 13). Since the Sun being<br />
treated with respect to the Earth as a<br />
stable, constant value, which shows<br />
its constancy in its change of phase<br />
motion (growth, culmination, sunset),<br />
it is just the Sun which is responsible<br />
for the phenomena of the stable<br />
constancy in the alteration and intensity<br />
of its influence, that has been<br />
not only detected, but also described<br />
in ancient times. According to Chinese<br />
tradition, the above mentioned<br />
notions are associated with the principle<br />
of Heat which is developing<br />
during the progress of moving and<br />
growing of the Sun activity towards<br />
the phase of apogee (fire) that forms<br />
the sixth principle of Heat as a forerunner<br />
of the Fire origination. So,<br />
we are dealing with the six Heavenly<br />
energies which traditionally differ<br />
from the five elements of the Earth,<br />
namely, wind, heat, fire, dampness,<br />
dryness and cold. This system of energies<br />
and elements is hierarchical<br />
and subjected to rather strict quantitative<br />
and qualitative laws which govern<br />
their motion and interrelations.<br />
The five elements and the six energies<br />
being in interrelations with each<br />
other determine and reciprocally<br />
generate each other being subjected<br />
at the same time to inevitable overmastering<br />
forces controlling them<br />
both inside and outside. Motion of<br />
the Earth referred to Heaven, which<br />
is mutually synchronized, is responsible<br />
for a lot of differing functional<br />
parameters determining the essence<br />
of the CHANGES and TRANSFOR-<br />
MATIONS or CONVERSIONS.<br />
The four annual seasons structurally<br />
connected with the five elements<br />
of the Wu Xing cycle, which have in<br />
their center soil, are referred to the<br />
five energies (wind, heat, dampness,<br />
dryness and cold). Since the said five<br />
energies representing motion of the<br />
five elements are conditioned by the<br />
Heavenly Qi, they being projected<br />
onto the Heaven circle are ordered<br />
according to the hierarchical principle.<br />
Motion of the Heavenly Qi occurs<br />
cyclically and is determined by<br />
the phase-related alterations of Yin<br />
and Yang that makes up ten Heaven<br />
parts, each of them corresponds to<br />
a year which is controlled by the respective<br />
element which is resonant<br />
with the characteristics of its own Qi.<br />
As noted before, the Earth division<br />
correlates pathognomically with the<br />
respective phases of the month cycle,<br />
which are determined by changes in<br />
the phases of the lunar oscillations<br />
forming the twelve Earthly divisions<br />
(EB). Following this way of consideration,<br />
we obtain a relationship<br />
between the decimal Heaven division<br />
governed by motion of the Sun<br />
(Yang) and the duodecimal division<br />
of the Earth controlled by motion<br />
of the Moon (Yin) that makes up a<br />
sexagesimal Heavenly cycle corresponding<br />
to the Chinese 60-years’<br />
period, when a harmonical alternate<br />
Yin-Yang sequence is executed. Both<br />
cycles (the Heavenly and the Earthly<br />
cycles) being in an interrupted rotation<br />
promote and initiate the motion<br />
factor governing the progress of all<br />
processes in a great variety of biological<br />
entities and natural phenomena<br />
available in biosphere, which become<br />
more pronounced and clearly defined<br />
by exhibiting an adequacy of the<br />
rhythm of pulsation of their own life<br />
performance to the rhythm of alternating<br />
phases of the rise and decline<br />
of the Heaven influences. The Heavenly<br />
cycle consisting of 10 HS with<br />
reference to the Earth cycle contain-<br />
16 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
ing 12 EB shows a longer duration as<br />
compared with the Earth cycle and<br />
differs from the latter by 1/12 of its division.<br />
It displays how the difference<br />
within the time required to complete<br />
a turn of the Heaven cycle is accumulated<br />
every year. This bears witness to<br />
the fact of some delay in the Earthly<br />
response to Heaven influences. In<br />
this connection, despite the fact that<br />
initially “the rotation” of Heaven and<br />
the Earth is synchronous (from left to<br />
right), due to the said delay the Earthly<br />
aspect demonstrates a tendency of<br />
motion in the reverse direction. This<br />
principle can be observed when two<br />
athletes running in the same direction,<br />
but showing a different speed,<br />
are viewed from the front reference<br />
point. That athlete which has been<br />
falling behind in the competition will<br />
be observed as moving back with the<br />
reference to the first one.<br />
By this means it can be stated that<br />
Heaven being rotated from left to<br />
right has its opposite: it is the Earth<br />
rotating from right to left. To better<br />
illustrate this movement effect, two<br />
circumferences might be constructed<br />
which differs in their rotational direction<br />
vectors. A more indicative visualization<br />
is obtained when we depict the<br />
designated position by constructing<br />
one circle divided horizontally along<br />
the diameter through the center. In<br />
doing so, we will obtain two semicircles,<br />
and the upper semicircle will<br />
represent Heaven, while the lower one<br />
will be the symbol of the Earth moving<br />
in the reverse direction: all this is an<br />
ancient diagram of the Earlier Heaven<br />
Xiantian. In this case, both motions<br />
are considered to be unified and interlinked.<br />
It should be noted that this diagram<br />
is similar to the sinusoid of the<br />
Great Limit Taiji, but demonstrates a<br />
difference in its essence (see Figure<br />
9 herein). Besides, this diagram con-<br />
Figure 9. Pattern of Earlier Heaven Xiantian.<br />
Preset fixed positions of Heaven and the<br />
Earth which dictate the form of scheme Supreme<br />
Ultimate Taiji<br />
tains a structure of the initial order of<br />
azimuthal direction of the fundamental<br />
essences (see Figure 10 herein).<br />
In contrast to the order of the Earlier<br />
Heaven, there is another order of arrangement<br />
of the fundamental essences<br />
demonstrating another azimuthal<br />
orientation, where, for example, Fire<br />
and Water (Kan and Li) are located in<br />
the North and the South, correspondingly:<br />
it’s the order of the Later Heaven<br />
Houtian (see Figu re 11 demonstrating<br />
their differing locations in the East<br />
and West for Earlier Heaven).<br />
So, let's continue our analysis of<br />
motions. Each of the Heaven Stem<br />
is measured as one year where and<br />
when all twelve Earthly Branches are<br />
found. By the time of the beginning<br />
of the last month on the Earth, a year<br />
is nearing its regular completion, and<br />
the existing difference in the motions<br />
referred to the Earth and Heaven,<br />
accordingly, can be illustrated by the<br />
position of the moving minute hand<br />
of the clock, which has completed its<br />
full turn, related to that of the hour<br />
hand completed its full hour turn.<br />
In order to provide the synchronous<br />
Figure 10. Initial proto-historical order (Earlier<br />
Heaven); locations of azimuthal orientation of<br />
basic structures of life<br />
motion, starting from the zero points,<br />
it is necessary that the number of the<br />
given turns applied to both rotation<br />
systems should be in a certain harmony<br />
that can be expressed by the<br />
formulas as follows: 6 x 10 = 5 x 12.<br />
The final completed circulation in<br />
any of the said system must be equal<br />
to a constant value of 60 years that<br />
represents the conventional Chinese<br />
60-years cycle as opposed to the European<br />
100-years-century. The Chinese<br />
calendar measures time by taking the<br />
first moon after the winter solstice as<br />
the initial point that is closely related<br />
to the European calendar referred<br />
practically to the same starting point.<br />
However, in practical terms, of interest<br />
is not the calendar itself, but its<br />
astronomical mechanism (see Figure<br />
12 herein). The above mentioned formulas<br />
should be interpreted in more<br />
detail considering numerological aspect:<br />
they are the Heaven number 6<br />
and the Earth number 5. Since Heaven<br />
and the Earth interact with each<br />
other in accordance with the known<br />
principles, the Earth number 5 is<br />
a Heaven derivative as it is the case<br />
with the Heaven number 6 determined<br />
by the Earthly response to the<br />
Heaven action or control. The idea<br />
thereon is accepted as fundamental<br />
one for the numerology of Canon of<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 17
Figure 11. Pattern of Later Heaven. Positions<br />
of Yin and Yang in scheme Supreme<br />
Ultimate Taiji have been changed; there are<br />
also changes in locations of Gua images<br />
Kan and Li<br />
Changes, since everything derived<br />
from Heaven should be interpreted<br />
to be not paired (Yang), and everything<br />
associated or interlinked with<br />
the Earth is thought to be paired or<br />
even-numbered (Yin). This is the basis<br />
of such classical categories like Yin<br />
in Yang (6, Heaven) and Yan in Ying<br />
(5, the Earth). Considering the foregoing,<br />
it may be concluded that there<br />
are two major groups of Qi as listed<br />
below:<br />
1) Group 1: Qi of Heaven influence;<br />
2) Group 2: Qi of Earth resonance.<br />
Owing to the performed division<br />
into 10 HS and 12 EB it turns out that<br />
the synchronization of time covering<br />
the centuries, years, months and days<br />
can be visualized. Taking the solar<br />
performance with its phase-related<br />
activity as the reference for an analysis<br />
of the performance of the system, the<br />
respective period of the highest solar<br />
activity should be identified that correlates<br />
with the notion of the world<br />
Figure 12. Ecliptic coordinates and celestial<br />
equator<br />
direction and that of the day. When<br />
analyzing the visible solar movement,<br />
it should be stressed that the Sun activity<br />
growing begins in the East, on<br />
the left, that is gradationally is associated<br />
with the birth of Yang in this<br />
direction of the world as well as with<br />
the onset of spring and morning. Since<br />
there the initial point of the common<br />
motion of the entire system of the astronomical<br />
mechanism is found, this<br />
origination point should be referred<br />
to as the zero point. Beginning with<br />
this moment, it becomes possible to<br />
calculate different visible phases of<br />
growth, climax and decay in progression<br />
of the phases of the solar activity<br />
which is decreasing in the West.<br />
Further we observe a conversion<br />
to an opposite phase, where also the<br />
birth and the night climax take place<br />
that is symmetrical to the visible<br />
phase. East is the birthplace of Yang<br />
and in the similar way the zero reference<br />
point to identify the movement<br />
of the astronomical mechanism. But<br />
at the same time, some ancient civilizations<br />
thought that it would be rather<br />
more reasonable to accept the West<br />
position as the reference point which<br />
is associated with the sunrise phenomenon<br />
that is considered to be the<br />
place of decay, decrease in the solar<br />
activity and the symbol of the coming<br />
day. But it seems to be not reasonable,<br />
since the onset of any process,<br />
along with the onset of any biological<br />
creature, is taken not from the time<br />
of their death, but from the time of<br />
the birth. Therefore, the night phase<br />
is a preparatory one, during which<br />
a potency of a new birth in the East<br />
is being created. Traditionally the<br />
North position is a place where the<br />
potency of growth and fertilization<br />
is being formed. It is sure that every<br />
of the four positions (East, South,<br />
West and North) has its own significance<br />
for orientation in motion of the<br />
Heaven mechanism. But it is just the<br />
East position that it is governing and<br />
decisive, since it gives a possibility to<br />
perform the synchronization of motion.<br />
The South position is associated<br />
with the Emperor, the Sun (Yang in<br />
Yang); the North position is linked<br />
with Yin in Yin; the middle position<br />
(East) represents a link between the<br />
South and the North.<br />
Summarizing the above, it should be<br />
noted that since the South (Zenith of<br />
Heaven) is a position of the highest<br />
manifestation of the powers of the Yang<br />
substance, in a similar way, the maximum<br />
manifestation of Yin is found<br />
in the North that forms Energy Axis<br />
South – North. The Sun completes<br />
the following phases of its movement:<br />
growth – East, apogee – South, sunset<br />
– West. The Moon and other planets<br />
experience the similar way that is denoted<br />
according to Chinese traditions<br />
as Huang Dao (Yellow Way). The motion<br />
of the Moon dictates the twelve<br />
months time spans (the lunar months)<br />
within an annual time cycle. The thirteenth<br />
lunar month is obtained due<br />
to the difference in the Moon motion<br />
time length (twenty nine days and a<br />
half) accumulated within the previous<br />
lunar one. There are five elements<br />
in Heaven which govern the five ele-<br />
18 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
ments on the Earth. So the Heaven<br />
cycle has two phases: they are Yin and<br />
Yang, each of them is divided into five<br />
parts (a total of 10 parts of Heaven).<br />
Ten Heavenly and twelve Earthly divisions<br />
rotate in the same direction specified<br />
by the character of the Heaven<br />
motion. But considering a difference<br />
between the motion speed of Heaven<br />
and that of the Earth, the synchronicity<br />
of the motion is produced by the<br />
rule as follows 6 х 10 = 5 х 12 = 60 that<br />
governs the cycle of the Chinese time<br />
period. Based thereof, it can be stated<br />
that the direction of Heaven is from<br />
left to right, and that of the Earth is<br />
from right to left that is determined by<br />
their mutual reference in motion. The<br />
major world directions can be specified<br />
as follows: the North is a zone of<br />
a calendar year; the East is a zone of<br />
astronomical calculations; the South<br />
is the highest apogee (Heaven zenith,<br />
Yang) corresponds to its opposite: the<br />
North (Yin). All this define the notion<br />
of motion of the Universe responsible<br />
for CHANGES. A generalized outline<br />
of the above statements is shown in<br />
Figures 13 and 14 herein.<br />
Authors' Comment:<br />
To represent Chinese, the authors hereof<br />
have used a specific mixed Romanization<br />
system.<br />
Statement on ethical issues<br />
Research involving people and/or animals<br />
is in full compliance with current<br />
national and international ethical<br />
standards.<br />
Conflict of interest<br />
None declared.<br />
Author contributions<br />
The author read the ICMJE criteria<br />
for authorship and approved the final<br />
manuscript.<br />
Figure 13. Scheme for calculation according<br />
to solar, lunar and stellar cycles.<br />
The central circle: Ursa Major<br />
Circle 1 - four sectors of the night sky<br />
Circle 2 – four seasons in a year<br />
Circle 3 – 6 trigrams (lunar phases)<br />
Circle 4 – 12 EBs<br />
Circle 5 – 12 hexagrams of the solar cycle<br />
Circle 6 – 24 seasons in a year<br />
Circle 7 – 30 lunar cycles<br />
Circle 8 – 60 hexagrams in Wen Wang sequence<br />
Circle 9 – 29 mansions (Xiu)<br />
References<br />
1. Falev AI. Classical methodology of<br />
Traditional Chinese Zhenzhu therapy.<br />
Moscow: Prometey, 1991. [in Russian]<br />
2. Shan’ Dzuishi. Precious figures<br />
of gua and mysteriuos principles of<br />
logics of Changes. Taipei, 1982. [in<br />
Chinese]<br />
3. Yan Lee. Zhōu changes in Traditional<br />
Chinese Medicine. Beijing,<br />
1990. [in Chinese]<br />
4. Dzyan Guolyan. Fundamentals of<br />
Zhōu changes and science of ancient<br />
epochs. Fujian, 1990. [in Chinese]<br />
5. Fan Zinhuey. Yin Yang, wu xing<br />
and 5 cookies with 2 fishes. Hong<br />
Kong, 1994. [in Chi-nese]<br />
6. Wang ZR. Review on experimental<br />
studies on Yin-yang theory of traditional<br />
Chinese medicine. Zhonghua yi<br />
shi za zhi. 1 January 2005;35(1):22-4.<br />
7. Unschuld PU. What Is Medicine?<br />
Western and Eastern Approaches to<br />
Figure 14. Chinese Qi symbols and images<br />
as inscriptions made on bones or tortoise<br />
shells, dating from the Shang dynasty<br />
Healing. Berkeley and Los Angeles:<br />
University of California Press. 2009.<br />
8. Liu X. Daoism (I): Lao Zi and the<br />
Dao-De-Jing. History of Chinese Philosophy.<br />
October 2008;3(15):209-36.<br />
9. Guangbi D. Studies of The Book of<br />
Changes (Yi jing) and twenty-first-century<br />
science. Contemporary Chinese<br />
Thought. 2008;39(3): 10-22.<br />
10. Qicheng Z. The Book of Changes<br />
(Yi jing) and the mode of thinking<br />
of Chinese medicine. Contemporary<br />
Chinese Thought. 2008;39(3):39-58.<br />
11. Yang Q. On the Dao in the commentary<br />
of the book of change. Frontiers<br />
of Philosophy in China. December<br />
2006;1(4):572-93.<br />
12. Li S. Zhouyi Jingzhuan Zhuyi<br />
(Annotation to the Book of Change).<br />
Changsha: Hunan Educational Publishing<br />
House. 2004.<br />
13. Rose K. An end is always followed<br />
by a new beginning: The book of changes.<br />
Clinical Acupuncture and Oriental<br />
Medicine. December 2003;4(4): 103-4.<br />
14. Mingbang T. Recent Developments in<br />
Studies of the Book of Changes. Chinese<br />
Studies in Philosophy. 1987;19(1):46-63.<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 19
20 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Submitted: 15 July <strong>2016</strong> Accepted: 30 August <strong>2016</strong> Published: 16 <strong>November</strong> <strong>2016</strong><br />
OPINION<br />
DOI: 10.12710/cardiometry.<strong>2016</strong>.9.2131<br />
The genetic code as a structure of the<br />
Five Elements in Chinese philosophy<br />
Sergey P. Fedotov 1*<br />
1<br />
Pulse Academy, Saint-Petersburg branch<br />
Russia, Saint-Petersburg, 198332, Leninsky prospect 76, building 1, room 874<br />
*<br />
Corresponding author:<br />
phone: +7 (911) 956-26-53, e-mail: pulseacademy@mail.ru<br />
Abstract<br />
Article "The genetic code as a structure of the Five elements in Chinese philoso phy"<br />
hypothesizes about the structure of the formation of the DNA codons as a reflection<br />
of wave processes in nature. The paper shows the relationship of elements of<br />
Chinese philosophy (in the interpretation of previous work "Elements of Life") with<br />
the structure of the DNA codons. The hypothesis is proposed that formation of the<br />
vortex tube of DNA goes under a hydrodynamic effect of stream of ideal liquid<br />
(Ether) when liquid flows around the primer of DNA's chain. It is shown the scheme<br />
of activation of DNA codons as a result of order of natural oscillations during a day<br />
on the base of their correlation with the structure of Elements in Chinese philosophy.<br />
A version of the correlation of each nitrogenous base in the codon with a certain<br />
meridian of traditional Chinese medicine on the basis of their spectral matching is<br />
represented. This assumption establishes the properties of each nitrogenous base,<br />
depending on its position in the codon and such correlation solves the problem of<br />
redundancy of amino acids encoding options.<br />
Keywords<br />
DNA spectrum, Vortex tube, Spiral, Codon, Triplet<br />
Imprint<br />
Sergey P. Fedotov. The genetic code as a structure of the Five Elements in Chinese<br />
philosophy. <strong>Cardiometry</strong>; Issue 9; <strong>November</strong> <strong>2016</strong>; p. 21-31; DOI: 10.12710/<br />
cardiometry.<strong>2016</strong>.9.2131; Available from: http://www.cardiometry.net/issues/<br />
no9-november-<strong>2016</strong>/genetic-code-structure-of-the-five-elements<br />
Introduction<br />
In article “Elements of Life” (read it<br />
at http://pulse-academy.com/researchroom)<br />
we have studied 4 macroElements<br />
by Dr. Samokhotsky (potassium,<br />
calcium, magnesium, sodium)<br />
in their relations with Chinese Elements.<br />
On the other hand, a branch of science<br />
like genetics utilizes also only<br />
four components – four types of<br />
Nitro genous bases as follows:<br />
– Cytosine (C);<br />
– Adenine (A);<br />
– Guanine (G);<br />
– Uracil (U) or Thymine (T).<br />
It is surprising how only the four Elemental<br />
bricks are capable to form the<br />
DNA sequence and organize the “software”<br />
of all living organism on the Earth.<br />
Let’s try to establish the relations<br />
between the macroElements by Dr.<br />
Samokhotsky and Nitrogenous bases<br />
as well as Chinese Elements.<br />
The starting point<br />
In accordance with common point<br />
of view, the genetic code has following<br />
peculiarities:<br />
– Triplet code: the meaningful unit<br />
type is a combination of three nucleotides<br />
(a triplet, or a codon).<br />
– Continuity: there are no punctuation<br />
marks between triplets, that is,<br />
information is read continuously.<br />
– Disjointness: the same nucleotide<br />
cannot simultaneously be present in<br />
the two or more triplets (not applicable<br />
to some overlapping genes of<br />
viruses, bacteria and mitochondria,<br />
which encode several proteins that<br />
are read from the shift frame).<br />
– Uniqueness (specificity): a specific<br />
codon corresponds to only one<br />
amino acid (however, codon UGA<br />
in Euplotes crassus encodes two<br />
amino acids – cysteine and selenocysteine).<br />
– Degeneracy (redundancy): the<br />
same amino acid can have multiple<br />
codons.<br />
– Versatility: the genetic code works<br />
in the same manner in organisms of<br />
different levels of complexity - from<br />
viruses to humans (that is the basis<br />
for genetic engineering techniques).<br />
– Immunity: mutation nucleotide<br />
substitutions that do not result in a<br />
change of the class encoded amino<br />
acids are referred to as conservative;<br />
mutation nucleotide substitutions<br />
resulting in a change of amino acid<br />
encoded by class are spoken of as<br />
radical.<br />
– Punctuation: triplets undertake<br />
function of punctuation.<br />
Also known is a circle picture of<br />
codons (Figure 1).<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 21
Figure 1. Codons in Figure 1 should be read from the center to the periphery of the circle<br />
(from the 5’ end to the 3’ end).<br />
Marking Start and Stop indicate codons of the beginning and the end of DNA replication<br />
(Start - Metionine – AUG and Stop is associated with UAA, UAG, UGA)<br />
The coincidence or not?<br />
The positions of Start and Stop codons<br />
in the circular presentation diagram<br />
of codons (Figure 1) coincide<br />
with the respective positions of the<br />
Chinese meridians in the daily circulation,<br />
which are associated with the<br />
Liver (LR) meridian (Chinese Wood<br />
Element) and the meridians of Urinary<br />
Bladder (BL) and Kidneys (KI)<br />
(Chinese Element of Water).<br />
The respective colors of the Chinese<br />
Elements are as follows:<br />
– Wood Element (red) = Yin Fire<br />
(Heart – HT – yellow) + Yang Fire-Minister<br />
(Triple Energizer, Blood – TE –<br />
purple);<br />
– Fire Element (yellow) = Yang Wood<br />
(Gall Bladder – GB – green) + Yin Wood<br />
(Liver – LR – red);<br />
– Earth Element (green) = Yin Metal<br />
(Lungs – LU – turquoise) + Yang<br />
Metal (Large intestine – LI – yellow);<br />
– Metal Element (turquoise) = Yang<br />
Earth (Stomach – ST – blue) + Yin<br />
Earth (Pancreas – SP – green);<br />
– Water Element (blue) = Yin Fire<br />
Minister (Pericardium – PC – purple)<br />
+ Yang Fire (Small intestine – SI – turquoise);<br />
– Fire-Minister Element (purple) =<br />
Yang Water (Urinary Bladder – BL –<br />
red) + Yin Water (Kidneys – KI – blue).<br />
According to the theory of Traditional<br />
Chinese Medicine (TCM), any process<br />
begins with the Element of Wood:<br />
it is a manifestation of the initial phase<br />
of any developing process. At the same<br />
time, any process in conformity with<br />
Chinese philosophy ends with the Water<br />
Element: it is the phase of demolition<br />
and destruction [1-5]. Thus, we<br />
may suggest that there are some associations<br />
of the initial and the terminal<br />
triplets with the proper Elements on<br />
the basis of similarity of the Five Elements<br />
diagram (Figure 2) and the sector-related<br />
scheme of codons (Figure<br />
1). Moreover, we can identify the frequencies<br />
which are triggering the start<br />
and end process of the DNA replication<br />
(bands of red and blue frequencies in<br />
the visible light spectrum, accordingly).<br />
Nevertheless, we need to obtain an<br />
additional evidence for the relationship<br />
between the Nitrogenous bases<br />
and the Chinese Elements.<br />
Let us address another interpretation<br />
of the daily circulation of the<br />
Elements, which is known in Tibetan<br />
and Chinese medicines (the colors of<br />
the Elements are given in accordance<br />
with the diagram based on the Doppler<br />
effect model in Figure 2 herein).<br />
Considering Figure 3, the sectors of<br />
the Earth Element can be removed<br />
at all (they stipulate only a border<br />
between the other four Elements).<br />
In doing so, the remaining four Elements<br />
will take one of four quadrants<br />
of the circle. Due to the Doppler effect,<br />
each quadrant has certain frequency<br />
properties under the action<br />
of the force vector (the purple arrow<br />
on the right in Figure 3).<br />
Taking into account the disposition<br />
of Elements in Figure 3 and comparing<br />
the position of Start and Stop codons<br />
in Figure 1, we can establish the<br />
correlation between the Nitrogenous<br />
bases and the Chinese Elements in<br />
the following order:<br />
– Uracil (Thymine) (U) – Water Element,<br />
– Cytosine (C) – possibly Liver (Wood<br />
Element) inside Fire Element.<br />
Because the pairing requirements<br />
imposed by the DNA double-chain<br />
22 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Figure 2. In Figure 2 colors indicate the respective<br />
sectors of the natural frequencies<br />
of the Chinese meridians in the visible light<br />
spectrum range. Each pair of meridians<br />
generates its own frequency of Chinese Elements<br />
(the color of the Elements is specified<br />
in the six sectors of the inner circle). Colors<br />
(vibrations) of the meridians appeared<br />
due to Doppler effect are described in our<br />
previous article" Cosmic mechanism of life"<br />
http://pulse-academy.org/files/LifeMechanicsEN.pdf.<br />
structure are strict, each Nitrogenous<br />
base will pair only with its complementary<br />
base so that we obtain the<br />
following:<br />
– Uracil (U) is bonded with Adenine<br />
(A), and<br />
– Cytosine (C) is bonded with Guanine<br />
(G).<br />
The same pairing interrelation exists<br />
in the theories of Traditional Chinese<br />
Medicine and Indian Ayurveda<br />
where Elements produce the following<br />
pairs:<br />
Wood – Metal (Kapha dosha; in our<br />
research it is a balance between the<br />
Mg ++ and Ca ++ ions),<br />
Fire – Water (Pitta dosha; in our<br />
case it is a balance between the K +<br />
and Na + ions),<br />
Earth – Fire-Minister (Vata dosha;<br />
according to our interpretation<br />
herein it is a balance between H + and<br />
OH - ).<br />
Figure 3.<br />
Green sectors are Earth element position<br />
This relation also can be detected<br />
between the opposite meridians in the<br />
daily circulation shown in Figure 2<br />
above. This association is described by<br />
the known acupuncture rule “Noon –<br />
Midnight”, and it establishes the Yin-<br />
Yang balance at each moment.<br />
From the above mentioned, we may<br />
determine some relations between<br />
two other Nitrogenous bases and<br />
Chinese Elements:<br />
– Adenine (A) is associated with<br />
the Fire Element;<br />
– Guanine (G) is referred to the<br />
Metal Element.<br />
Or the correlation can be represented<br />
in the graphical form as illustrated<br />
in Figure 4 below herein.<br />
Figure 4.<br />
Green sectors are Earth element position<br />
Correlation between the natural<br />
frequencies of the Nitrogenous<br />
bases and the phases of<br />
the Doppler’s effect cycle<br />
The correlation between the Nitrogenous<br />
bases and the definite Chinese<br />
Elements is stipulated by similar natural<br />
frequencies, where each frequency<br />
is belonging to the definite phase<br />
of the physical process arising due to<br />
Doppler’s effect, when the stream of<br />
Ether flows around the rotating Earth.<br />
Let’s study the band of frequencies<br />
changes in each phase of the Doppler<br />
cycle as shown in Figure 5 below<br />
herein.<br />
The higher the pressure of the medium,<br />
the greater the value of natural<br />
oscillations of the medium (the particles<br />
within the space collide more<br />
frequently). The relationship between<br />
the frequency and the pressure<br />
of the Ether can be described by the<br />
same formula as the sound pressure:<br />
P = 2 . π . f . ρ . c . A<br />
where:<br />
P – maximum acoustic pressure;<br />
f – frequency;<br />
с – velocity of the sound;<br />
ρ – density of the medium;<br />
A – amplitude of the medium oscillation.<br />
The fact that the Ethereal medium<br />
carries vibrations in accordance with<br />
the acoustic laws was reported by Nikola<br />
Tesla:<br />
“The so-called Hertz waves are still<br />
considered a reality proving that light is<br />
electrical in its nature, and also that the<br />
Ether is capable of transmitting transverse<br />
vibrations of frequencies however<br />
low. This view has become untenable<br />
since I showed that the universal medium<br />
is a gaseous body in which only<br />
longitudinal pulses can be propagated,<br />
involving alternating compressions and<br />
expansions similar to those produced<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 23
Figure 5.<br />
Depending on the diameter of a circle and its<br />
circumferential velocity in the oncoming flow<br />
of cosmic Ether (vector of force that moves<br />
the Earth on the orbit as illustrated in Figure<br />
4 herein), on the surface of the Earth there<br />
will appear some regions of Doppler Ether<br />
pressure distribution showing different power<br />
of compression. The sectors of the Earth,<br />
moving in the direction of the Ether's wind<br />
vector will experience less pressure than<br />
those moving against the flow.<br />
by sound waves in the air. Thus, a wireless<br />
transmitter does not emit Hertz<br />
waves which are a myth, but sound<br />
waves in the Ether, behaving in every<br />
respect like those in the air, except that,<br />
owing to the great elastic force and extremely<br />
small density of the medium,<br />
their speed is that of light...” [6-11].<br />
That is the reason why the lower pressure<br />
curve in Figure 6, depending on<br />
the phase of the Doppler cycle, takes<br />
the form similar to that of the graph<br />
of air pressure change in a cylinder of<br />
an air compressor, constructed on the<br />
basis of the crank kinematics:<br />
This is because the compressor<br />
crank mechanism causes changes in<br />
the dynamic pressure in the cylinder<br />
by the Doppler effect law as a result<br />
of converting the rotational motion to<br />
the linear one as illustrated below in<br />
Figures 7 and 8.<br />
Figure 6.<br />
Thus, the nature of the Ether pressure<br />
changes as a result of the Doppler<br />
effect will cause a series of resonance<br />
activation of Nitrogenous bases<br />
in DNA during the regular rotation<br />
cycles (circulation). This will be followed<br />
by a hierarchical sequence of<br />
natural frequencies of the bases in ascending<br />
order as follows:<br />
f C < f A < f (G) < f (U)<br />
Proportions and nominal values thereof<br />
will be discussed further therein.<br />
A hypothesis on the origin<br />
of the natural frequencies of<br />
Nitrogenous bases<br />
It is known from biochemistry that<br />
purine and pyrimidine bases (uracil,<br />
thymine, cytosine, adenine and guanine)<br />
are aromatic heterocycles.<br />
The aromatic heterocycles are planar<br />
ring systems which contain atoms<br />
of oxygen, sulfur and nitrogen<br />
instead of one or more carbon atoms.<br />
The heterocycles are called aromatic<br />
due to the fact that they meet all the<br />
criteria inherent in any aromatic system,<br />
namely:<br />
– The system is cyclic.<br />
– The cycle is planar.<br />
– There is a conjugation of electron<br />
conductivity over the cycle. It is possible<br />
to smooth any delocalization<br />
of p-electrons in the entire system,<br />
thanks to the non-hybridized p-orbitals.<br />
– The p-number of delocalized<br />
electrons participating in the conjugation,<br />
in agreement with Hückel's<br />
rule, is 4n + 2, where n is an arbitrary<br />
natural number including 0, that is<br />
responsible for aromaticity of compounds<br />
of this sort.<br />
The foregoing suggests that the Nitrogenous<br />
bases in question represent<br />
a molecular oscillation circuit,<br />
wherein a heterocycle is a flat inductor,<br />
and the place of its connection to<br />
the ribose or deoxyribose molecule<br />
creates a capacitance (it works like a<br />
capacitor):<br />
Depending on parameters of heterocyclic<br />
inductance (L) of a Nitrogenous<br />
base and capacitive coupling<br />
(C) with ribose, the entire system will<br />
possess some resonance (natural frequency)<br />
due to some free electrons,<br />
which are available in the system [12-<br />
17]. The resonant frequency of the<br />
heterocycle (nitrogen base) is calculated<br />
by the formula:<br />
1<br />
w<br />
h<br />
=<br />
LC<br />
In Figure 9 below the locations of<br />
forming a capacitor in a hypothetical<br />
molecule oscillator circuit (resonator)<br />
of Nitrogenous bases are shown<br />
with red arrows.<br />
Where does the spiral come<br />
from?<br />
Which structure in physics has the<br />
same structure as the DNA? On the<br />
basis of what is possible to study the<br />
formation of spiral?<br />
– This stationary vortex trail that is<br />
formed in the turbulent region. It has<br />
been discovered during the experimental<br />
observation, and there are<br />
some attempts to describe it [18].<br />
One of the known natural phenomena<br />
of the spiral formation (Karman<br />
path) is a giant vortex street in the<br />
clouds, formed when the wind flows<br />
around the island Robinson Crusoe<br />
(satellite view):<br />
The reason for the appearance of a<br />
vortex street is sparse density caused<br />
24 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Figure 7. Figure 8.<br />
Figure 9.<br />
due to the flow around an object. Depending<br />
on the viscosity of the medium<br />
and the flow velocity, a group<br />
of vortices comes into being, which<br />
combines into a vortex spiral. A spiral<br />
vortex tube automatically organizes<br />
a channel, which pumps the<br />
medium from the outer radius to the<br />
sparseness zone directly behind the<br />
streamlined object (Figure 11).<br />
In Figure 11 red color marks the top<br />
(closest to the viewer) parts of the<br />
spiral, and blue color is used to mark<br />
the lower parts, respectively. Three<br />
blue arrows behind the streamlined<br />
object show the dissipation (spraying)<br />
process of the substance coming<br />
from the vortex tube into the sparse<br />
area.<br />
Thus, the appearance of a spiral is<br />
the nature's way to compensate for<br />
the difference between the Etheric<br />
pressure behind the object and that<br />
of external medium. The phenomenon<br />
of life uses the spiral just to produce<br />
its own structures. The flat conductive<br />
rings of Nitrogen bases are<br />
“mounted” on the spiral in the manner<br />
as it is dictated by the local distribution<br />
heterogeneity in the space on<br />
the basis of resonance relations. That<br />
is why the appearance of the DNA<br />
helix is impossible without a "primer":<br />
it’s a short nucleic acid fragment,<br />
which in the intercellular laminar<br />
flow of liquids forms a spiral vortex<br />
and determines the parameters of the<br />
initial growth of chain of triplets.<br />
Figure 10.<br />
As the spiral tube is formed, standing<br />
waves start their oscillations (Figu<br />
re 12).<br />
Obviously, the rings of nitrogen<br />
bases, mounted on the tube spiral<br />
vortex, generated by the primer, will<br />
be a sort of the organ registers, exciting<br />
certain frequencies of Ether<br />
vibrations inside the vortex tube.<br />
This "music" is required to be synchronized<br />
with the main part of the<br />
whole body: a dynamic Ethereal<br />
structure of waves in the organism<br />
at each moment of existence. In the<br />
truest sense, the DNA spiral is a special<br />
cavity for Ethereal sound waves<br />
in the body.<br />
External environment change signals<br />
of Ether pressure at a certain<br />
time and at predetermined intervals<br />
of time activate natural vibrations<br />
of the vortex tube, trigger a self-oscillating<br />
process in the circuits of<br />
Nitrogenous bases, and make all the<br />
DNA helix to emit the desired "melody".<br />
The music is designed to create<br />
a field of standing waves in the body<br />
as the basis for activating of normal<br />
vibrations of acid-base balance for<br />
the purposes to provide the normal<br />
course of metabolic processes.<br />
The wave nature of the DNA was<br />
found and is studying for a long time<br />
by Peter Garyaev in his theory of linguistic-wave<br />
genome theory (http://<br />
www.wavegenetic.ru) [19].<br />
Correlation of DNA triplets<br />
with the daily activity of Chinese<br />
meridians<br />
In our article "The Elements of life"<br />
(http://pulse-academy.org/files/TheElementsOfLifeEN.pdf)<br />
we have<br />
represented the rationale for the activity<br />
of so-called meridians in Chinese<br />
medicine as a result of existence<br />
of medium frequency patterns on the<br />
Earth's surface that have arisen due<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 25
Figure 11.<br />
Figure 12.<br />
Figure 13.<br />
Where:<br />
– Wood Element (red) = Yin Fire (Heart – HT- yellow) + Yang Fire-Minister (Triple Energizer,<br />
Blood – TE – purple);<br />
– Fire Element (yellow) = Yang Wood (Gall Bladder – GB - green) + Yin Wood (Liver – LR –<br />
red);<br />
– Earth Element (green) = Yin Metal (Lungs – LU – turquoise) + Yang Metal (Large intestine<br />
– LI – yellow);<br />
– Metal Element (turquoise) = Yang Earth (Stomach – ST – blue) + Yin Earth (Pancreas –<br />
SP – green);<br />
– Water Element (blue) = Yin Fire Minister (Pericardium – PC – purple) + Yang Fire (Small<br />
intestine – SI – turquoise);<br />
– Fire-Minister Element (purple) = Yang Water (Urinary Bladder – BL – red) + Yin Water<br />
(Kidneys – KI – blue);<br />
to the Doppler effect in the incoming<br />
flow of Ether.<br />
Here is a daily chart of a frequency<br />
distribution associated with the activity<br />
of the meridians (Figure 13).<br />
Colors in Figure 13 should be regarded<br />
as a specific frequency range.<br />
In accordance with Figure 4, where<br />
we have assigned definite colors<br />
(natural frequencies ranges) to Nitrogenous<br />
bases, a scheme of the<br />
daily activity of Chinese meridians<br />
in association with the above<br />
mentioned bases is represented in<br />
Figure 14. In Figure 14, each of the<br />
two-hour periods of the meridians<br />
(Shi periods in Chinese Medicine)<br />
is divided into one hour time slots,<br />
the colors (vibrations) of which are<br />
compared with the respective colors<br />
(vibrations) of Nitrogenous bases<br />
following the principle to form the<br />
meridian frequency (in the range<br />
of colors). Thus, the frequencies<br />
of Uracil (U) and Cytosine (C) can<br />
synthesize the frequency of the Kidney<br />
(KI) meridian; Adenine (A) and<br />
Guanine (G) can produce the frequency<br />
of the Heart (HT) meridian<br />
and so on.<br />
Distribution of Nitrogenous bases<br />
between the meridians shows that<br />
there are two equal periods, which<br />
provide the compliance with the<br />
normal sequence -C-A-G-U-C-A- ...<br />
(this is the order of the Elements by<br />
the rule of mutual generation in Chinese<br />
philosophy, and, from the point<br />
of view of physics, it is a sequence of<br />
changes in frequency patterns as a<br />
result of the continuous repetition of<br />
frequency patterns due to Doppler<br />
effect in the onflowing Ether).<br />
Conventionally, the night period<br />
begins at 17.00 and it lasts until 05.00<br />
am. The period starts with Uracil<br />
(U) and ends with Guanine (the G):<br />
totally, there are three full groups of<br />
26 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Conditionally night time<br />
17 – 18 18 – 19 19 – 20 20 – 21 21 – 22 22 – 23 23 – 24 00 – 01 01 – 02 02 – 03 03 – 04 04 – 05<br />
KI HT TE GB LR LU<br />
U C A G U C A G U C A G<br />
Min-ter Wood Element (C – base activity) Fire Element (A – base activity) Earth<br />
Conditionally day time<br />
05 – 06 06 – 07 07 – 08 08 – 09 09 – 10 10 – 11 11 – 12 12 – 13 13 – 14 14 – 15 15 – 16 16 – 17<br />
LI ST SP PC SI BL<br />
A G U C A G U C A G U C<br />
Earth Metal Element (G – base activity) Water Element (U – base activity) Min-ter<br />
Figure 14. * Min-ter = Fire-Minister Element<br />
normal sequences of bases (Fig. 14)<br />
which fit in this period of time.<br />
At the same time, we should understand<br />
that a combination of Uracil<br />
vibrations (U) with those of Cytosine<br />
(C) gives a violet vibration of Fire<br />
Minister (a combination of blue and<br />
red bands), and the combination of<br />
Adenine (A) and Guanine (G) produces<br />
Green vibration of the Earth (a<br />
combination of the yellow and blue<br />
frequencies). So, we can see a cyclical<br />
process of changing in the acid-alkaline<br />
balance of the medium properly<br />
activated by the meridians. In Figure<br />
14, in the conditionally accepted<br />
Night period, the liquids of the system<br />
are shifted towards the alkaline<br />
side (this group is represented by the<br />
Heart (HT), Gall bladder (GB), Lung<br />
(LU). The shift towards the acid direction<br />
is produced by the Kidney<br />
(KI), Triple Energizer (blood – TE),<br />
Liver (LR) meridians.<br />
From the viewpoint of cell metabolism,<br />
it has the meaning on which<br />
side of the cell membrane the acidic<br />
or alkaline pattern is formed. Anabolic<br />
state is accompanied by the alkaline<br />
extra cellular medium at acidic<br />
contents of the cell (the cell in this<br />
case draws electrons inside for production<br />
of reduction reactions).<br />
Catabolic phase of the cell is inversed<br />
to anabolic state in terms of<br />
polarity of acidic and alkaline media<br />
with respect to the cell membrane<br />
and the predominance of negatively<br />
charged radicals within the cells increase<br />
intracellular oxidative activity<br />
of the cells through activation of reactive<br />
oxygen species.<br />
In accordance with postulates of<br />
Traditional Chinese Medicine, Yang<br />
is an external, but Yin is an internal<br />
form of any event. Therefore,<br />
the above described acid-base patterns<br />
should be considered in terms<br />
of their location in relation with the<br />
cells membranes.<br />
In this case, the acid state of the Kidneys<br />
(KI) means anabolism; alkaline<br />
condition of the Heart (HT) should<br />
be treated as catabolism; acid state<br />
of the Triple Energizer (Blood – TE)<br />
should be classified as catabolism; alkaline<br />
condition of Gall bladder (GB)<br />
should be considered as anabolism;<br />
acid state of the Liver (LR) should be<br />
regarded as anabolism, and alkaline<br />
state of Lungs (LU) should be viewed<br />
as catabolism.<br />
As can be seen, each pair of the<br />
meridians, organizing an individual<br />
specific Element in a series of daily<br />
circulation in Chinese philosophy, is<br />
in the similar metabolic phase. At the<br />
same time, there is a change of metabolic<br />
phases in a successive transition<br />
from one Element to another: the<br />
metabolic activity of the pair Heart<br />
(HT) – Triple Energizer (TE) is replaced<br />
by anabolic activity of the pair<br />
of Gall bladder (GB) – Liver (LR) and<br />
so on, except for the pair of systems<br />
Large Intestine (LI) – Lungs (LU) and<br />
Urinary bladder (BL) – Kidney (KI),<br />
which will be discussed below.<br />
Let's continue consideration of Figure<br />
14 given herein below:<br />
At the moments 05:00 and 17:00<br />
there is a rupture of the normal order<br />
of the activity of Nitrogenous bases:<br />
the system of Large Intestine (LI) has<br />
the same pair of Nitrogenous bases:<br />
A (Adenine) – G (guanine) as it is the<br />
case in the conjugated system – Lung<br />
(LU). It means that there is a complete<br />
resonance of alkaline medium patterns<br />
between the Large Intestine systems<br />
(LI phase of anabolism) and Lungs (LU<br />
– phase of catabolism). It maximizes<br />
the mutual compensation of metabolic<br />
phases within the overall alkalinity.<br />
Similar metabolic compensation<br />
takes place at the evening starting at<br />
17:00 between systems Urinary Bladder<br />
(BL – catabolic phase) and Kidney<br />
(KI – phase of anabolism), but<br />
within the overall acidification (the<br />
metabolic activity of the Uracil (U)<br />
and Cytosine (C)).<br />
Thus, if we impose the locations of<br />
the Elements from Figure 4 on the<br />
structure shown in Figure 14, we obtain<br />
the inner meaning of each Element<br />
in terms of the sequence of Nitrogenous<br />
bases.<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 27
Fire element<br />
Earth elemnt<br />
Gall bladder<br />
Liver<br />
Lungs<br />
Large intes.<br />
23:00<br />
–<br />
00:00<br />
00:00<br />
–<br />
01:00<br />
01:00<br />
–<br />
02:00<br />
02:00<br />
–<br />
03:00<br />
03:00<br />
–<br />
04:00<br />
04:00<br />
–<br />
05:00<br />
05:00<br />
–<br />
06:00<br />
A A A Lysine (Lys)<br />
A A G Lysine (Lys)<br />
A A U Asparagine (Asn)<br />
A A C Asparagine (Asn)<br />
A A A Lysine (Lys)<br />
A G G Arginine (Arg)<br />
A A A Lysine (Lys)<br />
A G G Arginine (Arg)<br />
A G U Serine (Ser)<br />
A G C Serine (Ser)<br />
A G A Arginine (Arg)<br />
A G G Arginine (Arg)<br />
A U U Isoleucine (Ile)<br />
A U C Isoleucine (Ile)<br />
A U A Isoleucine (Ile)<br />
A U G Methionine (Met) Start<br />
A U U Isoleucine (Ile)<br />
A C C Proline (Pro)<br />
A U U Isoleucine (Ile)<br />
A C C Threonine (Uhr)<br />
A C A Threonine (Uhr)<br />
A C G Threonine (Uhr)<br />
A C U Threonine (Uhr)<br />
A C C Threonine (Uhr)<br />
A A A Lysine (Lys)<br />
G G G Glycine (Gly)<br />
G G U Glycine (Gly)<br />
G G C Glycine (Gly)<br />
G G A Glycine (Gly)<br />
G G G Glycine (Gly)<br />
A A A Lysine (Lys)<br />
A A G Lysine (Lys)<br />
A A U Asparagine (Asn)<br />
A A C Asparagine (Asn)<br />
A A A Lysine (Lys)<br />
In addition to the schemes indicated in Figure 4 and<br />
Figure 14, we can apply another rule, which determines<br />
the internal content of the Elements. This rule is observed<br />
in the structure of the meridians of Zi-Wu-Liu-<br />
Zhu cycle – method of Chinese chronopuncture [20],<br />
When the activity of any meridian begins with its root<br />
Qi (Qi in this case is considered as the Element of the<br />
lower level in the hierarchy), it also ends up in "the<br />
point of reunification" ( "meeting trunks"). Accordingly,<br />
therefore, the Elements in Figure 14 begin and end with<br />
related Nitrogenous bases:<br />
– Wood on the Cytosine (C);<br />
– Fire on the Adenine (A);<br />
– Metal on the Guanine (G);<br />
Metal element<br />
Large intes.<br />
Stomach<br />
Pancreas<br />
06:00<br />
–<br />
07:00<br />
07:00<br />
–<br />
08:00<br />
08:00<br />
–<br />
09:00<br />
09:00<br />
–<br />
10:00<br />
10:00<br />
–<br />
11:00<br />
Figure 15, beginning<br />
G G G Glycine (Gly)<br />
G G U Glycine (Gly)<br />
G G C Glycine (Gly)<br />
G G A Glycine (Gly)<br />
G G G Glycine (Gly)<br />
G U U Valine (Val)<br />
G U C Valine (Val)<br />
G U A Valine (Val)<br />
G U G Valine (Val)<br />
G U U Valine (Val)<br />
G C C Alanine (Ala)<br />
G U U Valine (Val)<br />
G C C Alanine (Ala)<br />
G C A Alanine (Ala)<br />
G C G Alanine (Ala)<br />
G C U Alanine (Ala)<br />
G C C Alanine (Ala)<br />
G A A Glutamic acid (Glu)<br />
G A G Glutamic acid (Glu)<br />
G A U Aspartic acid (Asp)<br />
G A C Aspartic acid (Asp)<br />
G A A Glutamic acid (Glu)<br />
G G G Glycine (Gly)<br />
G G U Glycine (Gly)<br />
G G C Glycine (Gly)<br />
– Water on the Uracil (U).<br />
It follows that the Elements have the definite content<br />
in terms of activity of Nitrogenous bases as given below:<br />
– Wood: C-A-G-U-C;<br />
– Fire: A-G-U-C-A;<br />
– Metal: G-U-C-A-G;<br />
– Water: U-C-A-G-U.<br />
And such a sequence will have the same profile of activity<br />
of Elements at each level of hierarchy.<br />
Here is a detailed schedule of daily circulation of the<br />
meridians, where triplets are embedded in accordance<br />
with mentioned terms and rules (Figure 15).<br />
As the above table shows, in 24 hours we have 120 segments<br />
of 12 minutes duration each. The Zi Wu Liu Zhu<br />
methodology of chronopuncture has also suggested division<br />
of each cycle exactly into 120 segments, 5 segments<br />
inside each hour of the daily circulation.<br />
The sequence of 120 segments consists of periods of<br />
the Elements Wood, Fire, Metal and Water, and they take<br />
25 12-minute segments each. But each the Earth and<br />
Fire-Minister Elements have periods of only 10 segments.<br />
Each Element is divided into 5 or 2 groups (a group<br />
consists of 5 segments) - they are represent Elements of<br />
28 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Water element<br />
Fire Minister elemnt<br />
Pericard<br />
Small intestane<br />
Urinary bladder<br />
Kidne.<br />
11:00<br />
–<br />
12:00<br />
12:00<br />
–<br />
13:00<br />
13:00<br />
–<br />
14:00<br />
14:00<br />
–<br />
15:00<br />
15:00<br />
–<br />
16:00<br />
16:00<br />
–<br />
17:00<br />
17:00<br />
–<br />
18:00<br />
U U U Phenilalanine (Phe)<br />
U U C Phenilalanine (Phe)<br />
U U A Leucine (Le)<br />
U U G Leucine (Le)<br />
U U U Phenilalanine (Phe)<br />
U C C Serine (Ser)<br />
U U U Phenilalanine (Phe)<br />
U C C Serine (Ser)<br />
U C A Serine (Ser)<br />
U C G Serine (Ser)<br />
U C U Serine (Ser)<br />
U C C Serine (Ser)<br />
U A A (Stop)<br />
U A G (Stop)<br />
U A U Tyrosine (Tyr)<br />
U A C Tyrosine (Tyr)<br />
U A A (Stop)<br />
U G G Glycine (Gly)<br />
U A A (Stop)<br />
U G G Tryptophan (Trp)<br />
U G U Cysteine (Cys)<br />
U G C Cysteine (Cys)<br />
U G A (Stop)<br />
U G G Tryptophan (Trp)<br />
U U U Phenilalanine (Phe)<br />
C C C Proline (Pro)<br />
C C A Proline (Pro)<br />
C C G Proline (Pro)<br />
C C U Proline (Pro)<br />
C C C Proline (Pro)<br />
U U U Phenilalanine (Phe)<br />
U U C Phenilalanine (Phe)<br />
U U A Phenilalanine (Phe)<br />
U U G Phenilalanine (Phe)<br />
U U U Phenilalanine (Phe)<br />
middle level of hierarchy. And in its turn each of the 120<br />
segments is an Element of the lowest level of the hierarchy.<br />
The starting AUG triplet is located almost in the middle<br />
of the period of activity of the Yin Wood meridian<br />
of the Fire Element (LR-Liver is a representative<br />
of Wood Element - the Element of the beginning of<br />
all processes). At the same time, the end triplets of<br />
replication (UAA, UAG) are in the second part of the<br />
Water Element, and the last triplet (the UGA) has a<br />
position in the Element of Water, the Yang Water meridian<br />
(Urinary bladder –BL) is a manifestation of the<br />
end and the destruction of any process in Chinese philosophy.<br />
Wood element<br />
Kidne.<br />
Heart<br />
Triple energizer<br />
18:00<br />
–<br />
19:00<br />
19:00<br />
–<br />
20:00<br />
20:00<br />
–<br />
21:00<br />
21:00<br />
–<br />
22:00<br />
22:00<br />
–<br />
23:00<br />
Figure 15, end<br />
C C C Proline (Pro)<br />
C C A Proline (Pro)<br />
C C G Proline (Pro)<br />
C C U Proline (Pro)<br />
C C C Proline (Pro)<br />
C A A Glutamine (Gln)<br />
C A G Glutamine (Gln)<br />
C A U Histidine (His)<br />
C A C Histidine (His)<br />
C A A Glutamine (Gln)<br />
C G G Arginine (Arg)<br />
C A A Glutamine (Gln)<br />
C G G Arginine (Arg)<br />
C G U Arginine (Arg)<br />
C G C Arginine (Arg)<br />
C G A Arginine (Arg)<br />
C G G Arginine (Arg)<br />
C U U Leucine (Le)<br />
C U C Leucine (Le)<br />
C U A Leucine (Le)<br />
C U G Leucine (Le)<br />
C U U Leucine (Le)<br />
C C C Proline (Pro)<br />
C C A Proline (Pro)<br />
C C G Proline (Pro)<br />
Direct association of four Nitrogenous bases<br />
with the twelve meridians of Chinese medicine<br />
At present time, genetics do not see any difference between<br />
the qualities of Nitrogenous bases, depending on<br />
their position in the triplet. However, such a connection<br />
is obvious: the first bases in the triplets have a lower natural<br />
frequency, and therefore the phase of their activity<br />
shown in the diagram in Figure 15 has a longer period<br />
in order to ensure the continuity of the process corresponding<br />
to the vibrations of the relevant Element.<br />
Apparently, during the process of "mounting" of Nitrogenous<br />
bases on the vortex spiral, the molecular<br />
resonant capacitor circuit between Nitrogen base and<br />
carbohydrate-phosphate skeleton, takes a certain value<br />
that is dictated by Ether pressure of the external medium.<br />
Therefore, each Nitrogen base in the chain of DNA<br />
structure can participate in three different types of vibrations<br />
linked each with another by resonance relations.<br />
Let's try to establish the position of each system (meridian)<br />
in a full set of Nitrogenous bases, created by the principle<br />
of positioning in the triplet. We will use the rule of Yin and<br />
Yang, which says that Yin has lower (slower) frequency char-<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 29
Senior<br />
base<br />
Middle<br />
base<br />
Junior<br />
base<br />
C<br />
Pericardium<br />
C<br />
Liver<br />
C<br />
Urinary bladder<br />
A<br />
Large Intense<br />
A<br />
Heart<br />
A<br />
Pancreas<br />
G<br />
Gall Bladder<br />
G<br />
Small Intense<br />
G<br />
Lungs<br />
U<br />
Kidneys<br />
U<br />
Stomach<br />
U<br />
Triple energizer<br />
Figure 16.<br />
acteristics in comparing with Yang, with<br />
taking into account the color (frequency)<br />
characteristics of each meridian.<br />
Some other specific details in table may<br />
be identified additionally (Figure 16).<br />
To be verified that the table in Figure<br />
16 is not occasional, please see at<br />
the following specific detail.<br />
It is obviously seen that Figures 17<br />
– 19 have the same sign. It is a reflection<br />
of the resonant relations between<br />
meridians in daily circulation.<br />
It is obviously that Figures 20 – 23<br />
have the same sign. It is a reflection<br />
of mutual direct suppression between<br />
the meridians in daily circulation.<br />
In Figure 24 we see relations between<br />
meridians as it was discovered<br />
at our previous work http://<br />
pulse-academy.org/files/ActionPotentialEN2.pdf,<br />
where the four types<br />
of pulses have been detected.<br />
These four pulses are associated<br />
with the simultaneous activity of еру<br />
following meridians:<br />
(1) – Liver, Pancreas, Kidneys;<br />
(2) – Pericardium, Heart, Lungs;<br />
(3) – Large Intestine, Small Intestine,<br />
Triple Energizer;<br />
(4) – Gall bladder, Stomach, Urinary<br />
bladder<br />
It is evident that in Figure 25 the<br />
disposition of the meridians by the<br />
diagonal is in the order of the mutual<br />
birth of Elements for even (red arrows)<br />
and odd (blue arrows) systems<br />
of the meridians (please refer to Fig.<br />
13 above) in daily circulation.<br />
Thus, the scheme of the meridians<br />
disposition in Figure 16 confirms<br />
that there is some regularity shown in<br />
clauses a,b,c and d. It may entitle us<br />
to make a conclusion that the table of<br />
the correlation between Nitrogenous<br />
bases and vibrations of the meridians<br />
from Chinese philosophy has been<br />
established correctly.<br />
Conclusion<br />
The represented model of the Nitrogenous<br />
bases activity during the<br />
daily circulation of the Doppler patterns<br />
can be used for the following<br />
applications:<br />
– Managing of daily biorhythms<br />
with help of acid-base peculiarities of<br />
Nitrogenous bases;<br />
– Diet managing of metabolic balance<br />
by correct prescription of 20 essential<br />
amino-acids;<br />
– Purposeful use of 60 Wushu<br />
points to correct the energy balance<br />
of the body with the help of acupuncture<br />
at any time without the risk of<br />
side effects;<br />
– In future development of technologies<br />
will be targeted at correction of<br />
genetic defects.<br />
Naturally, the effective result cannot<br />
be reached if it is not based on an adequate<br />
assessment of the organism by<br />
special spectroscopic methods, one of<br />
which is the Pulse Metabolic Analysis<br />
(PMA) invented by Pulse Academy.<br />
Statement on ethical issues<br />
Research involving people and/or animals<br />
is in full compliance with current<br />
national and international ethical<br />
standards.<br />
Figure 17. Cytosine (C) column<br />
Figure 18. Adenine (A) column<br />
Figure 19. Guanine (G) column<br />
Figure 20. Uracil (U) column<br />
30 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Figure 21. The first line Figure 22. The second line Figure 23. The third line<br />
Senior<br />
base<br />
Middle<br />
base<br />
Junior<br />
base<br />
C<br />
Pericardium<br />
C<br />
Liver<br />
C<br />
Urinary bladder<br />
A<br />
Large Intense<br />
A<br />
Heart<br />
A<br />
Pancreas<br />
G<br />
Gall Bladder<br />
G<br />
Small Intense<br />
G<br />
Lungs<br />
U<br />
Kidneys<br />
U<br />
Stomach<br />
U<br />
Triple energizer<br />
C<br />
Urinary bladder<br />
U<br />
Kidneys<br />
Figure 24. Figure 16 by diagonal (from up to down)<br />
Conflict of interest<br />
None declared.<br />
Author contributions<br />
The author read the ICMJE criteria<br />
for authorship and approved the final<br />
manuscript.<br />
Senior<br />
base<br />
Middle<br />
base<br />
Junior<br />
base<br />
C<br />
Pericardium<br />
C<br />
Liver<br />
C<br />
Urinary bladder<br />
A<br />
Large Intense<br />
A<br />
Heart<br />
A<br />
Pancreas<br />
Figure 25. Figure 16 by diagonal (from down to up)<br />
G<br />
Gall Bladder<br />
G<br />
Small Intense<br />
G<br />
Lungs<br />
U<br />
Kidneys<br />
U<br />
Stomach<br />
U<br />
Triple energizer<br />
Senior Editorial Manager’s Note<br />
To represent Chinese, the author hereof<br />
has used one of the original generally<br />
accepted Romanization system<br />
versions.<br />
References<br />
1. Eremeev VE. Drawing of Anthropocosmos.<br />
Moscow. 1993. [in Russian]<br />
2. González RG. The 4 waves and<br />
Traditional Chinese Medicine. Revista<br />
Internacional de Acupuntura.<br />
April-June 2014; 8( 2): 63-70.<br />
3. Barbaso-Schwartz A. Traditional<br />
Chinese medicine: Ancient holistic<br />
healing. Home Health Care Management<br />
and Practice. 2004;16(6): 494-8.<br />
4. Mahdihassan S. Indian and Chinese<br />
cosmologies reconsidered. American<br />
Journal of Chinese Medicine. 1985;<br />
13(1-4):5-12.<br />
5. Borchardt JK. Traditional Chinese<br />
Drug Therapy. Drug News<br />
and Perspectives. December 2003;<br />
16(10):698-702.<br />
6. Nikola Tesla. Pioneer Radio Engineer<br />
Gives Views On Power. New<br />
York Herald Tribune. September 11,<br />
1932.<br />
7. Tesla N. Experiments with alternate<br />
currents of very high frequency<br />
and their application to methods of<br />
artificial illumination. Transactions<br />
of the American Society of Agricultural<br />
Engineers. 1 January 1891;<br />
8(1):267-319.<br />
8. Tesla N. On light and other high frequency<br />
phenomena. Journal of the Franklin<br />
Institute. October 1893; 136(4): 259-79.<br />
9. Tesla N. On electrical resonance.<br />
1893. M.D. computing : computers<br />
in medical practice. March<br />
1995;12(2):137-40.<br />
10. Thibault G. The automatization<br />
of Nikola Tesla: Thinking invention<br />
in the late nineteenth century. Configurations.<br />
2013; 21(1): 27-52.<br />
11. Edgerton D. Innovation, technology,<br />
or history what is the historiography<br />
of technology about? Technology<br />
and Culture. July 2010;51(3): 680-97.<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 31
OPINION Submitted: 20 June <strong>2016</strong> Accepted: 8 August <strong>2016</strong> Published: 16 <strong>November</strong> <strong>2016</strong><br />
DOI: 10.12710/cardiometry.<strong>2016</strong>.9.3243<br />
Simple association of the genetic code with<br />
hexagrams of the Book of Changes (I Ching)<br />
Sergey P. Fedotov 1*<br />
1<br />
Pulse Academy, Saint-Petersburg branch<br />
Russia, Saint-Petersburg, 198332, Leninsky prospect 76, building 1, room 874<br />
*<br />
Corresponding author:<br />
phone: +7 (911) 956-26-53, e-mail: pulseacademy@mail.ru<br />
Abstract<br />
Article "Simple association of the genetic code and hexagrams of the Book of<br />
Changes (I Ching)" is based on the provisions of previous paper "The genetic code<br />
as a structure of the Five elements in Chinese philosophy" where the hypothesis<br />
regarding the principles of formation of digrams and trigrams in Chinese philosophy<br />
are proposed. It allowed to suggest an idea of digrams and trigrams as a tool<br />
for description of DNA codons in the process of their interaction, each with others<br />
as an independent oscillator (objects, generating its own natural frequency). On<br />
the basis of this hypothesis it is considered the logic of structure of trigrams from<br />
the Book of Changes (I Ching), the properties of Start and Stop codons, and the<br />
properties of their position in the general order of the King Wen. It is suggested<br />
that hexagrams order of King Wen describes dynamics of pulse process in the<br />
human body as a process of interaction of amino acids which are programmed by<br />
codons on the base of frequency (wavelength) peculiarities. In addition, a comparative<br />
study of the properties between peptide products (manufactured on the<br />
base of research of Institute of Gerontology and Bioregulation – St. Petersburg)<br />
and the scheme of daily activity of codons are represented.<br />
Keywords<br />
DNA, Nucleotide, Trigram, I Ching, Fu Xi order, Pulse<br />
Imprint<br />
Sergey P. Fedotov. Simple association of the genetic code with hexagrams of<br />
the Book of Changes (I Ching). <strong>Cardiometry</strong>; Issue 9; <strong>November</strong> <strong>2016</strong>; p. 32-43;<br />
DOI: 10.12710/cardiometry.<strong>2016</strong>.9.3243; Available from: http://www.cardiometry.net/<br />
issues/no9-november-<strong>2016</strong>/simple-association-of-the-genetic-code<br />
Introduction<br />
In our article "The genetic code<br />
as a structure of the Five elements<br />
in Chinese philosophy»<br />
(http://pulse-academy.com/research-room/)<br />
we have introduced<br />
the scheme of DNA triplets in association<br />
with the natural frequencies<br />
of the twelve main meridians of acupuncture<br />
(Figure 1).<br />
Thus, senior bases in triplets<br />
have the lowest natural frequencies<br />
in comparing with the middle<br />
and junior bases. The middle<br />
nitrogenous bases have an average<br />
position of their natural frequencies<br />
between the senior and junior<br />
bases.<br />
It is exactly this frequency distribution<br />
that is the cause of the degeneracy<br />
of the genetic code, when the<br />
specification of the senior and middle<br />
nitrogenous bases has lower vibrations,<br />
and it determines the basic<br />
profile of the natural frequencies of<br />
the molecular structure of triplets as<br />
the entire object.<br />
And, in addition, the hierarchical<br />
distribution of natural frequencies<br />
of bases easily explains the non-standard<br />
values of triplets, when during<br />
the translation the natural frequency<br />
of the targeted amino acid is slightly<br />
different (for example, marine alga<br />
Acetabularia translates the standard<br />
stop triplets UAG and UAA as the<br />
amino acid glycine – GGx rather than<br />
as a stop; fungus Candida interprets<br />
RNA CUG triplet not as leucine, but<br />
as serine – UCx).<br />
Table of twelve-minutes periods<br />
of activity of acupuncture<br />
meridians<br />
In accordance with Figure 1, there are<br />
120 twelve-minute segments during a<br />
day where the simultaneous activity<br />
of three acupuncture meridians creates<br />
the natural frequency of a definite<br />
triplet or amino acid (Figure 2).<br />
There are the following abbreviations<br />
contained herein:<br />
Wood Element:<br />
– Yin Wood – Liver – LR;<br />
– Yang Wood – Gall Bladder – GB;<br />
Fire Element:<br />
– Yin Fire – Heart – HT;<br />
– Yang Fire – Small Intestine – SI;<br />
Earth Element:<br />
– Yin Earth – Pancreas – SP;<br />
– Yang Earth – Stomach – ST;<br />
Metal Element:<br />
– Yin Metal – Lungs – LU;<br />
– Yang Metal – Large Intestine – LI;<br />
32 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Water Element:<br />
– Yin Water – Kidneys – KI;<br />
– Yang Water – Urinary Bladder – BL;<br />
Fire Minister Element<br />
– Yin Fire-Minister – Pericardium –<br />
PC;<br />
– Yang Fire-Minister – Triple Energizer<br />
(Blood) – TE.<br />
The simultaneous participation of<br />
the natural frequencies of only three<br />
meridians in the oscillatory process<br />
of triplets is stipulated by the three-dimensionality<br />
of our space. An instant<br />
force vector of cyclic tensile and compression<br />
of the environment within<br />
the local space of a triplet has decomposition<br />
into only three mutually orthogonal<br />
vectors, and it determines the<br />
dynamic stereometry of the molecular<br />
structure. Descriptions of such molecular<br />
DNA constructs are currently<br />
developing by V.A. Karasev [1] in his<br />
theory of "Molecular vector machine".<br />
Considering the above, the dependence<br />
of the DNA geometry on the<br />
external order of frequency fluctuations<br />
becomes evident. We literally<br />
are result or products of the external<br />
cosmic vibrations. A regular change in<br />
frequency on the habitat background<br />
due to Doppler Effect (please see our<br />
article "The Elements of life": (http://<br />
pulse-academy.org/files/TheElementsOfLifeEN.pdf)<br />
determines the spatial<br />
structure of the molecular complexes.<br />
Accordingly, the wholeness and interrelations<br />
of all parts of the body is<br />
provided by a predetermined cyclic<br />
sequence of vibrations in the environment.<br />
As soon as the vibrations of an<br />
organism are out of resonance with<br />
cosmic vibrations, tensile or compressive<br />
forces arise in molecular structures,<br />
which at the physical level disintegrate<br />
tissues and damage cells of the body.<br />
From this perspective, sickness and<br />
aging are merely the result of a mismatch<br />
of the body's rhythms with the<br />
Senior<br />
nitrogenous<br />
base<br />
Middle nitrogenous<br />
base<br />
Junior<br />
nitrogenous<br />
base<br />
Figure 1.<br />
C<br />
Pericardium<br />
C<br />
Liver<br />
C<br />
Urinary<br />
bladder<br />
A<br />
Large<br />
Intense<br />
A<br />
Heart<br />
A<br />
Pancreas<br />
natural rhythms of environment: the<br />
energy of inner oscillations is simply<br />
being lost without support of the natural<br />
vibrations. And without vibrations<br />
the life itself is impossible, because<br />
there will be no possibility of cellular<br />
structures to maintain their normal<br />
sequence of anabolic and catabolic<br />
phases. Indeed, you know that the collective<br />
existence of cells, in its turn, is<br />
the core and essence of the life process.<br />
Thus, the most proper task of healing<br />
of patients is a restoration of the normal<br />
balance in the entire spectrum of<br />
rhythms of oscillatory processes in the<br />
body.<br />
The result of the pulse diagnosis<br />
software (Pulse Metabolic Analysis<br />
(PMA)) is exactly the profile of<br />
rhythms balance, where each vibration<br />
is associated with one of the twelve<br />
acupuncture meridians. Each meridian<br />
is a manifestation of the power<br />
of an instantaneous vector that is involved<br />
in the formation of the tensor<br />
of the body as a point of space in the<br />
Universe (6 vectors converging to the<br />
center of the body and 6 vectors providing<br />
a reaction against the external<br />
compression).<br />
How to control the DNA<br />
triplets activity by acupuncture<br />
meridians<br />
On the basis of pulse data analysis,<br />
taking into account the correspondences<br />
shown in Figure 1 and Figure<br />
2 of this article, we have the possibility<br />
G<br />
Gall<br />
Bladder<br />
G<br />
Small<br />
Intense<br />
G<br />
Lungs<br />
U<br />
Kidneys<br />
U<br />
Stomach<br />
U<br />
Triple<br />
Energizer<br />
to work out the preventive correction<br />
of oscillatory processes in order to<br />
equalize the energy of all twelve meridians.<br />
Obviously, if the correction is<br />
not be made, the systems of the body<br />
with a deficiency of oscillatory energy<br />
are damaged from point of view of<br />
their functional activity. The proper<br />
DNA triplets will be simply not represented<br />
in the space quantitatively, and<br />
as a consequence, certain proteins will<br />
not be able to provide synthesis, and<br />
the life process itself starts gradually<br />
fading.<br />
Here is a sample how to use the table<br />
presented in Figure 2 herein. Assume<br />
that the PMA analysis has shown<br />
a lack of energy on the Heart (HT)<br />
meridian. Activity of the Heart meridian<br />
is associated with the middle<br />
nitrogenous base in triplets of DNA.<br />
Referring to the table given in Figure<br />
2 herein we find that the frequency of<br />
the Heart meridian (HT) is involved<br />
in the following periods:<br />
– 19–21 hours, while there is activity<br />
of Glutamine (AAx);<br />
– 23–01 hours, while there is activity<br />
of Lysine and Asparagine (AAx);<br />
– 03–04 hours, while there is activity<br />
of Lysine (AAA; AAG);<br />
– 05–06 hours, while there is activity<br />
of Lysine and Asparagine (AAx);<br />
– 09–11 hours, while there is activity<br />
of Glutamic and Aspartic acid (GAx);<br />
– 13–15 hours, while there is activity<br />
of Tyrosine and stop triplets UAA and<br />
UAG.<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 33
Fire element<br />
Earth elemnt<br />
Gall bladder<br />
Liver<br />
Lungs<br />
Large intes.<br />
23:00<br />
–<br />
00:00<br />
00:00<br />
–<br />
01:00<br />
01:00<br />
–<br />
02:00<br />
02:00<br />
–<br />
03:00<br />
03:00<br />
–<br />
04:00<br />
04:00<br />
–<br />
05:00<br />
05:00<br />
–<br />
06:00<br />
A-LI A-HT A-SP Lysine (Lys)<br />
A-LI A-HT G-LU Lysine (Lys)<br />
A-LI A-HT U-TE Asparagine (Asn)<br />
A-LI A-HT C-BL Asparagine (Asn)<br />
A-LI A-HT A-SP Lysine (Lys)<br />
A-LI G-SI G-LU Arginine (Arg)<br />
A-LI A-HT A-SP Lysine (Lys)<br />
A-LI G-SI G-LU Arginine (Arg)<br />
A-LI G-SI U-TE Serine (Ser)<br />
A-LI G-SI C-BL Serine (Ser)<br />
A-LI G-SI A-SP Arginine (Arg)<br />
A-LI G-SI G-LU Arginine (Arg)<br />
A-LI U-ST U-TE Isoleucine (Ile)<br />
A-LI U-ST C-BL Isoleucine (Ile)<br />
A-LI U-ST A-SP Isoleucine (Ile)<br />
A-LI U-ST G-LU Methionine (Met) Start<br />
A-LI U-ST U-TE Isoleucine (Ile)<br />
A-LI C-LR C-BL Proline (Pro)<br />
A-LI U-ST U-TE Isoleucine (Ile)<br />
A-LI C-LR C-BL Threonine (Uhr)<br />
A-LI C-LR A-LR Threonine (Uhr)<br />
A-LI C-LR G-LU Threonine (Uhr)<br />
A-LI C-LR U-TE Threonine (Uhr)<br />
A-LI C-LR C-BL Threonine (Uhr)<br />
A-LI A-HT A-SP Lysine (Lys)<br />
G-GB G-SI G-LU Glycine (Gly)<br />
G-GB G-SI U-TE Glycine (Gly)<br />
G-GB G-SI C-BL Glycine (Gly)<br />
G-GB G-SI A-SP Glycine (Gly)<br />
G-GB G-SI G-LU Glycine (Gly)<br />
A-LI A-HT A-SP Lysine (Lys)<br />
A-LI A-HT G-LU Lysine (Lys)<br />
A-LI A-HT U-TE Asparagine (Asn)<br />
A-LI A-HT C-BL Asparagine (Asn)<br />
A-LI A-HT A-SP Lysine (Lys)<br />
Accordingly, all systems of the body, associated with the<br />
function of the above mentioned amino acids, are violated,<br />
including the performance of the Stop triplets, which<br />
presumably are related to the uncontrolled proliferation of<br />
cancer cells in case of the Stop-triplet damage (apparently,<br />
that is why the cancer of the Heart is a rare disease due to<br />
the fact that death from heart failure develops more rapidly<br />
due to general violation of the circulation of oxygen and<br />
nutrients than the violation of the DNA replication order in<br />
cardiomyocytes).<br />
In this situation, the deficiency of Heart (HT) frequencies<br />
should be compensated by glutamine, lysine, asparagine,<br />
glutamic and aspartic acid, tyrosine (they are materials to<br />
carry natural frequencies of the Heart (HT) meridian) and<br />
Metal element<br />
Large intes.<br />
Stomach<br />
Pancreas<br />
06:00<br />
–<br />
07:00<br />
07:00<br />
–<br />
08:00<br />
08:00<br />
–<br />
09:00<br />
09:00<br />
–<br />
10:00<br />
10:00<br />
–<br />
11:00<br />
Figure 2, beginning<br />
G-GB G-SI G-LU Glycine (Gly)<br />
G-GB G-SI U-TE Glycine (Gly)<br />
G-GB G-SI C-BL Glycine (Gly)<br />
G-GB G-SI A-SP Glycine (Gly)<br />
G-GB G-SI G-LU Glycine (Gly)<br />
G-GB U-ST U-TE Valine (Val)<br />
G-GB U-ST C-BL Valine (Val)<br />
G-GB U-ST A-SP Valine (Val)<br />
G-GB U-ST G-LU Valine (Val)<br />
G-GB U-ST U-TE Valine (Val)<br />
G-GB C-LR C-BL Alanine (Ala)<br />
G-GB U-ST U-TE Valine (Val)<br />
G-GB C-LR C-BL Alanine (Ala)<br />
G-GB C-LR A-SP Alanine (Ala)<br />
G-GB C-LR G-LU Alanine (Ala)<br />
G-GB C-LR U-TE Alanine (Ala)<br />
G-GB C-LR C-BL Alanine (Ala)<br />
G-GB A-HT A-SP Glutamic acid (Glu)<br />
G-GB A-HT G-LU Glutamic acid (Glu)<br />
G-GB A-HT U-TE Aspartic acid (Asp)<br />
G-GB A-HT C-BL Aspartic acid (Asp)<br />
G-GB A-HT A-SP Glutamic acid (Glu)<br />
G-GB G-SI G-LU Glycine (Gly)<br />
G-GB G-SI U-TE Glycine (Gly)<br />
G-GB G-SI C-BL Glycine (Gly)<br />
with the help of acupuncture method of PC-9 point activation<br />
at any time, when the adenosine (A) is active at<br />
the middle position of any triplet (it is a field of ethereal<br />
structure of the oscillation processes, accompanied by<br />
electromagnetic phenomena). Besides, the treatment of<br />
acupuncture point PC-9 described in the given case, we<br />
can use the ability of Uracil (U) to suppress Adenosine<br />
(A) vibrations in the middle position of triplet. Uracil<br />
has eigenfrequencies of Stomach (ST) in systems that<br />
demonstrate a shift of 180 degrees in daily circulation<br />
relatively to the activity of adenosine (A) of the Heart<br />
meridian, i.e. it is usage of regular acupuncture rule<br />
"day-midnight".<br />
In accordance with the precepts of Chinese traditional<br />
medicine, we can use point ST-45 to suppress the activity<br />
of the Stomach (ST) meridian frequency.<br />
If an excess of oscillatory energy on the Heart (HT)<br />
meridian is available, then we should use the PC-7 point<br />
(sedation of the Heart (HT) meridian during periods of<br />
activity of adenosine in the middle position in triplets)<br />
and the ST-41 point (toning the Stomach (ST) meridian<br />
in the periods of Uracil activity also in the middle position<br />
of triplets).<br />
34 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Water element<br />
Fire Minister elemnt<br />
Pericard<br />
Small intestane<br />
Urinary bladder<br />
Kidne.<br />
11:00<br />
–<br />
12:00<br />
12:00<br />
–<br />
13:00<br />
13:00<br />
–<br />
14:00<br />
14:00<br />
–<br />
15:00<br />
15:00<br />
–<br />
16:00<br />
16:00<br />
–<br />
17:00<br />
17:00<br />
–<br />
18:00<br />
U-KI U-ST U-TE Phenilalanine (Phe)<br />
U-KI U-ST C-BL Phenilalanine (Phe)<br />
U-KI U-ST A-SP Leucine (Le)<br />
U-KI U-ST G-LU Leucine (Le)<br />
U-KI U-ST U-TE Phenilalanine (Phe)<br />
U-KI C-LR C-BL Serine (Ser)<br />
U-KI U-ST U-TE Phenilalanine (Phe)<br />
U-KI C-LR C-BL Serine (Ser)<br />
U-KI C-LR A-SP Serine (Ser)<br />
U-KI C-LR G-LU Serine (Ser)<br />
U-KI C-LR U-TE Serine (Ser)<br />
U-KI C-LR C-BL Serine (Ser)<br />
U-KI A-HT A-SP (Stop)<br />
U-KI A-HT G-LU (Stop)<br />
U-KI A-HT U-TE Tyrosine (Tyr)<br />
U-KI A-HT C-BL Tyrosine (Tyr)<br />
U-KI A-HT A-SP (Stop)<br />
U-KI G-SI G-LU Glycine (Gly)<br />
U-KI A-HT A-SP (Stop)<br />
U-KI G-SI G-LU Tryptophan (Trp)<br />
U-KI G-SI U-TE Cysteine (Cys)<br />
U-KI G-SI C-BL Cysteine (Cys)<br />
U-KI G-SI A-SP (Stop)<br />
U-KI G-SI G-LU Tryptophan (Trp)<br />
U-KI U-ST U-TE Phenilalanine (Phe)<br />
C-PC C-LR C-BL Proline (Pro)<br />
C-PC C-LR A-SP Proline (Pro)<br />
C-PC C-LR G-LU Proline (Pro)<br />
C-PC C-LR U-TE Proline (Pro)<br />
C-PC C-LR C-BL Proline (Pro)<br />
U-KI U-ST U-TE Phenilalanine (Phe)<br />
U-KI U-ST C-BL Phenilalanine (Phe)<br />
U-KI U-ST A-SP Phenilalanine (Phe)<br />
U-KI U-ST G-LU Phenilalanine (Phe)<br />
U-KI U-ST U-TE Phenilalanine (Phe)<br />
Correlation of DNA triplets with hexagrams of<br />
Fu Xi order in Chinese philosophy<br />
Many researchers have been trying to establish associations<br />
of DNA triplets with hexagrams of the Chinese<br />
philosophy since the time when the genetic code has<br />
been discovered. The combinatorial similarity of 6 lines<br />
in hexagrams to the four types of nitrogenous bases have<br />
pushed researchers to a conclusion that between hexagrams<br />
and DNA triplets there is a definite correlation<br />
available: both systems have the same number of conjunctions<br />
equal to 64.<br />
In our opinion, nobody of the authors has yet created the<br />
true model of association of triplets with hexagrams (there<br />
is no practical result of any model application).<br />
Wood element<br />
Kidne.<br />
Heart<br />
Triple energizer<br />
18:00<br />
–<br />
19:00<br />
19:00<br />
–<br />
20:00<br />
20:00<br />
–<br />
21:00<br />
21:00<br />
–<br />
22:00<br />
22:00<br />
–<br />
23:00<br />
Figure 2, end<br />
C-PC C-LR C-BL Proline (Pro)<br />
C-PC C-LR A-SP Proline (Pro)<br />
C-PC C-LR G-LU Proline (Pro)<br />
C-PC C-LR U-TE Proline (Pro)<br />
C-PC C-LR C-BL Proline (Pro)<br />
C-PC A-HT A-SP Glutamine (Gln)<br />
C-PC A-HT G-LU Glutamine (Gln)<br />
C-PC A-HT U-TE Histidine (His)<br />
C-PC A-HT C-BL Histidine (His)<br />
C-PC A-HT A-SP Glutamine (Gln)<br />
C-PC G-SI G-LU Arginine (Arg)<br />
C-PC A-HT A-SP Glutamine (Gln)<br />
C-PC G-SI G-LU Arginine (Arg)<br />
C-PC G-SI U-TE Arginine (Arg)<br />
C-PC G-SI C-BL Arginine (Arg)<br />
C-PC G-SI A-SP Arginine (Arg)<br />
C-PC G-SI G-LU Arginine (Arg)<br />
C-PC U-ST U-TE Leucine (Le)<br />
C-PC U-ST C-BL Leucine (Le)<br />
C-PC U-ST A-SP Leucine (Le)<br />
C-PC U-ST G-LU Leucine (Le)<br />
C-PC U-ST U-TE Leucine (Le)<br />
C-PC C-LR C-BL Proline (Pro)<br />
C-PC C-LR A-SP Proline (Pro)<br />
C-PC C-LR G-LU Proline (Pro)<br />
The reason for this situation is the ignoring of the<br />
physical properties of the fundamental oscillatory process:<br />
the Doppler Effect. Only the Doppler Effect can<br />
explain regular changes in natural vibrations on the<br />
Earth surface during a day.<br />
Actually, the vibrations are result of the changes<br />
of Ether compression: a higher compression in of<br />
the environment causes higher natural frequencies<br />
at a given place. This effect is well known to divers:<br />
their tone of voice is elevated when the pressure<br />
is increased. Sometimes divers have to use special<br />
equipment to convert speech octaves with high frequency<br />
to normal levels of perception by the human<br />
ear.<br />
For the object we are researching it is supposed that,<br />
any numerical system must have a specific physical<br />
meaning, i.e. a mathematical apparatus should be used<br />
as a digital model of a physical process, but not vice<br />
versa, when somebody tries to pull the properties of<br />
a certain mathematical structure on peculiarities of<br />
a physical process, even without having a clue about<br />
what this process is in essence.<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 35
An example of this fail is the abstract<br />
mathematical description of a set of<br />
Fu-Xi system of hexagrams by Dr.<br />
Phys.-Math. Sci. Sergey V. Petoukhov<br />
[2–6] (Figure 3).<br />
In accordance with suggestions by<br />
Dr. Petoukhov, the binary values have<br />
the following compliance with the Fu<br />
Xi system of hexagrams (Figure 4).<br />
Obviously, the Author of the above<br />
scheme of the correlation given in Figure<br />
3 herein, apparently, is a hostage of<br />
formal logic of some quality of binary<br />
sequence of numbers.<br />
Due to scientific interests of the said<br />
Author in the field of symmetries, he<br />
has forced the order of Fu Xi hexagrams<br />
to fit the beautiful symmetrical<br />
disposition of triplets.<br />
However, we hold a differing point<br />
of view and consider the binary system<br />
of hexagrams and the quaternion<br />
system of nitrogenous bases simply<br />
as a notation of some physical parameter.<br />
In our case, we estimate that<br />
natural frequencies are directly proportional<br />
to the pressure of the Ether<br />
at a specified point of space.<br />
Thus, each position in the triplet<br />
has the rank (senior, middle and junior),<br />
and each category of nitrogenous<br />
bases has one of four values<br />
that form the following hierarchy<br />
in terms of the values of natural frequencies<br />
in the order of elevation:<br />
C, A, G, U, i.e. Cytosine (C) has the<br />
lowest natural frequency, but Uracil<br />
(U) is in possession of the highest<br />
one. Adenine (A) and Guanine (G)<br />
are located at intermediate positions.<br />
If we represent the value of each nitrogenous<br />
base in the binary form of<br />
hexagrams, we obtain the following<br />
scheme of correlations (the least significant<br />
bit of hexagrams is the upper-most<br />
line) (Figure 5).<br />
The formation process for the binary<br />
system of hexagrams from tetrad re-<br />
Figure 3.<br />
Figure 4.<br />
36 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Figure 5.<br />
cording system of triples is shown in<br />
Figure 5 herein.<br />
In accordance with the rules in traditional<br />
Chinese philosophy, the hexagram<br />
should be read from the bottom<br />
up, from the senior (low value of natural<br />
frequency) level to the junior one<br />
(high natural frequency).<br />
Thus, it becomes easy and simple to<br />
identify the correlation between the<br />
trigrams of Fu Xi and the triplets of<br />
DNA.<br />
On the physical level, the sequence<br />
of the Fu Xi Trigrams is simply a diagram<br />
of monotonic increase of the<br />
Ether pressure (and, accordingly, natural<br />
frequencies) in the space from the<br />
lowest value (hexagram Qian – Heaven<br />
– white, the lowest density of the<br />
medium) to the very high frequency<br />
(hexagram Kun – Earth – black,<br />
maximum density of the medium, the<br />
black hole) (Figure 6).<br />
Naturally, the properties of amino acids<br />
of triplets will depend on their positions<br />
on the pressure scale exhibited<br />
in Figure 6 herein.<br />
High Ether pressure contributes to<br />
the displacement of electrons from<br />
the given part of space into the environment,<br />
and it is a manifestation of<br />
the acidic properties of the material<br />
particles. Oxidation processes are activated<br />
with heat energy release. Oxidation<br />
is also stimulated by heating of<br />
the environment (compressed materials<br />
experience heating). It is a period<br />
of predominance of catabolic phase of<br />
cell metabolism.<br />
Figure 6.<br />
Figure 7.<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 37
Low Ether pressure provides conditions<br />
for inflow of electrons to the<br />
given part of space, activates recovery<br />
processes and heat energy absorption<br />
(also it is amplified by expanding bodies<br />
and cooling). It is the phase of anabolic<br />
processes.<br />
Please look at the disposition of acidic<br />
and basic amino acids in the following<br />
Figure 7.<br />
As you can see in Figure 7 herein,<br />
the theoretical assumption regarding<br />
the place of acid (marked in red) and<br />
alkaline (marked in blue) triplets is<br />
brilliantly confirmed. The first half of<br />
the table is characterized by low Ether<br />
pressure and an essential influx of electrons,<br />
which pre-determine the excess<br />
negative charge. In the second part of<br />
the table, expulsion of electrons due<br />
to an excessive Ether pressure, amino<br />
acids losing some electrons demonstrate<br />
their more acid character (they<br />
become positively charged).<br />
Meaning of the King Wen<br />
order of hexagrams from the<br />
Book of Changes (I Ching)<br />
The theme of hexagrams from the<br />
Book of Changes has been described<br />
by thousands of tons of literature, but<br />
up to now without any physical sense<br />
and appropriate benefit. We suppose<br />
our studies give a reason to believe<br />
that the order of King Wen describes<br />
the transients of oscillatory energy in<br />
a closed system between 64 types of<br />
oscillators. It means that each hexagram<br />
and triplet in the Fu Xi order<br />
is a representation of a physical oscillator<br />
with definite parameters [7-10].<br />
In our opinion, the King Wen order<br />
of hexagrams is some kind of a time<br />
scale, and its number indicates the<br />
most active oscillator of the whole<br />
system at a definite moment of some<br />
cyclic process, where each oscillator<br />
interacts with all the others consid-<br />
Figure 8.<br />
ering the absorption and emission of<br />
oscillatory energy.<br />
Therefore, in the order King Wen<br />
found should be a specific law of<br />
the triplets excitation in a such way<br />
so that the potential of the interaction<br />
to be maximized is maintained,<br />
i.e. an alternation of triplets with the<br />
high and low frequencies must be<br />
traced. This alternation, in fact, will<br />
stimulate the flow of energy from the<br />
high-frequency oscillators (where the<br />
pressure is higher) to the low frequency<br />
oscillators (where the pressure is<br />
lower).<br />
Let's try to consider the order of<br />
King Wen from the point of view of<br />
the pressure distribution (and accordingly<br />
from the point of view of<br />
vibrations accompanying the processes<br />
of Ether compression).<br />
This sequence of monotonically<br />
varying parameters of density of the<br />
Fu Xi order should be divided into<br />
two groups referring to the point in<br />
the middle (zero value for the whole<br />
system). In this case, a zero density of<br />
the system is located between triplets<br />
AAU and GCC (shown in Figure 8<br />
below with yellow lines).<br />
Let's assign to each hexagram a<br />
value of the pressure referred to the<br />
zero point in a such way so that all<br />
hexagrams are divided in a positive<br />
field with values from 1 to 32, and<br />
in a negative field values from -1 to<br />
-32, as it is shown in black numbers<br />
in Figure 8 below herein. Red figures<br />
are numbered by the rule of the King<br />
Wen order of hexagrams from the<br />
Book of Changes (Figure 8).<br />
As noted long ago by researchers<br />
of the I Ching, the hexagrams in the<br />
order of King Wen are paired on the<br />
basis of some principles [11, 12].<br />
Let's take into account systems of<br />
the odd (Yang) and even (Yin) numbers<br />
that is typical in the ancient Chi-<br />
38 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
№ Name of hexagram<br />
Number<br />
of odd<br />
(Yang)<br />
hexagram<br />
Pressure<br />
(Yang)<br />
Pressure<br />
(Yin)<br />
Number of<br />
even (Yin)<br />
hexagram<br />
Name of hexagram<br />
Level of<br />
mutual compensation<br />
1 The Creative, Heaven 1 32 -32 2 The Receptive, Earth 0<br />
2<br />
Difficulty At The<br />
Beginning<br />
3 3 -15 4 Youthful Folly -12<br />
3 Waiting 5 27 -9 6 Conflict 18<br />
4 The Army 7 -16 -30 8 Holding Together -46<br />
5<br />
The Tamin<br />
Power of the Small<br />
9 28 24 10 Treading (Conduct) 52<br />
6 Peace 11 25 -25 12 Standstill (Stagnation) 0<br />
7 Fellowship with Men 13 16 30 14<br />
Possession in Great Measure<br />
8 Modesty 15 -24 -28 16 Enthusiasm -52<br />
9 Following 17 7 -7 18<br />
Work On What Has Been<br />
Spoiled<br />
10 Approach 19 17 -29 20 Contemplation (View) -12<br />
11 Biting Through 21 6 10 22 Grace 16<br />
12 Splitting Apart 23 -31 1 24 Return (The Touring Point) -30<br />
13 Innocence<br />
(The Unexpected)<br />
14 Providing<br />
Nourishment<br />
25 8 26 26<br />
27 2 -2 28<br />
The Taming Power of the<br />
Great<br />
Preponderance of the<br />
Great<br />
15 The Abysmal (Water) 29 -14 14 30 The Clinging, Fire 0<br />
16 Influence (Wooing) 31 -18 -4 32 Duration -22<br />
17 Retreat 33 -17 29 34 The Power of the Great 12<br />
18 Progress 35 -27 9 36 Brilliance Injured -18<br />
19 The Family (The Clan) 37 12 22 38 Opposition 34<br />
20 Obstruction 39 -22 -12 40 Deliverance -34<br />
21 Decrease 41 18 4 42 Increase 22<br />
22 Break-Through<br />
(Resoluteness)<br />
23<br />
Gathering Together<br />
(Massing)<br />
43 31 -1 44 Coming To Meet 30<br />
45 -26 -8 46 Pushing Upward -34<br />
24 Oppression (Exhausion) 47 -10 -6 48 The well -16<br />
25 Revolution (Molting) 49 15 -3 50 The Cauldron 12<br />
26<br />
The Arousing<br />
(Shock, Thunder)<br />
27 Development<br />
(Gradual Progress)<br />
51 5 -23 52 Keeping Still, Mountain -18<br />
53 -21 21 54 The Marrying Maiden 0<br />
28 Abundance 55 13 -19 56 The Wanderer -6<br />
29<br />
The Gentle<br />
(The Penetrating)<br />
30 Dispersion<br />
(Dissolution)<br />
57 -5 23 58 The Joyous, Lake 18<br />
59 -13 19 60 Limitation 6<br />
31 Inner Truth 61 20 -20 62<br />
Preponderance of the<br />
Small<br />
32 After Completion 63 11 -11 64 Before Completion 0<br />
1 The Creative, Heaven 1 32 -32 2 The Receptive, Earth 0<br />
2<br />
Difficulty At The<br />
Beginning<br />
3 3 -15 4 Youthful Folly -12<br />
3 Waiting 5 27 -9 6 Conflict 18<br />
Figure 9.<br />
46<br />
0<br />
34<br />
0<br />
0<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 39
nese philosophy [13, 14]. In this case<br />
the sequence of paired hexagrams<br />
has formed a specific order.<br />
This order will become clear if we<br />
assign to each hexagram a value of<br />
pressure from Figure 8 as illustrated<br />
in Figure 9.<br />
In column "Levels of mutual compensation"<br />
in Figure 9, there are results<br />
as the summations of the pressure<br />
readings between the paired<br />
hexagrams in the King Wen order.<br />
As it can be seen, 8 pairs of hexagrams<br />
have got instant full mutual<br />
compensation (referred to the zero<br />
point between the yellow cells). It is a<br />
sign of complete independence of the<br />
given oscillators on other part of the<br />
closed system. These oscillators show<br />
the maximum stability, and it is supposed<br />
they work like a frame of the<br />
whole oscillatory process.<br />
The unity of eight pairs of the oscillators<br />
is perfectly clear if we mark<br />
them in the field of hexagrams:<br />
In Figure 10 herein between the<br />
hexagrams in yellow squares there is<br />
the zero point of the system’s density.<br />
It is obvious the system of 16 oscillators<br />
has a definite inner structure<br />
based on some common resonance<br />
parameters.<br />
It is interesting that the group of 16<br />
oscillators includes the most notable<br />
hexagrams which are known as a<br />
manifestation of pure elements:<br />
Wind (CCC – No. 1);<br />
Fire (AAA – No. 63);<br />
Metal (GGG – No. 64);<br />
Water (UUU – No. 2).<br />
Other oscillators of the system are<br />
fully compensated only at the level<br />
of the synchronous interaction of the<br />
4 oscillators only, and periods of the<br />
compensation are shown in the right<br />
part in Figure 9 by connective lines.<br />
The connection with the largest gap<br />
in time (shown as red connective line)<br />
Figure 10.<br />
is represented by hexagrams No.21<br />
(Biting Through), No. 22 (Grace),<br />
No. 47 (Exhaustion) and No. 48 (The<br />
Well), and all of them by themselves<br />
according to the interpretation of the<br />
Book of Changes carry mainly negative<br />
connotation. It is not a stable relationship<br />
of the mutual compensation,<br />
and the transfer of oscillatory energy<br />
between the given oscillators (triplets<br />
AAG, AGG, GAA and GGA) can be<br />
easily broken. This is not surprising,<br />
as these two pairs demonstrate their<br />
activity closely to the zero point of the<br />
whole system; changes of density are<br />
not considerable, but there all types of<br />
the ambient noise are concentrated.<br />
Thus, the King Wen order demonstrates<br />
the dynamic performance of<br />
the functionally closed system of the<br />
oscillators, where the processes of<br />
emission and absorption of energy<br />
between the oscillators are perfectly<br />
balanced within the excitation cycle.<br />
Notable properties of Yin and<br />
Yang in the King Wen order of<br />
hexagrams<br />
Let’s analyze a diagram of Ether pressure<br />
for Yin (even) and Yang (odd)<br />
hexagrams of the King Wen order<br />
(Figure 11).<br />
What wonderful things can we find<br />
in Figure 11?<br />
– Super resonance of the system at<br />
the end and at the beginning of the<br />
King Wen order. It is the maximum<br />
expression of the four main elements<br />
activity: Wood (triplet CCC), Fire<br />
(triplet AAA), Metal (triplet GGG),<br />
and Water (triplet UUU). This mutual<br />
compensation of the AAA and<br />
GGG triplets generates basic (alkaline)<br />
base of the system, but the CCC<br />
and UUU triplets produce acid part.<br />
It means that between No. 64 and<br />
No.1 in the Hexagrams there is the<br />
maximum of interaction between the<br />
acidic and the basic patterns of the<br />
40 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
system when the quantity and speed<br />
of energy movement is the highest<br />
for the whole cycle.<br />
– In the middle of the sequence<br />
of the oscillatory process there is<br />
a quiet window, where an abrupt<br />
change of pressure polarity is absent<br />
both for the Yang and Yin sequence<br />
of the oscillators. It turns out that<br />
this is the only time when the DNA<br />
is capable of successfully replicating<br />
without a risk of damage due<br />
to sharp changes of environmental<br />
parameters.<br />
The physical process of the<br />
King Wen order<br />
Let's summarize the Yin and Yang<br />
graphics sequences displayed in Figure<br />
11 herein and flatten them.<br />
The smoothed blue line is exactly<br />
similar to the theoretical form of a<br />
pulse wave which has been already<br />
applying in our pulse metabolic analysis<br />
(PMA) during the last two decades<br />
(Figures 12 and 13).<br />
Figure 11.<br />
Additional confirmation of<br />
daily circulation allegiance<br />
given in Figure 2 in the context<br />
of DNA triplets<br />
By a chance, we have got Guidelines<br />
[15] prepared by the St. Petersburg<br />
Institute of Bio-regulation and Gerontology.<br />
This training manual describes<br />
the amino acid composition<br />
of some products developed by the<br />
research staff of the Institute.<br />
We have compared compositions of<br />
the products in order to determine<br />
whether the amino acids show any<br />
relations with the organs and systems<br />
in accordance with our correlation<br />
model given in Figure 2 of the present<br />
article.<br />
It is noteworthy that each product<br />
contains glutamic acid (GAU, GAG)<br />
and aspartic acid (GAG, GAU).<br />
Figure 12.<br />
In Fig. 7 above, we have shown that<br />
these amino acids have acidic properties.<br />
Consequently, any other amino acid<br />
can form with the above mentioned<br />
amino acids rather stable conjugates.<br />
It technically allows using positively<br />
charged amino acids as a carrier for<br />
other amino acids.<br />
The result of comparison is represented<br />
in Table 1.<br />
Thus, we can argue that the Table<br />
depicted in Figure 2 herein is true<br />
and useful. It allows us working out<br />
some targeted methods of treatment<br />
for the respective organs and systems<br />
with amino acids, select the proper<br />
Figure 13.<br />
acupuncture meridians for governing<br />
at the appropriate time. We now can<br />
clearly understand that the human<br />
health is nothing more than the normal<br />
dynamic balance of oscillating<br />
processes in the body.<br />
Finally, let's consider the meanings<br />
of triplets in the context of function-<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 41
No.<br />
Name, aim of cure, amino<br />
acids composition<br />
1 Vezugen<br />
(increase of functional activity<br />
of blood vessels). Composition:<br />
lysine, glutamic acid, aspartic<br />
acid<br />
2 Ovagen (increase of the functional<br />
activity of Liver). Composition:<br />
Leucine, Glutamic Acid,<br />
Aspartic Аcid.<br />
3 Kartalaks<br />
(Increase of the functional<br />
activity of cartilage). Composition:<br />
Alanine, Glutamic Acid,<br />
Aspartic Acid<br />
4 Pinealon<br />
(Increase of functional activity<br />
of brain). Composition: arginine,<br />
glutamic acid, aspartic<br />
acid<br />
5 Kristagen (normalization of the<br />
immune system). Composition:<br />
Proline, Glutamic Acid, Aspartic<br />
Acid<br />
6 Honluten (normalization of<br />
bronchial mucosa). Composition:<br />
Glycine, Glutamic Acid,<br />
Aspartic Acid<br />
Interpretation of the properties of products in accordance with the DNA triplets and meridians<br />
correlation in Figure 2<br />
Lysine (AAA, AAA, AA, AAU): for the senior and middle nitrogenous bases in a triplet there<br />
are activities of meridians Large Intestine and Heart, which are associated with the Fire element;<br />
for the junior base it is activity of the Urinary bladder, Pancreas, Lungs and Triple Energizer<br />
meridians. In Fig. 2 lysine resonates with Gall bladder activity (from 23.00 to 01.00). In<br />
the Gall bladder, Lysine stimulates anabolic phase, thereby releasing the load from the Heart<br />
(the Gall bladder is a part of the same system of the meridians, which include the Heart, and<br />
it is found in the order of generation exactly after the Heart). Conclusion: lysine is able to<br />
normalize the function of the Heart. However, to prefer the selection of histidine would be<br />
more effective, since it is activated just in the anabolic phase of the Heart directly at 19.00-<br />
20.00: the high efficiency of histidine to restore Heart function and the cardiovascular system<br />
is discovered by the relevant studies [16].<br />
Leucine (CUC, CUA, CUNG, CUU): for the senior and middle nitrogenous bases in a triplet<br />
there are activity of the Pericardium and Stomach meridians; for the junior base it is activity<br />
of the Urinary bladder, Pancreas, Lungs and Triple Energizer meridians. In the daily cycle,<br />
leucine is active in the period 21.00-23.00 in the meridian of Triple Energizer. Triple Energizer<br />
is included into the same system of meridians as it is the case with the Liver, and it is placed<br />
exactly before the Liver in the cycle of the mutual birth (Triple Energizer birth Liver) in accordance<br />
with the canons of ancient Chinese medicine. In addition, Leucine for the middle and<br />
junior nitrogenous base is similar to isoleucine (its activity is just during the period of the Liver<br />
performance 01.00--3.00), and the first base in leucine - C(Cytosine) - by the order of the<br />
mutual birth gives the possibility to be converted into to the base A (Adenine) of isoleucine.<br />
Thus, leucine can improve the Liver function, but it is supposed isoleucine will work directly<br />
and more powerfully.<br />
Alanine (GCC, GCA, GCG, GCA) - for senior and middle nitrogenous bases in a triplet there are<br />
activity of the Gall bladder and Liver meridians; for the junior base it is activity of the Urinary<br />
bladder, Pancreas, Lungs and Triple Energizer meridians. In the daily circulation, Alanine resonates<br />
with the period of Stomach and Pancreas meridians activity. Vibrations of the Stomach<br />
and Pancreas (blue and green) meridians form a vibration of Metal element (turquoise colour).<br />
One of the Metal peculiarities in the ancient Chinese medicine is responsible for generation of<br />
body fluid like slime (mucins is a special subclass of glycoproteins). This slime forms a basis of<br />
cartilage tissue. The amino acid composition of mucins has predominance of five amino acids<br />
as follows: Alanine, Glycine, Proline, Serine and Threonine. Conclusion: the functional effect<br />
of the given product is confirmed as it is the declared, but, apparently, the use of the entire<br />
spectrum of the five above mentioned amino acids would make the product more effective.<br />
Arginine (CCG, CGA, CGG, CGG): for the senior and middle nitrogenous bases in a triplet,<br />
there are activity of the Pericardium and Small Intestine meridians; for the junior base it is<br />
activity of the Urinary bladder, Pancreas, Lungs and Triple Energizer meridians. In the daily<br />
circulation according to the diagram in Fig. 2 Arginine is involved into catabolic function of<br />
the Heart meridian. Also, the first and second nitrogenous base of the Arginine triplet (Pericardium<br />
- Fire Minister and Small Intestine - Yang Fire element) are associated with the blood<br />
circulation system. In accordance with the canons of the ancient Chinese medicine «The pericardium<br />
governs blood, and houses the mind" that is similar to the Fire Element. The second<br />
fact is that the Western medicine study reported an increase in blood nitric oxide as a result of<br />
taking the arginine. Conclusion: when taking this product, general circulation is improved with<br />
an emphasis on the brain: it causes the correct metabolism of brain tissues. Thus, the product<br />
meets the declared properties.<br />
Proline (CCC, CCA, CCU, CCU): for the senior and middle nitrogenous bases in a triplet there<br />
are activity of the Pericardium and Liver meridians; for the junior base it is activity of the Urinary<br />
bladder, Pancreas, Lungs and Triple Energizer meridians. Proline in our model shown<br />
in Fig. 2 operates between 18.00 and 19.00 in the Renal activity period. Kidneys in Chinese<br />
medicine are associated with the bone function, including the bone marrow. A bone marrow<br />
is a body of immunopoiesis, i.e. it is the system, which produces immune cells. Conclusion: the<br />
product meets the declared properties.<br />
Glycine (GGC, GGA, GGG, GGA): for the senior and middle nitrogenous bases in a triplet<br />
there are activity of the Gall bladder and Small Intestine meridians; for the junior base it is<br />
activity of the Urinary bladder, Pancreas, Lungs and Triple Energizer meridians. Glycine is an<br />
amino acid responsible for stimulation of mucins production in an organism together with<br />
four others: Alanine, Proline, Serine and Threonine. On the other hand, according to the<br />
diagram given in Fig. 2, Glycine is associated with activity of the Lungs within the period<br />
04.00-05.00, and this fact stipulates the objective function of exactly glycine. Accordingly,<br />
the effect of the product on the function of the mucus metabolism of the bronchi has a<br />
clear base.<br />
42 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
al activity of Stomach meridian. The<br />
Stomach is a Yang system, and it has<br />
blue frequency of the Water element.<br />
The Water element in ancient Chinese<br />
philosophy is a manifestation of<br />
destruction and death. Please see the<br />
interesting meaning of the triplets of<br />
Stomach in our Table shown in Figure<br />
2 herein in correspondence with<br />
trigrams of the Book of Changes (I<br />
Ching) as displayed in Figure 8<br />
Legend:<br />
GUU – The Army;<br />
GUC – Dispersion (Dissolution);<br />
GUA – The Abysmal (Repetition of<br />
danger);<br />
GUG – Youthful Folly;<br />
GUU – The Army;<br />
GCC – Coming To Meet;<br />
GUU – The Army;<br />
GCC – Coming To Meet;<br />
GCA – Preponderance Of The Great;<br />
GCG - The Cauldron.<br />
As you can see, 9 of 10 triplets carry<br />
the sense of death and destruction of<br />
some grade, but the last one GCG has<br />
the following meaning:<br />
The Cauldron, The Vessel, Rejuvenation,<br />
Cosmic Order, The Alchemical<br />
Vessel, "A complete transformation of<br />
a person or circumstance" (D.F. Hook).<br />
Is it not a result from a digestion<br />
process?<br />
Considering the background of I<br />
Ching interpretation, basing on Figure<br />
8 hereof for START triplet AUG<br />
(hexagram No. 27 - Providing Nourishment)<br />
and for STOP triplet UAA<br />
(hexagram No. 39 – Obstruction)<br />
and taking into account the above<br />
comments regarding peculiarities of<br />
products offered by the St. Petersburg<br />
Institute of Bio-regulation and Gerontology,<br />
we can be fully sure that all<br />
the evidence supports the validity of<br />
our model of correlation between the<br />
amino acids, the acupuncture meridians<br />
and DNA triplets.<br />
Statement on ethical issues<br />
Research involving people and/or animals<br />
is in full compliance with current<br />
national and international ethical<br />
standards.<br />
Conflict of interest<br />
None declared.<br />
Author contributions<br />
The author read the ICMJE criteria<br />
for authorship and approved the final<br />
manuscript.<br />
Senior Editorial Manager’s Note<br />
To represent Chinese, the author hereof<br />
has used one of the original generally accepted<br />
Romanization system versions.<br />
References<br />
1. Karasev VA, et al. A dodecahedron-based<br />
model of spatial representation<br />
of the canonical set of amino<br />
acids. Mathematical Biology and<br />
Medicine, Vol.8. International Conference:<br />
Advances in Вioinformatics<br />
and Its Applications; World Scientific<br />
Publ. Co., 2005. Pages 482-493.<br />
2. Petoukhov SV. Matrix genetics,<br />
algebra of genetic code, noise immunity.<br />
Regular and Chaotic Dynamics.<br />
2008. ISBN 978-5-93972-643-6. [in<br />
Russian]<br />
3. Petoukhov S. The Biperiodic Table<br />
and Attributive Conception of Genetic<br />
Code. A Problem of Unification<br />
Bases of Biological Languages. Proceedings<br />
of the International Conference<br />
on Mathematics and Engineering<br />
Techniques in Medicine and<br />
Biological Sciences. Las Vegas, NV;<br />
United States; 2003. Pages 495-501.<br />
4. He M, Petoukhov S. Mathematics of<br />
Bioinformatics: Theory, Practice, and<br />
Applications. 12 October 2010, 298p.<br />
5. Waterman MS. Mathematical Methods<br />
for DNA Sequences. Boca Raton,<br />
FL: CRC Press. 1999.<br />
6. Petoukhov SV. Matrix genetics and<br />
algebraic properties of the multi-level<br />
system of genetic alphabets. NeuroQuantology.<br />
December 2011;9(4):<br />
799-820.<br />
7. Cheng DCH. The notions of numbers<br />
in traditional Chinese metaphysics<br />
and it's impact. Taiwan Journal<br />
of East Asian Studies. December<br />
2005; 2(2):137-174.<br />
8. Lu DP. Influence of iching (yijing,<br />
or the book of changes) on chinese<br />
medicine, philosophy and science.<br />
Acupuncture and Electro-Therapeutics<br />
Research. 2013;38(1-2): 77-133.<br />
9. Geiger H. Sign, image and language<br />
in the book of changes (Yijing).<br />
Frontiers of Philosophy in China.<br />
2013;8(4):607-23.<br />
10. Lu DP. Qi (Chi) in Chinese medicine,<br />
its origin, types, distributions and<br />
manifestation. Acupuncture and Electro-Therapeutics<br />
Research.1998;23(3-4):<br />
266-8.<br />
11. Hacker EA. Order in the textual<br />
sequence of the hexagrams of the I<br />
CHING. Journal of Chinese Philosophy.<br />
March 1987;14(1):59-64.<br />
12. Blofeld J. I Ching [The Book of<br />
Change]. 1968. New York: E. P. Dutton<br />
13. Nishiyama Y. Odd and even number<br />
cultures. International Journal of Pure<br />
and Applied Mathematics. 2013;82(5):<br />
719-29.<br />
14. Xu L. Bayesian Ying-Yang system,<br />
best harmony learning, and five action<br />
circling. Frontiers of Electrical<br />
and Electronic Engineering in China.<br />
2010; 5(3):281-328.<br />
15. Morozov VG, Ryzhak GA, Malinin<br />
VV, et al. Cytogeny. Biologically active<br />
food supplements. Guidelines. St. Petersburg:<br />
Costa publishing, 2011.<br />
16. Day MS, Westfall MV, Fomicheva<br />
EV, et al. Histidine button engineered<br />
into cardiac troponin I protects the ischemic<br />
and failing heart. Nature Medicine.<br />
2006; 12:181-9. doi:10.1038/nm1346.<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 43
OPINION Submitted: 2 August <strong>2016</strong> Accepted: 16 September <strong>2016</strong> Published: 16 <strong>November</strong> <strong>2016</strong><br />
Revised version of "Cosmic mechanism of life" dated September 07, 2014<br />
DOI: 10.12710/cardiometry.<strong>2016</strong>.9.4457<br />
The Elements of life<br />
Sergey P. Fedotov 1*<br />
1<br />
Pulse Academy, Saint-Petersburg branch<br />
Russia, Saint-Petersburg, 198332, Leninsky prospect 76, building 1, room 874<br />
*<br />
Corresponding author:<br />
phone: +7 (911) 956-26-53, e-mail: pulseacademy@mail.ru<br />
Abstract<br />
Article "Elements of Life" offers a hypothesis about the relationship of the phenomenon<br />
of traditional Chinese medicine with the physical laws. It shows the<br />
principle of forming a sequence of daily activity of the acupuncture meridians as<br />
a consequence of the Doppler effect in the process of flowing around the planet<br />
Earth by cosmic wind (by Ether). In accordance with this specification the daily<br />
structure of meridians had been built. It is suggested that the essence of the<br />
Chinese Qi (Chi) are vibrations of a certain range in the medium. Consequently, it<br />
became possible to set the interrelation of frequencies of the visible spectrum with<br />
certain meridians. It is shown that the topological relationship of ancient (barrier)<br />
points of the Five Elements (Wu-Shu points) are associated with the wave lengths<br />
of the so-called Qi. It is shown also that the essence of the Wu-Xing law is based<br />
on daily circulation patterns of meridians. The examples of the surrounding world,<br />
including pulses processes in the human body, are confirming the above mentioned<br />
theses. A correlation diagram between the main elements by Dr. Samohotsky<br />
A.S. (dissertation "The experience of the definition of medical laws", 1946)<br />
and the Five Elements of traditional Chinese philosophy is established. The above<br />
represented hypotheses are yet introduced in practice in form of pulse spectral<br />
analysis system.<br />
Keywords<br />
Chinese medicine, Physics, Daily cycle of acupuncture meridians, Ether, Spectrum<br />
Imprint<br />
Sergey P. Fedotov. The elements of life. <strong>Cardiometry</strong>; Issue 9; <strong>November</strong> <strong>2016</strong>; p. 44-57;<br />
DOI: 10.12710/cardiometry.<strong>2016</strong>.9.4457; Available from: http://www.cardiometry.net/<br />
issues/no9-november-<strong>2016</strong>/the-elements-of-life<br />
Foreword<br />
Modern official medicine is in crisis:<br />
this fact is known for a long time to<br />
many professionals. A huge amount<br />
of knowledge about the processes in<br />
the living body is accumulated, but<br />
our centenarians live for as long as<br />
thousands of years ago. There are still<br />
incurable diseases that kill even representatives<br />
of medicine at the same<br />
way just like the ordinary folk.<br />
Researchers in medical science look<br />
like a flea on an elephant's body. Each<br />
flea examines some minor detail and<br />
pays almost no attention to what the<br />
others are doing around. It is doubtful<br />
that such quantitative approaches<br />
can be transformed into quality. Even<br />
trillions of fleas on the elephant will<br />
not be able to understand what they<br />
are dealing as a whole with.<br />
Required is a different approach, allowing<br />
to change the perspective of<br />
the study review arbitrarily, in accordance<br />
with the current needs either<br />
to observe the elephant as a whole<br />
system, or as a part, or microscopically<br />
in a local order, as it is occurring<br />
nowadays.<br />
This article is the result of rather<br />
long-term considerations and research<br />
in the area of pulse spectral<br />
analysis, searching for the supporting<br />
evidence of fresh models and ideas.<br />
Briefly, now facts clearly indicate the<br />
absolute dependence of life processes<br />
on the Earth on cosmic events, and<br />
it can be explained by the theories of<br />
old Physics of 19 th century.<br />
Primary Elements of physics:<br />
Space and its contents<br />
Catching up solving a mystery of<br />
the life it is impossible to ignore such<br />
science as physics (from the ancient<br />
Greek φύσις – nature). In fact, we have<br />
to study the properties of the Universe<br />
(Cosmos): it’s the largest (unlimited<br />
size) object we can image, which itself<br />
includes everything that exists. The<br />
recognition of the existence of such<br />
object, which includes most everything<br />
that can exist, is a contradictory<br />
statement. Indeed where is the Cosmos<br />
itself is located?<br />
In addition, the vastness of Cosmos<br />
is difficult to grasp. The whole experience<br />
of life suggests that everything<br />
has its limits, that any event here has<br />
always a beginning and an end. However,<br />
to achieve practical results that<br />
will help us to improve the life, we can<br />
44 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
accept the postulate of the infinitude<br />
of Cosmos, and put this principle to<br />
the base of our theory. After all, if we<br />
compare the size of our earthly world<br />
with the scale of the cosmos, from a<br />
practical point of view, the immensity<br />
of space should be allowed.<br />
And, certainly, our theories we have<br />
to check by practice.<br />
Further, in terms of research methodology,<br />
we rely on the principle of<br />
"Occam's Razor”: to explain the phenomena<br />
and events of Nature used<br />
must be a minimum of objects and<br />
rules. This methodological approach<br />
is fully in line with the natural principle<br />
of the least action. In nature always<br />
the process wins which in order<br />
to achieve the maximum results will<br />
consume the minimum of energy.<br />
In other words, it's principle of optimum<br />
– the principle of the necessity<br />
and sufficiency – water always flows<br />
to the direction where it is easier to<br />
flow; nobody will scratch his (her)<br />
right ear with the left hand with no<br />
reason, and so on.<br />
Any study and any science are based<br />
on a certain number of axioms and<br />
postulates, i.e. statements that do not<br />
require any proof. In our study, we<br />
use the postulate of genius Rene Descartes<br />
"In the Universe there is nothing<br />
but Ether and its vortexes."<br />
Descartes postulate fully complies<br />
with the principle of "Occam's Razor",<br />
because it contains only two components<br />
which are composition of all<br />
things.<br />
These two components are the scene –<br />
Cosmos, and the actor – Ether on the<br />
stage. With the help of this scene and<br />
actor Nature is playing the whole<br />
Cosmic grand show which is represented<br />
in the smallest details of vast<br />
multiplicity of processes and phenomena.<br />
The presence of only two<br />
above mentioned components of all<br />
things is completely analogous to the<br />
semantic concepts of Yin and Yang<br />
in the Oriental philosophy. In our<br />
case we can name Cosmos (Space) as<br />
Yang (the Form) which is filled with<br />
Yin – Ether (the Content).<br />
A blink of the cosmic eye<br />
And what does it see?<br />
I'll promise neither you or me.<br />
With gravity at our feet its destiny<br />
we meet<br />
Grounded to the Earth like we're<br />
blind from birth<br />
We were never meant to really see<br />
The full beauty of the Galaxies<br />
A spectrum of colors<br />
Rain a bow of feelings<br />
Black holes swallowing<br />
Dark twisted healings<br />
Sun's shining moon<br />
Guide our night to light<br />
Reminding us to fight each fight.<br />
Stephanie Nicole<br />
Properties of Space<br />
Space as a measure of length has<br />
two fundamental properties:<br />
The first property of Space: it has<br />
three-dimensional measurements -<br />
via the intersection of two mutually<br />
perpendicular lines, you can draw<br />
only one single line that is perpendicular<br />
to the both intersecting lines. It<br />
means that at any number of operating<br />
forces near the given point of the<br />
intersection of 3 lines can be reduced<br />
just to three mutually perpendicular<br />
INDEPENDENT forces.<br />
The three-dimensional measurement<br />
of Space is reflected in the<br />
physical phenomena, such as follows:<br />
– The ancient Indian philosophy of<br />
the theory of the three doshas (Pita,<br />
Kapha, Vata) postulates the necessity<br />
and sufficiency of only three active<br />
principles in the human body;<br />
– The result of the reaction of two<br />
chemicals will be different depending<br />
on the acidity status of the medium;<br />
– The electromagnetic energy vector<br />
of Umov-Poynting is orthogonal<br />
both to the electric potential and the<br />
magnetic vector and so on.<br />
With the help of three perpendicular<br />
lines intersecting at one point of Space<br />
it is possible to specify uniquely the coordinates<br />
of any point by values of the<br />
three distances from the point of the<br />
intersection of three lines (the center<br />
of the coordinates system) as orthogonal<br />
projections on the lines of the system<br />
of coordinates (Figures 1 & 2).<br />
The description of physical processes<br />
through Space of the other dimension<br />
has a specific character (zero,<br />
one and two-dimensional space). In<br />
case with more than three dimensions,<br />
the description serves for calculation<br />
of some artificial mathematical<br />
models (four, five or more spaces)<br />
and in our opinion it has no relations<br />
to real physical processes (in fact it<br />
is violation of the “Occam’s Razor”<br />
principles).<br />
The second property of Space is isotropy<br />
when the conditions for movement<br />
in any direction of Space are not<br />
dependent on Space itself.<br />
Properties of the Ether<br />
The Ether as a material substance<br />
consists of superfine homogeneous<br />
particles, which have an absolute elasticity<br />
in collisions with each other and<br />
move at the same constant speed.<br />
The Ether, as well as Space, has two<br />
main characteristics:<br />
The first peculiarity is that due to<br />
the properties of the Ether's particles<br />
to interact elastically. It provides<br />
the endless moving and everlasting<br />
changes in the Universe, which was<br />
fixed in the great book of Chinese<br />
philosophy – the Book of Changes<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 45
Figure 1. Coordinate System of the Space.<br />
The center of the System may be any point<br />
of the Space, but if the point is selected it<br />
should be taken for all further calculation to<br />
save the continuity of the data<br />
Figure 2. The set of points on the trajectory<br />
is the Minkowski’s Space. Possibly the Minkowski’s<br />
Space was introduced to hide the<br />
common sense<br />
(I Ching). That infinitude movement<br />
represents the Energy itself: the force<br />
of countless particles of the Ether<br />
has no restrictions in the Universe<br />
(against any force there is always a<br />
more powerful force available). However,<br />
each particle of the Ether has<br />
equal and permanent speed in comparing<br />
with other particles. The speed<br />
of the sole particle of the Ether is a<br />
single quant of Energy in our Universe.<br />
Exactly this peculiarity of the<br />
Ether gives the opportunity to physicists<br />
to create their quantum theories.<br />
During an equal period of time, all<br />
particles in the Ether complete the<br />
same path. It means that the time has<br />
similarity to Space: on the one hand<br />
time can be estimated by measuring<br />
the traveled distance, and on the other<br />
hand the distance may be predicted<br />
by measuring the time. It is obvious<br />
that this property of Ether in Space<br />
was used by famous mathematician<br />
Hermann Minkowski to create his<br />
theory of a pseudo-Euclidean space,<br />
where the time is the fourth dimension<br />
(The Minkowski space is the<br />
base of Einstein's relativity theory).<br />
However, in the opinion of the Author<br />
of this study, no real physical processes<br />
have relations to the Minkowski's<br />
space, and it is only a tool to record a<br />
trajectory of objects in three-dimensional<br />
space with time.<br />
The Time phenomenon is a consequence<br />
of properties of the uniform<br />
motion of the Ether's particles, and<br />
therefore it is dependent on the parameter<br />
of Space. That is actually<br />
Space contains Time, and therefore<br />
the Time itself cannot play a role of<br />
an axis of a coordinate in principle. It<br />
is only value of a distance matter. For<br />
a definite size, its own local time will<br />
flow. For example, there is no practical<br />
reason to measure processes of<br />
Galactic motion by scale of life term<br />
of Drosophila fly.<br />
The second property of the Ether<br />
is a non-uniform distribution of its<br />
particles in Space. There are constantly<br />
changing sizes of the regions<br />
with high and low density of Ether's<br />
particles. Irregular distribution of the<br />
Ether in Space generates Space anisotropy<br />
(Figure 3). The theory of relativity<br />
postulating the isotropy of medium<br />
(where the speed of light is declared<br />
as a constant) has rather weak relations<br />
with true reality.<br />
The more particles are placed per<br />
unit of volume, the higher is pressure<br />
of the Ether (the number of collisions<br />
between particles increases), and the<br />
higher energy level takes place (the<br />
amount of motion also rises). Considering<br />
a Black hole from this point<br />
of view, it is such a region in Space,<br />
where many motion vectors are spontaneously<br />
directed towards a single<br />
point. When the maximum concentration<br />
of particles is achieved, the<br />
Ether's particles under the influence<br />
of the predominance of the elastic<br />
forces start moving to the regions<br />
with a low density of the particles.<br />
Ether sparseness occurs in Space, the<br />
pressure is reduced.<br />
With the time, some local micro-spaces<br />
showing more or less equal<br />
distribution of density can spontaneously<br />
form rectangular lattices of<br />
flashing nodes (the nodes have permanent<br />
regular changes in density of<br />
the Ether). This type of construction<br />
of the crystal lattice is the most natural<br />
for the three-dimensional space<br />
(significant inequality in Space will<br />
lead to other types of crystal lattices<br />
reflecting the shape of irregularity).<br />
The distance between the nodes of the<br />
rectangular lattice will depend on the<br />
average density of the Ether in a given<br />
area of Space (Figure 4).<br />
The measure of the Ether density<br />
is determined by an averaged distance<br />
between the particles at a given<br />
volume of Space. For the neighborhood<br />
of the Earth's surface, where<br />
the observation by terrestrial physics<br />
is possible, the mean range of the<br />
Ether particles before its collision<br />
with another particle is within the<br />
Planck's wave length, and it is equal<br />
to 1,616199(97)·10 −35 meter.<br />
The ongoing process of formation and<br />
decay of Black holes produces between<br />
them and the "White" holes laminar<br />
flows of the Ether. When two laminar<br />
flows are encountered, wide varieties<br />
of sizes of Descartes vortices are created.<br />
The longest-living type of the Ether<br />
vortex has the form of toroid. As an example<br />
of the toroid formation is emission<br />
of smoke by a smoker (Fig. 5).<br />
46 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Figure 5. The toroid formation process<br />
Figure 3. Stars sky shows visually the inequality<br />
distribution of Energy – Matter in<br />
Space<br />
Everything is composed of toroids<br />
of different sizes: from elementary<br />
particles, electrons, atoms to planets,<br />
stars and galactic areas. As they say,<br />
all products are cut from the same<br />
cloth.<br />
Influence of Ether density<br />
irregularities on biochemical<br />
reactions<br />
While the concentration of the<br />
Ether particle increases in Space,<br />
the process of formation of a regular<br />
structure starts automatically.<br />
Upon reaching high density, the<br />
Ether always consists of a crystalline<br />
structure (section 3 in Fig. 6) which<br />
provides for the maximum accommodation<br />
number of the particles at<br />
a given volume.<br />
Hypothetically, Space has a certain<br />
average density of the Ether particles.<br />
This is so-called zero energy level in<br />
the Universe. The volume with an<br />
excess of the Ethereal particles generates<br />
an excess energy potential,<br />
which always seeks ways how to neutralize<br />
another area with a deficiency<br />
of the particles.<br />
If we focus our attention on the level<br />
of atoms of chemical elements, we<br />
should refer to their base element: a<br />
proton. It is suggested the proton is an<br />
accelerating vortex of a definite size.<br />
Figure 4. Lattice with nodes of high and low<br />
density. In a half of period of density oscillation,<br />
large balls are transforming to small<br />
ones, but the small ones become large<br />
Due to a centrifugal effect, the acceleration<br />
causes a lower inner compression<br />
of the Ether, and the vortexes<br />
exist as a point with a permanent tendency<br />
to absorb the Ether to compensate<br />
a deficiency of pressure. There are<br />
also vortexes with inhibition of their<br />
rotation. In this case, such vortexes<br />
are in the process of their decay due<br />
to the necessity to emanate the excessive<br />
portion of the Ether. It is suggested<br />
the decaying vortexes are electrons<br />
(possibly it is a decayed vortex of a<br />
proton). These above described processes<br />
form flows of the Ether from<br />
electrons towards protons: the suction<br />
force comes into existence. When<br />
an electron approaches a proton vortex,<br />
the centrifugal forces compensate<br />
the force of the suction, and the electron<br />
is stabilizing on a definite orbit<br />
around the proton (Figure 7).<br />
The suction forces of atoms of<br />
chemical elements are determined<br />
by the electronegativity factor. This<br />
factor indicates how many electrons<br />
must be attracted to an atom to reach<br />
the neutral condition, when comparing<br />
with the Ether's surroundings. A<br />
greater imbalance in the Ether density<br />
causes a more powerful reactivity<br />
of chemical elements and electromagnetic<br />
effects.<br />
An electrical potential is a difference<br />
in the Ether density between two separated<br />
volumes in Space. A magnetic<br />
flow is an Ether flow seeking for a<br />
compensation of the available Ether<br />
inhomogenity or irregularity.<br />
Upon the above detailed considerations,<br />
it is quite reasonable to<br />
discuss how all above described processes<br />
may produce some effects on<br />
living organisms.<br />
A deficiency or an excess of electrons<br />
in a volume of the body affects<br />
parameters of the redox potential and<br />
the acid-base balance (the significance<br />
of these parameters in metabolism is<br />
generally accepted and recognized).<br />
In the case of a deficiency of electrons<br />
in the given volume, Fluorine, Oxygen<br />
or Chlorine are capable to detach<br />
them from any substrate in the body.<br />
It is dramatically increasing the rate of<br />
free radical oxidation to such an intensity<br />
that instead of carbohydrates<br />
and fats the protein structures will<br />
"burn", causing irreversible damage to<br />
normal cells. That is why an excess of<br />
oxidative processes can be suppressed<br />
by the aeration by Chizhevsky's chandelier<br />
or by grounding the foot.<br />
If there is an excess of electrons in<br />
medium, electronegativity of halogens<br />
and oxygen will be compensated,<br />
and the body at the expense of<br />
previously stored energy will initiate<br />
the restoration of cellular structures.<br />
Due to a proper understanding of the<br />
crucial role of the electrons in the body,<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 47
Figure 6. Compaction of the Ether particles<br />
we can estimate the effect of metabolic<br />
changes for different densities of the<br />
Ether concentration in Space:<br />
The density of the Ether is increased.<br />
Protons receive an additional rotation<br />
impetus to accelerate the process of<br />
capturing of the Ether to compensate<br />
the increased pressure. At the same<br />
time, the Ether inflow expels electrons<br />
(the electrons themselves emit<br />
Ether), the quantitative equilibrium<br />
is shifted toward the predominance of<br />
protons, and, accordingly, the medium<br />
becomes acidified. The activity of<br />
the chemical elements - oxidizers (oxygen,<br />
fluorine, and chlorine) is sharply<br />
enhanced. It means the phase of the<br />
Ether excess pressure corresponds to<br />
the processes of catabolism, i.e. burning<br />
of nutrient substrate to produce<br />
energy that is required for the body<br />
and partially saved for future needs.<br />
Metabolism is closely associated<br />
with some weather condition: when<br />
there is a good shiny condition, the<br />
Ether pressure is high, and all living<br />
organisms feel an excess of vital energy<br />
and are engaged in their active life.<br />
The density of the Ether is dropped.<br />
At a reduced pressure, the proton vortices<br />
begin to slow down and give up<br />
electrons easily. The volume freed by<br />
the Ether, replaces by unbound electrons.<br />
The medium becomes alkaline.<br />
The unbound electrons compensate<br />
for the action of halogens and oxygen.<br />
Reduced rate of oxidative processes<br />
activates recovery processes, and the<br />
energy saved in the previous catabolic<br />
phase is taken to cover recovery<br />
needs.<br />
The low density of the Ether accompanies<br />
the bad rainy weather: the<br />
medium is filled with molecules and<br />
electrons (in the atmosphere the water<br />
molecules are predominant). All<br />
living organisms usually try to conduct<br />
their less active lifestyle.<br />
Thus, the regular, periodic change in<br />
the density of the Ether in space creates<br />
the conditions for the flow of metabolic<br />
processes in living organisms in<br />
the form of a permanent sequence of<br />
anabolic-catabolic phases (Figure 8).<br />
At biophysical level, the Ether's pressure<br />
fluctuations are reflected for living<br />
organism in the form of changes of<br />
geometric dimensions of the structures<br />
of the body. Volumes of fluids, blood,<br />
cells, compartments and other smaller<br />
hierarchical structures up to separate<br />
conglomerates of molecules change<br />
their sizes cyclically. These changes are<br />
accompanied by regular oscillations of<br />
medium acidity and redox potential<br />
(the absence of pH and redox potential<br />
oscillation means death). Due to the fact<br />
that 60-80% of the body consists of the<br />
water, there are cyclical transient processes<br />
of liquids in structures of organism<br />
between conditions of gel and sol.<br />
The sol phase corresponds to an alkaline<br />
shift of pH of liquid at a high pressure<br />
of the Ether against the background<br />
of the electrons deficiency, when geometric<br />
size of molecules in Space is<br />
decreased. Such condition inside cells<br />
accompanies active catabolic processes,<br />
when the cell preparing to contraction<br />
and produce DNA replication.<br />
The gel phase is accompanied by<br />
an elevation of acidity in liquids, and<br />
Figure 7. A probable model of Hydrogen.<br />
Black lines indicate flows of the Ether, and<br />
inside the flow there is an electron<br />
there is a deficiency in the Ether pressure<br />
and an excess of electrons; geometric<br />
size of molecules is increased.<br />
The transition to this phase is determined<br />
by an active physical contraction<br />
and utilization of substrates<br />
stored in the previous Sol phase.<br />
During the gel phase, the cell intensively<br />
absorbs oxygen and completes<br />
its anabolic work.<br />
A living organism differs from a<br />
non-living object by existence of free<br />
volition. The volition gives an opportunity<br />
for living organism to initiate<br />
catabolic processes in any period of<br />
time independently of the Ether pressure<br />
(certainly, catabolic work will be<br />
less effective in the anabolic period<br />
with low density of the Ether pressure).<br />
The free will enables a living organism<br />
to move, search for food or to escape<br />
from a danger in time, when it is required<br />
for vital needs and survival. The<br />
accumulation of such energy is provided<br />
through the use of microscopic cycles<br />
of cellular metabolism, stimulated<br />
by the vibrations of the Ether pressure.<br />
This process is similar to using an appliance<br />
for charging. For example, the<br />
efficiency of energy converting of the<br />
Ether vibrations in muscle cells of<br />
a flea is so high that when the com-<br />
48 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Figure 8. Rotation of metabolic phases is<br />
provided synchronically with changes in the<br />
Ether’s pressure in the environment<br />
pressed protein rezilin is released, the<br />
accumulated tension develops a jumping<br />
acceleration up to 100G (even astronauts<br />
are experiencing acceleration<br />
just of 3-4 G).<br />
The life is impossible without vibrations<br />
of the Ether pressure. Even<br />
minor changes in the spectrum of the<br />
vibration during traveling far from<br />
the surface of the Earth (on a cosmic<br />
orbit or in a mine) may develop serious<br />
health problems. It means our<br />
genetic vibration profile is adapted to<br />
exist exactly on the Earth surface.<br />
A living organism is similar to the<br />
Cosmos (Figure 9).<br />
As illustrated in Figure 9, it is evident<br />
that the principle established in<br />
Tabula Smaragdina Hermetis: “Quod<br />
est inferius est sicut id quod est superius”<br />
has been realized.<br />
Figure 9. The similarity of the Space and human structures is amazing: on the left side there<br />
is result of Universe modeling made by Max Planck Institute for Astrophysics and on the<br />
right side there is a photo of a human bone<br />
Origin of the Primary Elements<br />
in Traditional Chinese<br />
Medicine (TCM). Daily cycle<br />
of the Elements sequence<br />
The most important biorhythm,<br />
which generates almost all metabolic<br />
cycles in every living creature on the<br />
Earth, is the circadian (daily) rhythm.<br />
This is the natural rhythm of the cosmic<br />
process of an interaction between<br />
two streams of the Ether in Space,<br />
which has spawned the swirling motion<br />
of the Earth planet with a rotation<br />
period of one revolution of 23 hours,<br />
56 minutes and 4 seconds.<br />
Let us investigate the mechanism of<br />
the formation of the circadian biorhythms.<br />
Figure 10 below herein shows two<br />
essential vectors that form the vortex<br />
of the Earth and keep it in a state of<br />
equilibrium on the orbit. Points of action<br />
of the essential vectors coincide<br />
with the Earth's sectors when there is<br />
a period of activity of the Fire Minister<br />
meridians in TCM. The Fire-Minister<br />
Element has its own specific place in<br />
the theory of the Five Elements.<br />
There is a stream of the Ether around<br />
the Earth in synchronous rotation associated<br />
with the physical surface of the<br />
planet. This association is of the same<br />
type as it is the case with a boundary<br />
layer of water moving together with<br />
a ship's hull. An interaction between<br />
the Ether vector from the Cosmos and<br />
the Ether stream associated with the<br />
Earth's surface generates areas with different<br />
vibrations based on the Doppler<br />
Effect. When the two flows encounter<br />
(the blue and turquoise areas), they<br />
form a higher frequency area as compared<br />
with the recession frequency part<br />
(the yellow and red areas in Figure 11).<br />
Precisely the same mechanism generates<br />
Doppler Ether clouds around<br />
the Earth under action of the Ether<br />
flow from the Sun (Figure 12).<br />
The combined effect of the two almost<br />
opposite flows of the Ether in<br />
Space forms the Earth's rotating vortex<br />
and the impellent orbital vector<br />
which is produced by a geometric sum<br />
of two main vectors. Under the influence<br />
of the orbital vector of the Ether<br />
the summarized Doppler clouds are<br />
produced (Figure 13).<br />
In Figure 13 herein we can observe<br />
some changes in the wavelength of<br />
vibrations from the longest length<br />
(Red) to the shortest one (Purple).<br />
Now let's study some designs of traditional<br />
Chinese philosophy, namely<br />
the one of the main conception: the<br />
theory of the Five Elements. In particular,<br />
we are interested in the scheme of<br />
corresponding of symbols in trigrams<br />
with the Primary Elements. Below the<br />
diagram of such correspondences is<br />
represented (Figure 14).<br />
Where we have the following legend:<br />
– E – Earth,<br />
– Wt – Water,<br />
– Wd – Wood,<br />
– FM – Fire-Minister,<br />
– F – Fire,<br />
– M – Metal.<br />
Further in the text, we'll use the following<br />
names and abbreviations for<br />
the Primary elements and meridians<br />
in a daily circulation:<br />
Wood Element:<br />
– Yin Wood – Liver – LR;<br />
– Yang Wood – Gall Bladder – GB;<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 49
Figure 10. Two Ether vectors form rotation of the Earth and produce an impellent orbital<br />
vector<br />
Figure 11. Disposition of vibration at the associated stream of the Ether under action of the<br />
vector from the Cosmos<br />
Fire Element:<br />
– Yin Fire – Heart – HT;<br />
– Yang Fire – Small intestine – SI;<br />
Earth Element:<br />
– Yin Earth – Spleen – SP;<br />
– Yang Earth – Stomach – ST;<br />
Metal Element:<br />
– Yin Metal – Lungs – LU;<br />
– Yang Metal – Large Intestine – LI;<br />
Water Element;<br />
– Yin Water – Kidneys – KI;<br />
– Yang Waters – Urinary Bladder – BL;<br />
Fire-Minister Element:<br />
– Yin Fire – Minister – Pericardium – PC;<br />
– Yang Fire – Minister – Triple Energizer<br />
(Blood) – TE.<br />
Let’s return to our trigrams. We suspect<br />
(as Leibniz did) that trigrams are<br />
simply binary numbers. Then we'll<br />
apply to each trigram the number,<br />
which is obtained with help of the<br />
trigram reading rule in Chinese philosophy<br />
from the bottom up. When<br />
trigrams are placed in the order of<br />
increasing of numerical values, the<br />
traditional sequence of Primary Elements<br />
will appear from the right to<br />
left by rule of mutual birth: Wood<br />
gives rise to Fire, Fire gives rise to the<br />
Earth, the Earth gives rise to Metal,<br />
Metal gives rise to Water. And probably<br />
Fire-Minister is an initiator of the<br />
complete cyclicity and can be treated<br />
as a connecting link between the end<br />
of one cycle and the beginning of the<br />
next one. If we make an assumption<br />
that a numeric value of trigrams may<br />
be associated with a visible color, the<br />
following figure may be produced<br />
(Figure 15).<br />
The association of the numerical<br />
values of trigrams and the Elements<br />
with the solar spectrum wavelengths<br />
allows us to obtain information<br />
about the true color of Chinese Elements<br />
and understand this part of<br />
information from Chinese philosophy<br />
like vibrations with certain frequencies.<br />
And certainly we consider<br />
these vibrations as the Ether density<br />
oscillations. The Ether itself plays a<br />
role of pneuma, which generates "ten<br />
thousands of entities" in the Chinese<br />
philosophical paradigm.<br />
The represented idea is rather fresh<br />
in interpretation of the phenomena<br />
of Chinese philosophy. Now it is possible<br />
to find the information regarding<br />
the origin of the colors of the Five<br />
Elements. It is suspected, that the<br />
widely known correlation is wrong,<br />
and it's happened either due to a deliberate<br />
distortion, or we are witnessing<br />
a degradation of the ancient hightech<br />
expertise.<br />
We assume that the flow of energy<br />
transiting via the order of the mutual<br />
birth of Elements in the direction<br />
from Wood to the Fire Minister Element,<br />
i.e. from longer wavelengths to<br />
the short ones in the physical world,<br />
corresponds to the process of the<br />
50 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
Figure 14. Scheme of correlation between<br />
the Primary Five Elements and trigrams<br />
Figure 12. Doppler Effect under the Ether vector from the Sun<br />
Figure 15. Correspondence of the Five Elements<br />
with the solar spectrum<br />
Figure 13. Summarized Ether aura under action of summarized Ether impellent vector<br />
Ether pressure increasing in our local<br />
Space. This position is fully consistent<br />
with the physical theories of vortex<br />
gravitation, where gravity is a derivative<br />
of the Ether drift to the centers of<br />
planets and stars. In accordance with<br />
this theory, we live in an ever-shrinking<br />
world. The results of Space shrinking<br />
are the physical effects of the "red<br />
shift" and "recession of galaxies" – all<br />
exactly as if we were on the spot of decreasing<br />
Alice in Wonderland by Lewis<br />
Carroll and observed an increase<br />
of all things around from the point of<br />
view of geometric sizes.<br />
Further, we made substituting the<br />
names of the corresponding Elements<br />
by the names of Yin meridians<br />
in acupuncture theory of traditional<br />
Chinese medicine. The choice of the<br />
Yin meridians was made for the reason<br />
that they are referred to as structural<br />
ones because they form the basis<br />
of life of the organism (Figure 16).<br />
Knowing that there are two Ether<br />
acting vectors available and identifying<br />
their activity periods in the daily<br />
circulation, taking into account the<br />
order of colors for the Doppler's effect<br />
of vectors, we have generated the<br />
full scheme of meridians and Five<br />
Elements circulation (Figure 17).<br />
It was found that the colors of the<br />
Five Elements were the result of a superposition<br />
of the color components<br />
of the acupuncture meridians by the<br />
rule of colors synthesis in the visible<br />
spectrum (Figure 18).<br />
Green + Red = Yellow<br />
Turquoise + Yellow = Green<br />
Blue + Green = Turquoise<br />
Purple + Turquoise = Blue<br />
Red + Blue = Purple<br />
Yellow + Purple = Red<br />
And here is the color model of daily<br />
circulation that represented in the<br />
form of wheels (Figure 19).<br />
As you can see, each meridian corresponds<br />
to a certain frequency of vibra-<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 51
Figure 16. Color of structural (Yin) meridians<br />
Figure 17. The color scheme of daily activity of 12 main acupuncture meridians<br />
Figure 18. The Scheme of the color synthesis<br />
tions and, accordingly, these frequencies<br />
are initiated by the process of the<br />
daily rotation of the Earth. It is the only<br />
reason of the circadian rhythms of metabolic<br />
processes in living organisms.<br />
There are colors and meridians associations<br />
as indicated below:<br />
– The Red color corresponds to the<br />
performance of the Liver (LR) and<br />
Urinary Bladder (BL),<br />
– Yellow – Heart (HT) and Large Intestine<br />
(LI),<br />
– Green – Pancreas (SP) and Gall<br />
Bladder (GB),<br />
– Blue – Lungs (LU) and Small Intestine<br />
(SI),<br />
– Blue – Kidney (KI) and Stomach (ST),<br />
– Purple – Pericardium (PC) and<br />
Blood (Triple Heater – TE).<br />
In contrast to the conventional<br />
scheme of the meridians activity from<br />
the traditional Chinese medicine, in<br />
our scheme Meridian Yin Fire-Minister<br />
(Pericardium) is actually active<br />
within the period from 11 a.m. to 01<br />
p.m. due to following reasons:<br />
Firstly, it has its special place between<br />
the Elements in Chinese philosophy;<br />
Second, from the physical point of<br />
view, the time and place the corre-<br />
Figure 19.<br />
sponding astronomical noon is an<br />
application of the force of the Ether<br />
flow from the center of the solar system<br />
according to the model of the<br />
Doppler’s effect forming vibration<br />
activity acupuncture meridians;<br />
Third, thanks to the hierarchy of<br />
the proper meridian frequencies, the<br />
wavelength of the Pericardium meridian<br />
should be shorter than that of<br />
the Heart. This is confirmed by the<br />
topology of the location of the meridians<br />
on the body – the true pericardium<br />
meridian ends at the end of the<br />
little finger of the hand, which naturally<br />
shorter than the end of the middle<br />
finger – the end of the true meridian<br />
Heart that says just that messed<br />
up only the name of the meridians in<br />
the order of the daily circulation, but<br />
the true position of the meridians in a<br />
daily circulation of activity remained.<br />
All 12 types of vibration are acting<br />
simultaneously in the body, but each<br />
one prevails within the proper period<br />
of the daily circulation. In spite of<br />
a living situation of an organism, the<br />
circadian rhythm provides for the<br />
regular changes via the Ether pressure<br />
which creates rhythms of anabolic<br />
and catabolic processes for each<br />
cell. If the rhythms for some reason<br />
are out of synchronization, the energy<br />
base of the anabolic-catabolic phases<br />
52 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
circulation disappear. Cell falls out of<br />
general metabolic stream and dies.<br />
Aging is a growing number of dying<br />
cells due to a mismatch with rhythms<br />
of the Ether medium. Only these<br />
rhythms are free and infinite suppliers<br />
of energy to create a vibration of<br />
vitality.<br />
Association of vibrations of meridians<br />
with the energy of 6 Qi<br />
Let's move on to the study of correlation<br />
of acupoints to the Primary Elements<br />
(in different sources, they are<br />
called as transporting (Wu-Shu, Ancient,<br />
Barrier) points.<br />
We find that on the Yin meridians<br />
Wind Qi points (Wood element) are<br />
at the greatest distance from the center<br />
of the body (it is suggested as a center<br />
of vibrations). Qi points of other Elements<br />
are located closer to the center<br />
of the vibration in the order of decreasing<br />
of their wave length by the order of<br />
the mutual birth in the Wu-Xing cycle<br />
(Heat, Damp, Wind, Dryness, Cold).<br />
Points at Yang meridians are also situated<br />
in the order of generation in the<br />
direction toward the center of vibration,<br />
but they start with the Dryness Qi<br />
point (Metal Element), and it indicates<br />
the shift between metabolic cycles of<br />
the Yin and Yang meridians.<br />
It is clear that the wavelength of points<br />
at an equal distance from the center of<br />
vibrations cannot differ significantly.<br />
Therefore, for further analysis, it is decided<br />
to assign to the points of the Yang<br />
meridians the similar colors, if they are<br />
placed at the similar distance from the<br />
center of vibrations (Figure 20).<br />
In the light of the above mentioned<br />
suggestions let’s try to establish the<br />
correlation between 60 Wu-Shu points<br />
and the frequencies of the meridians<br />
and the Elements (see Fig. 19 herein).<br />
For this purpose, we will use the<br />
Wu-Xing law of mutual interrela-<br />
Figure 20. Comparing vibrations between points of Yin and Yang meridians.<br />
Please note the points of the Heart and Pericardium meridians are shown here in the traditional<br />
order, but in accordance with our conclusions the names of the above mentioned meridians<br />
should be changed. The arguments in favor of renaming are presented above in this article<br />
Figure 21. Wu-Xing scheme (Five types of interrelations between vibrations of Elements)<br />
tions between the meridians inside<br />
of the Odd or Even system. If we<br />
stand on the point of some meridian<br />
(“I’m”) and activate it, the next meridians<br />
will be tonyfied (Son), the<br />
second will be suppressed (Friend),<br />
with the third there will be a mutual<br />
balance (wife – the acupuncture rule<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 53
Meridians, Periods<br />
of activity<br />
Gall Bladder GB,<br />
23 – 01<br />
Liver LR, 01 – 03<br />
Lungs LU, 03 – 05<br />
Large Intestine LI,<br />
05 – 07<br />
Stomach ST, 07<br />
– 09<br />
Spleen SP, 09 – 11<br />
Pericardium (It's<br />
point of Heart<br />
meridian in present<br />
interpretation) PC,<br />
11 – 13<br />
Small Intestine SI,<br />
13 – 15<br />
Urinary Bladder BL,<br />
15 – 17<br />
Kidneys KI, 17 – 19<br />
Heart (It's point<br />
of Pericardium in<br />
traditional<br />
interpretation) HT,<br />
19 – 21<br />
Triple Energizer TE,<br />
21 – 23<br />
Figure 22.<br />
Jing –<br />
Well<br />
GB-44<br />
BL<br />
7.1 mm<br />
LR-1<br />
LR<br />
7.1 mm<br />
LU-11<br />
PC<br />
4.9 mm<br />
LI-1<br />
LI<br />
5.6 mm<br />
ST-45<br />
PC (↓)<br />
4.9 mm<br />
SP-1<br />
LR<br />
7.1 mm<br />
HT-9<br />
ST<br />
5.6 mm<br />
SI-1<br />
TE<br />
4.9 mm<br />
BL-67<br />
PC (↑)<br />
4.9 mm<br />
KI-1<br />
TE (↓)<br />
4.9 mm<br />
PC-9<br />
BL (↑)<br />
7.1 mm<br />
TE-1<br />
KI<br />
5.6 mm<br />
Ying –<br />
Spring<br />
GB-43<br />
HT (↑)<br />
5.6 mm<br />
LR-2<br />
LI (↓)<br />
5.6 mm<br />
LU-10<br />
HT<br />
5.6 mm<br />
LI-2<br />
SP (↓)<br />
4.9 mm<br />
ST-44<br />
BL<br />
7.1 mm<br />
SP-2<br />
LI (↑)<br />
5.6 mm<br />
HT-8<br />
PC<br />
4.9 mm<br />
SI-2<br />
LI<br />
5.6 mm<br />
BL-66<br />
BL<br />
7.1 mm<br />
KI-2<br />
LR<br />
7.1 mm<br />
PC-8<br />
HT<br />
5.6 mm<br />
TE-2<br />
TE<br />
4.9 mm<br />
“Noon-Midnight”), the forth meridian<br />
will suppress “I’m” (Grandfather,<br />
Enemy), and the fifth meridian will<br />
activate “I’m” (Mother) (Figure 21).<br />
In Traditional Chinese medicine<br />
there is information what Wu-Shu<br />
acupuncture points are used to manage<br />
each of 12 main acupuncture meridians<br />
in accordance with above represented<br />
Wu-Xing law. Below in Fig.<br />
22 we have marked each point with<br />
the proper color in correlation with<br />
Jing –<br />
Well<br />
GB-41<br />
GB<br />
4.9 mm<br />
LR-3<br />
SP<br />
4.9 mm<br />
LU-9<br />
GB (↑)<br />
4.9 mm<br />
LI-3<br />
SI<br />
7.1 mm<br />
ST-43<br />
GB<br />
4.9 mm<br />
SP-3<br />
SP<br />
4.9 mm<br />
HT-7<br />
BL (↓)<br />
7.1 mm<br />
SI-3<br />
SP (↑)<br />
4.9 mm<br />
BL-65<br />
HT (↓)<br />
5.6 mm<br />
KI-3<br />
SP<br />
4.9 mm<br />
PC-7<br />
GB (↓)<br />
4.9 mm<br />
TE-3<br />
LR (↑)<br />
7.1 mm<br />
Points<br />
Yuan<br />
GB-40<br />
LI-4<br />
ST-42<br />
SI-4<br />
BL-64<br />
TE-4<br />
Jing –<br />
Well<br />
GB-38<br />
LU (↓)<br />
7.1 mm<br />
LR-4<br />
KI<br />
5.6 mm<br />
LU-8<br />
LU<br />
7.1 mm<br />
LI-5<br />
TE<br />
4.9 mm<br />
ST-41<br />
LU (↑)<br />
7.1 mm<br />
SP-5<br />
SI (↓)<br />
7.1 mm<br />
HT-4<br />
HT<br />
5.6 mm<br />
SI-5<br />
SI<br />
7.1 mm<br />
BL-60<br />
GB<br />
4.9 mm<br />
KI-7<br />
SI (↑)<br />
7.1 mm<br />
PC-5<br />
LU<br />
7.1 mm<br />
TE-6<br />
LI<br />
5.6 mm<br />
He – Sea<br />
GB-34<br />
ST<br />
5.6 mm<br />
LR-8<br />
TE (↑)<br />
4.9 mm<br />
LU-5<br />
ST (↓)<br />
5.6 mm<br />
LI-11<br />
LR (↑)<br />
7.1 mm<br />
SP-9<br />
KI<br />
5.6 mm<br />
SP-9<br />
KI<br />
5.6 mm<br />
HT-3<br />
LU<br />
7.1 mm<br />
SI-8<br />
KI (↓)<br />
5.6 mm<br />
BL-40<br />
ST<br />
5.6 mm<br />
KI-10<br />
KI<br />
5.6 mm<br />
PC-3<br />
PC<br />
4.9 mm<br />
TE-10<br />
SI (↓)<br />
7.1 mm<br />
the associated Element and taking<br />
into account the Wu-Xing law of Elements<br />
interaction. In accordance with<br />
Wu-Xing law, tonification point is before<br />
the point of the proper meridian<br />
(red and yellow arrows up) and sedation<br />
point is placed behind the given<br />
point (arrows down in Figure 22).<br />
Ether's wave in Space, and on the other<br />
hand, a lower Ether pressure makes<br />
wavelength longer and decreases the<br />
velocity of the wave movement.<br />
Analysis of Qi dynamics<br />
Let’s analyze exemplary changes of<br />
a wavelength of the Yellow vibration<br />
during a day. The length of waves of<br />
the Yellow vibrations in periods of<br />
activity on the proper meridians will<br />
be counted according to the table in<br />
Figure 22 herein from the right side<br />
to the left one in the increasing order.<br />
The right-most cell means volume 1<br />
(One is the shortest wavelength), the<br />
left-most cell indicates a volume equal<br />
to 5 (Five is the longest wavelength).<br />
Volumes for Odd and Even meridians<br />
are paired in accordance with dividing<br />
the daily cycle into 6 Elements as it is<br />
shown in Figure 19 herein.<br />
As you can see in Figure 23, the Even<br />
system of meridians (Triple energizer,<br />
Liver, Large Intestine, Spleen, Small<br />
Intestine, Kidneys) looks like a pulse<br />
form in sphygmogram (Figure 24).<br />
The sum of the wavelengths of the<br />
Odd and Even systems of meridians<br />
(the green line in Figure 23) shows the<br />
dynamic character of the wavelengths<br />
of the Yellow vibrations during a day.<br />
There wavelengths are relatively longer<br />
at the time of the Fire and Earth<br />
Elements activity (in accordance with<br />
the pattern in Figure 19 herein). This<br />
period lasts approximately from 23.00<br />
till 07.00 (the red “b” segment in Figure<br />
24), and it is the main daily anabolic<br />
phase for the organism when the<br />
efficiency of the anabolic process is at<br />
the highest level.<br />
The catabolic phase is stipulated<br />
by the vibrations of shorter wavelengths<br />
(there is a higher pressure<br />
of the Ether), and this period takes<br />
approximately time from 07.00 till<br />
23.00 (the blue “a” segment in Figure<br />
34 herein).<br />
It is interesting that the ratio between<br />
the catabolic and anabolic phases of<br />
the daily pulsation is similar to the<br />
Golden Ratio.<br />
54 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
By the way, the Golden ratio in pulse<br />
was discovered by Dr. V. Tsvetkov in<br />
1984 (V.D. Tsvetkov, “Heart, Golden<br />
Ratio and Symmetry”, published by<br />
Department of Scientific and Technical<br />
Information of RAS, Pushchino<br />
Research Center, 1997).<br />
Where in Figure 25 tp(V)/ts(V) and<br />
ts(V)/t(V) are equal to 0.618.<br />
Further evidence of the Doppler<br />
principle in the Primary<br />
Elements formation.<br />
The fidelity of the Doppler model<br />
of the Primary Elements and the meridians<br />
can be confirmed further by<br />
three physical facts as follows:<br />
The first fact is that the frequency of the<br />
first Schumann resonance of the Earth<br />
is 7.83 Hertz, which resonates with the<br />
frequency of the middle of the visible<br />
solar spectrum, with the green area. In<br />
our model, the green color is associated<br />
with the Yin Earth element (Spleen) and<br />
the Yang Wind element (Gall Bladder):<br />
7.83 Hz = C / (λ * 2 46 )<br />
Where:<br />
C = 299 792 458 m/s is the speed of<br />
light,<br />
λ = 0,000000544 m is the wave<br />
length of the middle of green color in<br />
the visible solar spectrum, and 2 46 is a<br />
factor of octave fractal.<br />
As it is known in traditional Chinese<br />
philosophy, the Earth Element<br />
plays a special role. Around this Element<br />
revolve the remaining four Elements<br />
in the Wu-Xing scheme.<br />
The second fact: In the lectures on<br />
the physics by famous American scientist<br />
Richard Feynman, in Chapter<br />
9, "Electricity in the Atmosphere,"<br />
paragraph 1 " The electric potential<br />
gradient of the atmosphere", there is<br />
a daily graph as follows in Figure 26.<br />
Quote of the Feynman lecture:<br />
«The current (in the atmosphere –<br />
noted by the Author hereof) varies by<br />
Figure 23.<br />
Figure 24.<br />
about ± 15 percent, and it is largest at<br />
7:00 p.m. in London. The strange part<br />
of the thing is that no matter where you<br />
measure the current – in the Atlantic<br />
Ocean, the Pacific Ocean, or the Arctic<br />
Ocean – it is at its peak value when the<br />
clocks in London say 7:00 p.m.! All over<br />
the world the current is at its maximum<br />
at 7:00 p.m. London time and it is at a<br />
minimum at 4:00 a.m. London time. In<br />
other words, it depends upon the absolute<br />
time on the Earth, not upon the<br />
local time at the place of observation».<br />
Now we can explain this fact, which<br />
seemed surprising to R. Feynman.<br />
The Doppler model of Elements has<br />
a summarized vector of the Ether<br />
flow at 06 p.m. This vector moves<br />
the Earth on its orbit. Naturally the<br />
maximum of the Ether pressure will<br />
be built up at the point of the application<br />
of the vector. Increased pressure<br />
of the Ether displaces electrons<br />
Figure 25.<br />
from the medium and increases the<br />
medium resistance, increases the<br />
electrical potential between two vertical<br />
points in the atmosphere. A period<br />
of the wave of the Ether flow is<br />
one day with the wave maximum at<br />
19 Greenwich Mean Time. The shift<br />
between 06 p.m. in our model and 07<br />
p.m. in the real physical process indicates<br />
the fact that the real meridian<br />
of the Ether wave application on the<br />
planet is placed towards West from<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 55
Figure 27. Spectrum of Hydrogen atom<br />
Figure 26. Daily graph of electric potential in<br />
the atmosphere of the Earth at London’s time<br />
Figure 28. Spectrum of Potassium atom<br />
London. And we have some amazing<br />
fact regarding this real zero meridian:<br />
If we study an old map by Mercator<br />
prepared in 1595, the zero meridian<br />
passes through the western part of<br />
Iceland (currently it has a longitude<br />
of 17 ° 59 '12 "W). The one hour of<br />
the Earth rotation relatively to the stellar<br />
coordinates consists of 15 degrees,<br />
which actually corresponds to the arrival<br />
of the Ether wave at 18 p.m. of<br />
local astronomical time at Iceland and<br />
that fits reasonably well our models!<br />
It is worth noting that his maps<br />
were designed by Mercator on the basis<br />
of some ancient sources, probably<br />
inherited from the last civilization<br />
catastrophe in the 14th century AD.<br />
It is known that the 14th century by<br />
the famous Austrian cultural historian<br />
Egon Friedell in his book "Kulturgeschichte<br />
der Neuzeit" was given the<br />
name "The Last Great Shock", after<br />
which the recent history of the survived<br />
mankind originates, beginning with<br />
the Renaissance. Apparently, Leonardo<br />
Da Vinci, the engineering genius of the<br />
Renaissance period, based his expertise<br />
on a solid foundation of technical<br />
knowledge of the former civilization.<br />
Even such a minor fact as establishing<br />
of the zero meridian demonstrates that<br />
previous civilization was more powerful<br />
and advanced than ours. Old science<br />
was fully aware of the Ether and<br />
relied on the natural process, considering<br />
it in their cartography, astronomy<br />
and obviously medicine (TCM).<br />
Figure 29. Spectrum of Sodium atom<br />
Figure 30. Spectrum of Magnesium atom<br />
Figure 31. Spectrum of Calcium atom<br />
The third fact: It is in the same quote<br />
coming from Feynman lectures: it is<br />
said that the lowest electric potential<br />
is recorded at 4 a.m. London time. If<br />
we change this time to the astronomical<br />
time of the correct zero meridian<br />
at Iceland, the true time is 5 a.m.. The<br />
5 a.m. in our Doppler model corresponds<br />
to the middle of the Earth Element:<br />
it is the period when there is<br />
the low pressure of the Ether, when<br />
the maximum reduction processes in<br />
the body (excess of electrons) and the<br />
maximum of Yin in Traditional Chinese<br />
Medicine is available.<br />
Macroelements by<br />
Dr. Samokhotsky<br />
Russian doctor Alexander Samokhotsky<br />
(1890-1986), a surgeon, discovered<br />
in his long experimental<br />
work that almost any disease can be<br />
effectively treated by only four macroelements:<br />
Potassium, Calcium, Magnesium,<br />
and Sodium. Regardless of<br />
the type of the disease, his mixtures,<br />
to be applied on the basis of blood<br />
analysis, gave rapid healing effect in<br />
most cases.<br />
It was suggested that each of the<br />
Primary Elements in Chinese philosophy<br />
might be associated with the<br />
above macroelements.<br />
The two Primary Elements, namely<br />
Fire-Minister and Earth, were excluded<br />
from our consideration since<br />
in the Doppler model they correspond<br />
to the polar level of H + and<br />
electron concentration (Fire-Minister<br />
is an excess of H + , but the Earth is<br />
an excess of electrons).<br />
To find a correlation of Ca ++ , Mg ++ ,<br />
K + and Na + with other Primary Elements,<br />
we studied spectra of absorption-emission<br />
energy in the Ballmer's<br />
series of the visible solar spectrum:<br />
56 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
As a conclusion we have identified<br />
the correlation as follows:<br />
– Fire-Minister – excess of H + ;<br />
– Earth – electrons excess (or OH -<br />
radical);<br />
– Wood – Calcium;<br />
– Fire – Potassium;<br />
– Metal – Magnesium;<br />
– Water – Sodium.<br />
Below there is the line of reasoning<br />
(Figures 27 – 31):<br />
Hydrogen – Figure 27, Potassium –<br />
Figure 28, Sodium – Figure 29, Magnesium<br />
– Figure 30, Calcium – Figure 31.<br />
If we submit a smoothed graph of<br />
spectral energy power of macroelements,<br />
their lines will be represented<br />
in Figure 32.<br />
– The Hydrogen graph shows a decline<br />
in the power of vibrations in<br />
the green area and increases towards<br />
the edges, where the purple area is<br />
situated (the area of increased acidity).<br />
The Hydrogen is associated with<br />
the Triple energizer (Blood) and the<br />
Pericardium meridians.<br />
– The Potassium graph has the<br />
power of the vibrations decreased in<br />
the area with the short wavelength,<br />
in the field of the blue color. The<br />
mid-power spectrum is marked with<br />
the yellow color, which was previously<br />
identified in correlation with the<br />
Fire Element. The minimum of the<br />
power of vibrations (the blue color)<br />
corresponds to the Element of Water.<br />
It is obvious spectral confrontation<br />
between the Fire and Water Elements<br />
in the daily circulation, and this<br />
graph confirms the physical base. Potassium<br />
is associated with the Heart<br />
and Large Intestine meridians.<br />
– The Sodium graph as opposed to<br />
the Potassium graph has the greatest<br />
value in the short-wave part of<br />
the spectrum, and the average maximum<br />
of the power in spectrum is<br />
found in the blue color area, but the<br />
Figure 32. Smoothed energy spectra of 4 macroelements<br />
minimum corresponds to the yellow<br />
area. Previously, the blue color<br />
was determined in correlation with<br />
Water Element, and its minimum in<br />
the yellow spectrum corresponds to<br />
confront with Fire. Sodium is associated<br />
with the Kidneys and Stomach<br />
meridians.<br />
– The Magnesium graph has a narrow<br />
maximal spike in the transition<br />
from the green to blue color, while<br />
other parts of the spectrum show<br />
meager values. In the opinion of the<br />
Author hereof, taking into account<br />
the established correlation of the four<br />
previous macroelements (Hydrogen,<br />
Potassium, Sodium and Hydroxyl ion<br />
OH - ) with the Primary Elements, the<br />
line of Magnesium most likely corresponds<br />
to the Metal Element. Magnesium<br />
is associated with the Lungs and<br />
Small Intestine meridians.<br />
– The Calcium graph demonstrates<br />
its smoothed character throughout<br />
the spectrum with a moderate level<br />
of energy. It produces the only possible<br />
correlation with the Wood Element.<br />
In favour of this relationship at<br />
least two arguments can be presented:<br />
a) the Mutual metabolic suppression<br />
between Magnesium and Calcium<br />
is well known in medicine and<br />
on the graphs we can see some kind<br />
of opposition when Magnesium has<br />
concentrated energy in the narrow<br />
band of spectrum, and Calcium has<br />
the scattered energy over the entire<br />
spectrum; b) In traditional Chinese<br />
medicine the Wood Element (Wind<br />
Qi) is responsible for the movement,<br />
while Calcium in vivo is directly involved<br />
in the contractile processes<br />
(Magnesium, on the contrary, promotes<br />
relaxation). Calcium is associated<br />
with the Liver and Urinary<br />
Bladder meridians.<br />
Statement on ethical issues<br />
Research involving people and/or animals<br />
is in full compliance with current national<br />
and international ethical standards.<br />
Conflict of interest<br />
None declared.<br />
Author contributions<br />
The author read the ICMJE criteria<br />
for authorship and approved the final<br />
manuscript.<br />
Senior Editorial Manager’s<br />
Note<br />
To represent Chinese, the author<br />
hereof has used one of the original generally<br />
accepted Romanization system<br />
versions.<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 57
REPORT Submitted: 11 June <strong>2016</strong> Accepted: 22 August <strong>2016</strong> Published: 16 <strong>November</strong> <strong>2016</strong><br />
DOI: 10.12710/cardiometry.<strong>2016</strong>.9.5869<br />
Energetically optimal nonstationary mode of flow<br />
along tube with constant and time-varying radius<br />
Sergey G. Chefranov 1*<br />
1<br />
Obukhov Institute of Atmospheric Physics of RAS<br />
Russia, 119017, Moscow, Pijevskii str. 3<br />
*<br />
Corresponding author:<br />
phone: +7 (916) 947-63-58, e-mail: schefranov@mail.ru<br />
Abstract<br />
Derived is a new modification of hydrodynamic equations of viscous incompressible<br />
fluid flowing along the tube with radius changing in time. Obtained are exact<br />
non-stationary solutions of these equations generalizing a well-known classic stationary<br />
solution for Hagen–Poiseuille flow in the tube with radius constant in time.<br />
It is demonstrated that the law of changing the tube radius in time may be determined<br />
basing on the condition of minimality of the work expended for flowing<br />
the set fluid volume along such a tube during the period of radius change cycle.<br />
Obtained is the solution of the corresponding variational (isoperimetric) problem<br />
on conditional extremum determining the limits to dimensionless quantity of the<br />
cycle duration set by the specified dimensionless value of the flowed fluid volume.<br />
Identified is the generalization of well-known model of optimal branching pipeline<br />
(F.L. Chernous’ko, 1977) in which the Poiseuille law modification is used for a new<br />
exact non-stationary solution of hydrodynamic equation instead of the law itself.<br />
It is demonstrated that the energetically favorable non-stationary modes with<br />
negative hydraulic resistance are permissible in certain conditions. The obtained<br />
conclusions may be used for development of the hydrodynamic basis of modelling<br />
the energy-optimal blood flow realized in the cardiovascular system in norm.<br />
Keywords<br />
Viscous fluid hydrodynamics, Hydraulic resistance, Conditional extremum<br />
Imprint<br />
Sergey G. Chefranov. Energetically optimal nonstationary mode of flow along tube<br />
with constant and time-varying radius. <strong>Cardiometry</strong>; Issue 9; <strong>November</strong> <strong>2016</strong>;<br />
p. 58-69; DOI: 10.12710/cardiometry.<strong>2016</strong>.9.5869; Available from:<br />
http://www.cardiometry.net/issues/no9-november-<strong>2016</strong>/energetically-optimal-<br />
nonstationary-mode<br />
Introduction<br />
Since the times of Leonardo da Vinci<br />
there has been an issue of extremely<br />
high energetic efficiency of blood<br />
circulation in the cardiovascular system<br />
(CVS) observed under its normal<br />
performance. Actually, admissibility<br />
of such an efficiency cannot be established<br />
when modelling the blood<br />
flow process along the vessels using<br />
the traditional Poiseuille law [1].<br />
This law relates the velocity of fluid<br />
volume transfer along the tube with<br />
its radius (and difference of pressures<br />
on tube’s ends) and results from an<br />
exact stationary solution of the Navier–Stokes<br />
equations for Hagen–Poiseuille<br />
flow along the tube unlimited<br />
in length and circular cross-section<br />
permanent in time and along the<br />
tube’s axis. Actually, according to the<br />
Poiseuille law the hydraulic resistance<br />
increases inversely proportional to<br />
the fourth degree of the tube radius<br />
value. It leads to the values, which are<br />
incompatible for small arterioles and<br />
capillaries with the observed normal<br />
CVS performance in relatively low<br />
expenditure of energy [2-4].<br />
Modelling of pulsating nonstationary<br />
mode of viscous incompressible fluid<br />
flow taking into account the probability<br />
of the tube radius change in time is<br />
proposed in the present paper. At the<br />
same time, derived are the new equations<br />
of viscous incompressible fluid<br />
whose nonstationary solutions generalize<br />
the classical solution for Hagen–<br />
Poiseuille flow.<br />
Actually, usually when deriving<br />
the equations of hydrodynamics the<br />
parameters characterizing the fluid<br />
boundaries and its volume are supposed<br />
to be temporary independent<br />
[1]. At the same time, for example,<br />
when modeling blood flow along<br />
the vessels with elastic walls, we have<br />
to face a need for creating such a<br />
modification of the hydrodynamic<br />
equations to make it possible to take<br />
into account the change in time of<br />
radius of the tube, along which the<br />
fluid flows under the action of the<br />
relevant pressure gradient along the<br />
tube’s axis. The paper proposes the<br />
simplest modification, which, for<br />
the present, takes into account only a<br />
synchronous change in time of radius<br />
of the tube along its entire length.<br />
Besides, obtained is a generalization<br />
58 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
of the well-known model of optimal<br />
branching tube [5] for the case of a<br />
new non-stationary solution of hydrodynamic<br />
equations. The result<br />
shows that the hydraulic resistance<br />
may even take negative values in<br />
a certain range of variations of the<br />
problem parameters characterizing<br />
the degree of deflection of flow from<br />
a stationary mode for the tubes with<br />
both constant and variable in time<br />
radii.<br />
1. Modification of hydrodynamic<br />
equation<br />
Let us consider the relevant modification<br />
of the Navier–Stokes equations<br />
and the continuity equations in order<br />
to model a nonstationary flow mode<br />
in the time-varying radius tube.<br />
Assume that in the unlimited in<br />
length tube, on a segment of fixed<br />
arbitrary length L, occurs the varying<br />
of the radius R(t) in time, and such<br />
a varying is the same along all this<br />
segment of tube. The fluid can flow<br />
in and flow out of the one segment<br />
of tube. Let the corresponding velocity<br />
of the resulting volume source of<br />
fluid be equal to value Q 0<br />
(t), where<br />
Q 0<br />
> 0 when flowing into the considered<br />
tube segment. In case of flowing<br />
out the fluid has a negative volume<br />
velocity value Q 0<br />
< 0, it occurs when<br />
the fluid is flowing out of this part of<br />
the tube. Thus, the time-varying volume<br />
of the considered tube segment<br />
is equal to<br />
2<br />
Vt () = π R()<br />
tL<br />
In Supplement (see (S.1) – (S.4))<br />
derived is the continuity equation<br />
which differs from the case of fluid<br />
flow in a fixed volume and is the following:<br />
dR<br />
2<br />
Q0<br />
divu + dt<br />
2<br />
R = (1)<br />
π R()<br />
tL<br />
where ū is a vector of velocity of viscous<br />
incompressible fluid flow in the<br />
tube. For derivation (1) used are the<br />
mass conservation law in the form of<br />
(S.1) [1] and the well-known formula<br />
of differentiation of integral with<br />
variable limits of integration.<br />
d<br />
dt<br />
bt ()<br />
∫<br />
at ()<br />
dt F( t ,) t =<br />
1 1<br />
bt ()<br />
∂F<br />
db()<br />
t<br />
dt1<br />
F( b( t), t)<br />
(2)<br />
∫<br />
∂t<br />
dt<br />
at ()<br />
= + −<br />
da()<br />
t<br />
−Fat ( ( ), t)<br />
dt<br />
The left part of equation (1) does<br />
not include the value of the tube segment’s<br />
length L, which may be arbitrary<br />
in this case. It occurs because<br />
the varying of the tube radius in time<br />
is homogeneous along the whole<br />
considered tube’s segment. If this radius<br />
value is defined by, for example,<br />
a pulse wave which propagates along<br />
the tube with velocity c 0<br />
, then<br />
R = R( z − tc )<br />
and instead of (1) we obtain the following<br />
continuity equation:<br />
2 2<br />
2 c ⎡<br />
0<br />
R ( L−ct 0<br />
) −R ( −ct<br />
0<br />
) ⎤<br />
divu −<br />
⎣<br />
⎦<br />
=<br />
=<br />
π<br />
In the left part of equation (3) already<br />
observed is an explicit dependence<br />
on length L whose value has to<br />
correspond to a typical longitudinal<br />
(along the tube axis) scale.<br />
For simplicity’s sake, let us consider<br />
a case corresponding to the mass<br />
conservation law in the form of equation<br />
(1). At the same time, only in the<br />
equation for radial component of<br />
impulse as well as in (1) appears an<br />
0<br />
L<br />
2<br />
∫ dzR z − c0t<br />
0<br />
Q () t<br />
( )<br />
0<br />
L<br />
2<br />
∫ dzR z − c0t<br />
0<br />
( )<br />
(3)<br />
additive term related to the presence<br />
of dependence of tube radius on time<br />
R = R(t). The corresponding Navier-Stokes<br />
equations for radial, tangential<br />
and longitudinal component<br />
of velocity field in axially symmetric<br />
case have the following form (in cylindrical<br />
coordinate system z, r, φ):<br />
dR 2<br />
2( )<br />
∂ur<br />
+ dt +<br />
∂t<br />
R<br />
∂ur<br />
∂ur<br />
+ ur<br />
+ uz<br />
=<br />
∂r<br />
∂z<br />
1 ∂p<br />
ur<br />
=− + ν ( ∆ur<br />
− )<br />
2<br />
ρ ∂r<br />
r<br />
0<br />
∂uφ ∂uφ ∂uφ<br />
+ ur<br />
+ uz<br />
=<br />
∂t ∂r ∂z<br />
uφ<br />
= ν ( ∆uφ<br />
− )<br />
2<br />
r<br />
∂uz ∂uz ∂uz<br />
+ ur<br />
+ uz<br />
=<br />
∂t ∂r ∂z<br />
1 ∂p<br />
=− + ν∆uz<br />
ρ ∂z<br />
where Laplace operator<br />
0<br />
2<br />
1<br />
∆= ∂ r<br />
∂ +<br />
∂<br />
r ∂r ∂r ∂z<br />
(4)<br />
(5)<br />
(6)<br />
ν is a kinematic viscosity coefficient,<br />
ρ 0<br />
is a constant density of fluid, and<br />
due to assumption of axial symmetry<br />
lacking are the derivatives with<br />
respect to angular variable φ which<br />
the considered components of velocity<br />
field u r<br />
, u φ<br />
, u z<br />
and pressure p do<br />
not depend on. Let us consider the<br />
system of equations (4)-(6) together<br />
with the continuity equation in the<br />
form (1) when in (1)<br />
∂u<br />
1 ∂ru<br />
divu<br />
z<br />
= +<br />
∂z r ∂r<br />
(for case (3) the form of equations<br />
(4)-(6) is different-looking). In addition<br />
to equations (4)-(6) let us use the<br />
following boundary conditions on a<br />
moveable solid tube wall:<br />
2<br />
r<br />
,<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 59
u = u = 0, r=<br />
Rt ( )<br />
z<br />
φ<br />
dR<br />
ur<br />
= , r=<br />
Rt ()<br />
dt<br />
(7)<br />
(8)<br />
According to boundary condition<br />
(8) allowable is the following representation<br />
for radial component of velocity<br />
field u r<br />
:<br />
u<br />
r<br />
dR<br />
= r dt<br />
R<br />
(9)<br />
In case of independence of the velocity<br />
field longitudinal component<br />
on a longitudinal coordinate (i.e.<br />
∂uz<br />
∂ z = 0 ), representation (9) may<br />
be fulfilled only in condition of existence<br />
of the following relation between<br />
value Q 0<br />
(t) and velocity of the<br />
tube radius varying:<br />
dR dV () t<br />
= 4 = 2 (10)<br />
Q0<br />
π RL dt dt<br />
2. Nonstationary generalization<br />
of the Hagen–Poiseuille flow<br />
1. Let us consider a nonstationary<br />
mode of flow in tube with<br />
time-varying radius. This mode is<br />
a generalization of the well-known<br />
classical stationary exact solution<br />
of hydrodynamic equations corresponding<br />
to the Hagen-Poiseuille<br />
flow (along the tube with constant<br />
radius and corresponding zero intensity<br />
of sources and drains of fluid<br />
[1] when<br />
dR<br />
0, Q0<br />
0<br />
dt = =<br />
should be put into (1) and (4)-(10)).<br />
For nonstationary generalization of<br />
Hagen-Poiseuille (HP) flow taking<br />
into account the probability of varying<br />
the tube radius in time, from (1),(4)-<br />
(10) results the following (where<br />
∂p<br />
∆pt<br />
()<br />
= −<br />
∂z<br />
L<br />
is designated, as a function of only<br />
time, pressure drop on distance L,<br />
when in (6) we have Δp(t)).<br />
dR()<br />
t<br />
ur<br />
= r dt ; uφ<br />
= 0;<br />
Rt ()<br />
u<br />
z<br />
2<br />
r<br />
= umax (1 − )<br />
2<br />
R () t<br />
(11)<br />
Nonzero radial component of velocity<br />
field in solution (11) appears due to<br />
necessity of conservation of viscous<br />
incompressible fluid mass when flowing<br />
along the tube with time-varying<br />
radius and required is equation (1) execution<br />
under conditions (9) and (10)<br />
(see explanations in Supplement). In<br />
(11), for longitudinal velocity component<br />
u z<br />
, conserved is the radial structure<br />
typical for HP flow in the tube<br />
with constant in time radius. Besides,<br />
however, an execution of additional<br />
relation is required in (11)<br />
u<br />
max<br />
2<br />
∆ptR<br />
() () t<br />
=− =<br />
4ρ<br />
Lν<br />
2<br />
∆pt (<br />
0) R( t0)<br />
=− = const.<br />
4ρ<br />
Lν<br />
0<br />
(12)<br />
Actually, representation (11) satisfies<br />
equation (6) as the left side of equation<br />
(6) becomes to zero under set in<br />
(11) form of u r<br />
for case of arbitrary<br />
dependence of u z<br />
on dimensionless<br />
group R ⁄ R(t).<br />
Pressure field for solution (11) is the<br />
following:<br />
∆ptz<br />
()<br />
p = p0<br />
− −<br />
L<br />
2<br />
2 d R dR 2 (13)<br />
r 2( r )<br />
2<br />
− ρ0( dt + dt )<br />
2R<br />
R<br />
For new nonstationary solution<br />
(11)-(13) there exist only one maximum<br />
in radial distribution of longitudinal<br />
velocity u z<br />
component as in<br />
case of stationary mode of HP flow.<br />
Let us call such a flow with one max-<br />
0<br />
imum for velocity u z<br />
component on<br />
the tube axis a V-shaped. As opposed<br />
to it, the next paragraph considers<br />
a new nonstationary fluidity mode<br />
with M-shaped radial distribution<br />
of longitudinal velocity component<br />
u z<br />
, which generally has an arbitrary<br />
number of local maxima along the<br />
radial coordinate that varies from<br />
axis to the tube wall.<br />
2. Let us calculate for solution (11)<br />
volume<br />
2<br />
t2<br />
t0<br />
Rt ()<br />
V ( t ) 2π<br />
dt drru<br />
= ∫ ∫<br />
of fluid which flows across the considered<br />
nonstationary cross section<br />
of the tube during time interval from<br />
the beginning of the tube radius R(t 0<br />
)<br />
extension at time moment t 0<br />
to time<br />
moment t 1<br />
when the tube radius is<br />
the biggest. Besides, assume that<br />
t 1<br />
>>t 0<br />
. When t > t 1<br />
the mode of tube<br />
radius reduction starts and continues<br />
up to the time moment t 2<br />
> t 1<br />
when<br />
the tube radius is R(t 0<br />
) again. The<br />
indicated value of volume, pumped<br />
during T = t 2<br />
– t 0<br />
interval, may be<br />
used for evaluation of stroke volume<br />
in heart during rapid and slow blood<br />
ejection from left ventricle into aorta.<br />
At the same time, we obtain the following<br />
representation from (11) for<br />
nondimensional quantity of volume<br />
pumped during time T:<br />
y<br />
2<br />
(<br />
2)/ 0 ∫ τ ;<br />
1<br />
( τ ) t t<br />
; ,<br />
2<br />
τ y ;<br />
g= Vt V=<br />
ds<br />
R<br />
s = = =<br />
Rt ( ) t t<br />
0 0 0<br />
1<br />
2<br />
V0 = πumaxtR 0<br />
( t0)<br />
2<br />
Let us calculate a total work expended<br />
during the same period of<br />
time due to transmission of fluid volume<br />
(14). For nonstationary mode of<br />
flow (11)-(13) the total work is the<br />
following:<br />
0<br />
z<br />
(14)<br />
60 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
t2<br />
Rt () ⎡ptru (, )<br />
z<br />
(, tr)<br />
+ ⎤<br />
A = 2π<br />
dt drr ⎢<br />
1<br />
⎥<br />
∫ ∫<br />
=<br />
⎢<br />
2 2<br />
t0<br />
0<br />
+ ρ0uz( uz + ur)<br />
⎥<br />
⎣ 2<br />
⎦<br />
= aE ;<br />
a =<br />
y<br />
∫<br />
⎡ 2 2 4 ⎤<br />
⎢<br />
− + s (1+ −<br />
2 2<br />
M M ⎥<br />
0<br />
dτ<br />
⎢<br />
⎥<br />
2<br />
⎢ 2γ<br />
d s 27 ds ⎥<br />
⎢− ( s + ( ) ))<br />
2<br />
⎥<br />
⎣ 3 d τ 5 d τ ⎦<br />
(15)<br />
1 2<br />
In (15) the following designations<br />
are used:<br />
1 2 3<br />
E0 = πR ( t0) t0ρ0u<br />
max;<br />
8<br />
umax 2 ∆pt<br />
(<br />
0)<br />
M = , c = ;<br />
c ρ<br />
where arbitrary, still dimensionless,<br />
function s(τ) is defined by a set mode<br />
of varying the tube radius in time as<br />
well as in (14).<br />
At the same time, in expressions (14)<br />
and (15) a form of dependence on<br />
time for function s(τ) corresponds to<br />
limitations related to only requirement<br />
of sufficient smoothness of this function<br />
which is defined by condition of<br />
continuity of varying in time the radial<br />
component of velocity field in (11).<br />
Arbitrariness, which still exist when<br />
selecting the form of function s(τ),<br />
may be limited by selecting such<br />
modes of extension and reduction of<br />
the tube radius under which minimal<br />
is the value of work (15) expended<br />
for the given fluid volume (14) transmission<br />
during time T.<br />
Let us consider the solution of the following<br />
variational problem in conditional<br />
extremum (type of isoperimetric<br />
problem) when it is necessary to define<br />
the form of functions s, for which the<br />
work functional reaches its extremum<br />
(minimum) in fixed fluid volume g =<br />
g 0<br />
= const in (14) pumped within the<br />
period of extension and further reduction<br />
to the initial tube radius s(y) = 1.<br />
0<br />
2<br />
R ( t0) umax 2 p0<br />
2 2 ; M0 , c0<br />
tu<br />
0 max<br />
c0 ρ0<br />
γ = = =<br />
0<br />
,<br />
Using the Lagrange method of multipliers<br />
we solve the problem of finding<br />
the extremum of functional:<br />
F = a+ λ g−g<br />
( )<br />
L 0<br />
. (16)<br />
In the class of smooth functions s<br />
satisfying the following conditions<br />
s(1) = sy ( ) = 1; g− g = 0<br />
(17)<br />
Setting the first variation of functional<br />
(16) equal to zero we obtain the following<br />
nonlinear equation for defining<br />
such functions s, which the extremum<br />
of work is achieved for in (15):<br />
2<br />
d s ds 2<br />
s + ( ) =<br />
d<br />
2<br />
τ d τ<br />
(18)<br />
5 4<br />
=− ( λL<br />
+ 1 + ) ≡b<br />
2<br />
8γ<br />
M<br />
Let us consider two different exact<br />
solutions of equation (18) in the following<br />
two items.<br />
3. One of the two exact nonlinear<br />
equation (18) solutions is the following:<br />
s( τ) = s ( τ)<br />
=<br />
= + +<br />
where value b, defined in (18), and<br />
C 1<br />
, C 2<br />
are arbitrary constants. To solve<br />
(19) we obtain from conditions (17)<br />
the following expressions for these<br />
constants:<br />
Besides, for case b0,<br />
value τ in (19) for any 1 ≤ τ ≤ y belonging<br />
to segment y – 1 < g 0<br />
When<br />
b>0 in (19) condition s 2 (τ)>0, for all τ<br />
from interval 1 ≤ τ ≤ y is executed only<br />
when g 0<br />
< y–1 0, on the contrary, the<br />
tube radius firstly reduces from s = 1<br />
to minimal value<br />
y + 1<br />
s( τ = ) = smin<br />
=<br />
2<br />
⎡ 3( y−1 −g0)<br />
⎤<br />
= ⎢1<br />
−<br />
2( y −1)<br />
⎥<br />
⎣<br />
⎦<br />
and then extends to initial value s = 1<br />
in the moment of time τ = y.<br />
Let us note, that equalities g +<br />
correspond<br />
to solutions (19), (20), where<br />
is the<br />
y + 1<br />
ε = ≤τ<br />
≤ y<br />
2<br />
volume pumped during time period<br />
g –<br />
, and<br />
t1<br />
y + 1<br />
1 ≤τ<br />
≤ ε = = .<br />
t 2<br />
Equation (18) determines a probable<br />
form of function s allowing only tube<br />
radius changes under which achieved<br />
is the conditional extremum for work<br />
value (15) under condition (17) when<br />
the value of the first variation from<br />
(16) is equal to zero. To specify this<br />
extremum type it is necessary to consider<br />
the second variation of functional<br />
(16) value which, in general, is<br />
the following:<br />
2<br />
δ F =<br />
⎡ 2 4 ⎤<br />
⎢δ<br />
s( λL<br />
+ 1+ +<br />
2<br />
M ⎥<br />
0<br />
⎢<br />
⎥<br />
y<br />
2<br />
⎢ 8 γ ds (( )<br />
2 d s ⎥<br />
= d<br />
2 s .(21)<br />
∫ τ ⎢+ +<br />
2 )) −⎥<br />
5 dτ<br />
dτ<br />
1 ⎢<br />
⎥<br />
⎢ 8 2 dδ<br />
s 2 ⎥<br />
⎢−<br />
γ s ( )<br />
5 dτ<br />
⎥<br />
⎣<br />
⎦<br />
Before defining the sign on the<br />
right side (21) we should determine<br />
the Lagrange multiplier value, which,<br />
according to (18) (at the same time,<br />
0<br />
1/2<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 61
when b < 0 assumed is an execution<br />
of inequality y < g 0<br />
+ 1, and when<br />
b > 0 the noted above inequality g 0<br />
< y–1 0,<br />
it is easy to demonstrate a presence of<br />
the condition of positivity in the second<br />
variation of functional in (21).<br />
Thus, just the mode, which satisfies<br />
the condition b > 0 in (20), corresponds<br />
to an energetically efficient<br />
fluid flow at a minimal work required<br />
for flowing the given fluid volume g 0<br />
through a cross-section of the tube<br />
with time-varying radius according<br />
to (19), (20). This additional condition,<br />
which provides an energetically<br />
advantageous mode of fluid flow is<br />
the following:<br />
g . (23)<br />
0<br />
< y− 1<<br />
3g0 Besides, it turns out that the condition<br />
of positivity of the functional’s<br />
second variation (21) (expressed in<br />
the right inequality in (23)) accurately<br />
coincides with the condition of<br />
positivity of square of function (19)<br />
just in case when b > 0 (the left in-<br />
0<br />
equality in (23) corresponds to the<br />
condition b > 0).<br />
4. Now let us consider the second<br />
exact solution of equation (18) which<br />
supplements the exact solution (19),<br />
(20). This solution, as opposed to<br />
solutions (19), (20), has a physical<br />
meaning only when b > 0 (and, correspondingly,<br />
1<br />
λ<br />
L<br />
+ 1+ < 0)<br />
2<br />
M<br />
and has a form of linear function of<br />
dimensionless time<br />
With the use of this exact solution of<br />
equation (18) it is possible to form<br />
a cyclic piecewise smooth mode of<br />
extension and further reduction of<br />
the tube to an initial radius when the<br />
conditions (17) are fulfilled. Let us<br />
represent the corresponding mode as<br />
follows:<br />
Solution (24) is continuous everywhere<br />
including a point of changing<br />
the extension mode to the reduction<br />
one at τ = ε, where even the first derivative<br />
breaks in. As a result, representation<br />
(24) also satisfies equation<br />
(18) on the whole considered range<br />
of changing the dimensionless time<br />
except the noted point. Let us consider<br />
approximate solution (24) as it<br />
is done above for exact solution (19)<br />
satisfying (18) in all points.<br />
For solution (24) the representation<br />
of dimensionless volume of fluid g +<br />
flowing during the period of tube extension<br />
y + 1<br />
1 ≤τ<br />
≤ ε =<br />
2<br />
0<br />
s( τ)<br />
= ± τ<br />
b .<br />
s = s ( τ) = 1 + b( τ −1),<br />
+<br />
y + 1<br />
1≤τ<br />
≤ ε =<br />
2<br />
s = s ( τ) = 1 + b( y−τ),<br />
−<br />
ε ≤τ<br />
≤ y<br />
(24)<br />
is the following:<br />
1<br />
g = 3 b<br />
⋅<br />
+<br />
. (25)<br />
⎡ y −1<br />
3 ⎤<br />
⋅<br />
⎢<br />
(1 + b( )) −1<br />
⎣ 2 ⎥<br />
⎦<br />
Besides, the whole volume of fluid<br />
flown during the whole period of cycle<br />
g = g 0<br />
has to coincide with<br />
T = ( y−1)<br />
t .<br />
(24), (25) demonstrate g 0<br />
= 2g +<br />
as<br />
g 0<br />
= g +<br />
+ g –<br />
and g –<br />
= g +<br />
.<br />
Within the limit when<br />
y b >>1<br />
from (25) and equality g 0<br />
= 2g +<br />
we<br />
obtain the following representation<br />
of the Lagrange multiplier:<br />
96g<br />
γ 1<br />
λ<br />
L<br />
=− −1−<br />
5y<br />
It is easy to verify that the second<br />
variation of functional in (21) is exactly<br />
equal to zero (in case of the<br />
above assumption on independence<br />
of variation value from time, otherwise<br />
the second variation is negative<br />
in general case that corresponds to<br />
maximum of work) for solution (24)<br />
taking into account expression (25).<br />
As a result, solution (24), as well as<br />
(19) and (20) at b < 0, cannot pretend<br />
to be an energetically advantageous<br />
mode of fluid flow.<br />
At the same time, in solutions (19)<br />
and (20) at b > 0 (that corresponds<br />
to an initial reduction and only afterwards<br />
an extension of the tube up<br />
to initial radius) possible is the realization<br />
of energetically advantageous<br />
fluid flow mode, and an execution of<br />
condition (23) is necessary for it.<br />
Relation (23) may be also used in<br />
modelling some phases of cardiac<br />
cycle. Besides, an energetically optimal<br />
mode of CVS performance, as it<br />
follows from (23), may be defined by<br />
0<br />
0<br />
3 2<br />
M0<br />
(26)<br />
62 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
correlation between the dimensionless<br />
duration of this phase y – 1 and the<br />
corresponding dimensionless value of<br />
blood volume g 0<br />
pumped through the<br />
aorta cross-section during this time.<br />
Besides, the blood stroke volume value<br />
V st<br />
and the used nondimensional<br />
value of volume g 0<br />
may be related by<br />
g<br />
0<br />
V st<br />
= = 2g<br />
V<br />
where volume V 0<br />
is defined in (14).<br />
3. Nonstationary mode with<br />
M-shaped profile<br />
1. Now let us consider the nonstationary<br />
mode where the pressure<br />
gradient along the tube axis may be a<br />
function of time regardless of whether<br />
the tube radius varies or not, as in<br />
the previous paragraph. For this sake,<br />
let us use the following concrete representation<br />
for nonstationary longitudinal<br />
pressure gradient:<br />
1 p =- a(t) =<br />
r z<br />
0<br />
0<br />
t<br />
=-a 0(t)exp( -ò dt<br />
1l(t 1));<br />
>0. (27)<br />
t0<br />
a<br />
0(t) a<br />
0(t 0)<br />
= = const<br />
l(t) l(t )<br />
At condition (27) the exact solution<br />
of hydrodynamic equations (1),<br />
(4)-(6) for the tube with time-varying<br />
radius R(t) is the following (see<br />
also [3], where obtained is the similar<br />
nonstationary solution for the constant<br />
tube radius):<br />
dR(t)<br />
u dt<br />
r<br />
= r ; uf<br />
= 0;<br />
R(t)<br />
u<br />
z<br />
a (t )exp(- l(t )dt )<br />
0 0 1 1<br />
0<br />
t<br />
ò<br />
t0<br />
= ×<br />
l(t )<br />
é ra<br />
ù<br />
J(<br />
0<br />
)<br />
R(t)<br />
× -1<br />
J(<br />
0<br />
a)<br />
êë<br />
úû<br />
0<br />
+<br />
,<br />
.<br />
(28)<br />
where J 0<br />
is a Bessel function of zero<br />
order, and<br />
l(t)<br />
a= R(t) =<br />
n<br />
l(t )<br />
n<br />
0<br />
= R(t<br />
0)<br />
=<br />
const<br />
is an analog of Womersley parameter<br />
[4]. In [7] considered is the case<br />
of periodic variability of longitudinal<br />
pressure gradient in time, when in<br />
(27) value λ = i.ω, where i is a complex<br />
unit. Solution (28) in case, when<br />
u r<br />
= 0; R = const; λ = const; a 0<br />
= const<br />
exactly coincides with the solution obtained<br />
in [6].<br />
In flow mode (28) the radial distribution<br />
of the velocity longitudinal component<br />
u r<br />
(r, t) may already have not<br />
one extremum (maximum on the tube<br />
axis), as in (11), but several local extrema<br />
when changing the radial coordinate.<br />
Such a mode is called M-shaped<br />
though the extrema quantity in (28)<br />
may be more than three in the tube<br />
cross-section when 0 ≤ r < R.<br />
However, it occurs at not any value<br />
of parameter α but only in case of<br />
rather high above threshold values of<br />
this parameter which characterizes<br />
the initial velocity of changing the<br />
longitudinal pressure gradient:<br />
α > α th<br />
(n) = j 1,n<br />
; n = 1, 2... (29)<br />
where j 1,n<br />
are zeros of the Bessel function<br />
of the first order, i.e. J 1<br />
(j 1,n<br />
) = 0.<br />
Actually, the position of extrema of<br />
longitudinal velocity component in<br />
(28) is determined from the condition<br />
when the derivative is equal<br />
uz<br />
r<br />
to zero, that takes J 1<br />
(rα ∕ R) = 0 or<br />
(rα ∕ R) = j 1,n<br />
; n = 1, 2... form. At the<br />
same time, from condition r
where j 0,m<br />
are zeros of the Bessel function<br />
of the first order, i.e. J 0<br />
(j 0,m<br />
) = 0.<br />
In particular, for the given above<br />
example of М-shaped velocity profile<br />
(corresponding to value n=1 in<br />
inequality (29)) from condition (31)<br />
follows the limitation on the analogue<br />
of the Womersley parameter in<br />
the form of j 0,2<br />
< α < j 1,2<br />
as it is wellknown<br />
that j 1,2<br />
< j 0,3<br />
.<br />
Thus, in general case, condition (31)<br />
supplements the condition (29), which<br />
provides the presence of M-shape in<br />
radial velocity profile, and they can<br />
exist together only under condition<br />
of j 0,m<br />
> j 1,n<br />
for m > n = 1, 2, ... for each<br />
n in condition (29). This condition<br />
marks the range of change of the pa-<br />
uz<br />
s=r0n ( )<br />
r=<br />
R<br />
r<br />
is a positive value and directed not<br />
from the flow to the tube solid wall,<br />
as in solution (11), but in the opposite<br />
direction. It corresponds to an efficient<br />
negative viscosity for the realized<br />
non-equilibrium mode of viscous incompressible<br />
fluid flow. Actually, for<br />
mode flow (28) the representation for<br />
the value of impulse flow at the tube<br />
wall is the following:<br />
s( t ) = -r R(t )a (t ) ×<br />
J( a)<br />
0 0 0 0<br />
1<br />
× exp( -l(t 0)t0×<br />
s( ta ) J<br />
0( a)<br />
t<br />
1 t<br />
× d t ), t= ,<br />
ò<br />
2 1<br />
s( t<br />
1 1) t0<br />
R( t)<br />
s( t ) =<br />
R(t )<br />
It follows from (30) that an admissibility<br />
of positive values of impulse<br />
flow becomes possible when in (30)<br />
The last inequality is possible only<br />
under the following condition:<br />
0<br />
J(<br />
1<br />
a ) < 0<br />
J( a)<br />
.<br />
0<br />
. (23)<br />
j 0,m<br />
< α < j 1,m<br />
; m = 1, 2, ... (31)<br />
rameters which characterize the flow’s<br />
non-equilibrium degree and make the<br />
energetically advantageous fluid flow<br />
possible. Besides, according to (30), it<br />
occurs either in tubes with constant in<br />
time radius (when in (30) s=1).<br />
4. Model of optimal branching<br />
tube<br />
As in [5], let us consider a problem<br />
of uniform distribution of fluid on the<br />
three-dimensional area using the system<br />
of branching tubes (BT). The BT<br />
system begins in some part of the surface<br />
(limiting the noted area) in the<br />
form of one tube having zero number<br />
of generation n = 0. Then the m-like<br />
branches of smaller diameter generate<br />
from the tube and they are assigned<br />
with the first generation number<br />
n = 1. Each of these branches also divides<br />
into m-branches of the second<br />
generation with number n = 2 and<br />
so on till the tubes with generation<br />
number n = N. For simplicity’s sake,<br />
within the framework of the given<br />
model assumed is an identity of all the<br />
tubes’ lengths and diameters in all the<br />
branches with the same generation<br />
number n. Each branch of the tube<br />
with generation number n is corresponded<br />
to its own three-dimensional<br />
area, which is supplied by this branch<br />
and all the branches with higher generation<br />
numbers appearing from this<br />
branch. It is a dichotomic branching<br />
when m = 2, and, in general, the m<br />
value does not have to be even an integer<br />
number [5].<br />
The BT model may be widely applicated<br />
in evaluation of transport processes<br />
efficiency in many natural and<br />
technical systems. For example, in<br />
circulatory, respiratory, irrigation systems<br />
and many others.<br />
At the same time the theory [5] follows<br />
from simple hypotheses of similarity<br />
and limitation of the transported<br />
fluid volume when finding the<br />
conditions of the hydraulic resistance<br />
minimum. As a result, in [5] derived<br />
are the basic laws of changing the<br />
tubes section lengths and areas depending<br />
on the generation number n<br />
which characterizes the degree of remoteness<br />
from source of fluid when<br />
describing its transportation along<br />
each tube according to Hagen–Poiseuille<br />
(HP) stationary flow.<br />
In the present paragraph generalized<br />
are the theory [5] conclusions for<br />
nonstationary M-shaped mode flow<br />
described by hydrodynamic equation<br />
(28) exact solutions. At the same time<br />
we use a well-known definition [5]<br />
for hydraulic resistance value<br />
Dp(t)<br />
= r Q ,<br />
where positive value Δp is the difference<br />
between the pressure in the beginning<br />
and the end of the transportation<br />
system the fluid flows through.<br />
Let us also assume the fluid has a<br />
constant density ρ 0<br />
and volume consumption<br />
velocity Q 0<br />
. For flow (28)<br />
we have (taking into account representation<br />
the following Poiseuille law generalization:<br />
2<br />
Ln<br />
a<br />
R<br />
res<br />
= =<br />
4<br />
pR 2J<br />
1( a)<br />
( - 1)<br />
aJ( a)<br />
where<br />
R<br />
res<br />
Dp(t)<br />
0 0<br />
2 1<br />
Q0<br />
= pR ( -1);<br />
Lr0 aJ( 0<br />
a)<br />
t<br />
0<br />
2J ( a)<br />
D p(t) = Dp exp( ò d tl( t)), D p =<br />
t0<br />
a<br />
0(t 0)<br />
= )<br />
l (t )<br />
0<br />
2<br />
a<br />
= R<br />
res<br />
( a= 0)<br />
2J<br />
1( a)<br />
8( - 1) , (32)<br />
aJ( a)<br />
8L n<br />
R<br />
res<br />
( a= 0) =<br />
4<br />
R<br />
0<br />
64 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
epresentation for hydraulic resistance<br />
corresponding the Poiseuille law for<br />
stationary HP flow used in [5] when<br />
considering the optimal BT model.<br />
Within the limit α > 1<br />
n<br />
ln<br />
n<br />
Q = 2p drru =<br />
0 z<br />
0<br />
t<br />
2 2<br />
0 0 0 0 0ò<br />
1 2<br />
1<br />
1<br />
pa (t )R (t )s ( t)exp( -l(t )t d t )<br />
s( t1)<br />
= ×<br />
l(t 0)<br />
é2J 1( a)<br />
ù<br />
× -1<br />
ê<br />
(34)<br />
aJ( 0<br />
a)<br />
ú<br />
ë û<br />
values (when<br />
J( a 1 n)<br />
» tg a )<br />
n<br />
J(<br />
0<br />
a<br />
n)<br />
the hydraulic resistance (32) and (33)<br />
appears to be<br />
2<br />
8( tgan<br />
-1)<br />
8 a<br />
n<br />
»<br />
2<br />
F a<br />
0 n<br />
less than for the Hagen-Poiseuille<br />
flow (HP) stationary mode.<br />
Moreover, under condition<br />
tgα n<br />
during this time period (as it has<br />
been done in paragraph 2 for flow<br />
mode (11)).<br />
Thus, it is not hard to obtain from<br />
(34) the following representation for<br />
total nondimensional volume g (flown<br />
through the tube cross-section during<br />
time period Δt = t2 – t0) and total<br />
nondimensional work a corresponding<br />
to this mode:<br />
V<br />
01<br />
y<br />
ò dIG, (38)<br />
0<br />
01 1<br />
V<br />
g= = t<br />
V<br />
2<br />
2pt0R (t<br />
0) a<br />
0(t 0)<br />
= =<br />
l(t )<br />
= 2p t R (t )u ,u =<br />
2<br />
0 0 m m<br />
a<br />
0(t 0)<br />
= . (39)<br />
l (t<br />
0)<br />
A<br />
a = =<br />
E01<br />
é 1 gLG<br />
ù<br />
I(<br />
0<br />
- ) +<br />
2 2<br />
M1<br />
s<br />
y<br />
IB<br />
2 2<br />
= ò dt G +g (2I1B 1+ ) +<br />
;<br />
2<br />
1<br />
2<br />
GI<br />
13<br />
+<br />
ê<br />
ë 2 ú<br />
û<br />
um<br />
2 p0<br />
M<br />
1= ;c0<br />
=<br />
c r<br />
0<br />
0<br />
ds 2<br />
( )<br />
B<br />
1<br />
= dt<br />
;<br />
s<br />
2<br />
d s ds<br />
2<br />
2<br />
B d d . (40)<br />
2<br />
= t + ( t);<br />
s s<br />
2 3<br />
E = 2pr t R (t )u =<br />
0<br />
0 0<br />
1<br />
G = exp( -l(t 0)t 0) ò d t1 );<br />
2<br />
s( t )<br />
ra<br />
s( t) J(<br />
0<br />
)<br />
n+<br />
1 s( t)<br />
In<br />
= ò drr ( - 1), n = 0,1, 2;<br />
J( a)<br />
s( t)<br />
0<br />
3<br />
I s<br />
13<br />
= ò drr( -1) ;<br />
J(<br />
0 0<br />
a)<br />
t<br />
1<br />
ra<br />
J( )<br />
01 0 0 0 m<br />
=r u V ;<br />
2<br />
0 m 01<br />
1<br />
2<br />
s() t<br />
1<br />
I<br />
0<br />
= ( -1);<br />
2 aJ( 0<br />
a)<br />
g=<br />
g =<br />
L<br />
2J ( a)<br />
2<br />
R (t<br />
0) 2 2 ;<br />
tu<br />
0 m<br />
L l(t 0) .<br />
Let us consider the next isoperimetric<br />
problem of conditional extremum<br />
of work functional a at a fixed volume<br />
g = g 0<br />
= const, investigating the<br />
functional variations F = a + λ L<br />
.g.<br />
Within the limit M 1<br />
s(1) = s(y) = 1. From (43) and condition<br />
of continuity<br />
2 2<br />
s<br />
+<br />
( t=e ) = s<br />
-( t=e)<br />
of tube radius changing at time moment<br />
τ = ε (when the tube extension<br />
mode is replaced by the reduction one)<br />
we obtain the following interrelation<br />
between parameters:<br />
2 l(t 0)t 0(y-1)<br />
q =<br />
. (44)<br />
1+ 2 l(t 0)t 0( e-1)<br />
3ln 1 - 2 l (t )t (y -e )<br />
0 0<br />
Thus, from condition g = g 0<br />
(38) and<br />
(43) derived is the following equality<br />
(at q > 0, when inequality<br />
1<br />
e> y- 2 l (t )t<br />
0 0<br />
execution is needed for that in (44)):<br />
g0<br />
= g+ + g<br />
-;<br />
1 2J<br />
1( a)<br />
A = ( -1)<br />
6 l(t 0)t0 aJ 0( a)<br />
é<br />
3<br />
ù<br />
2<br />
g+<br />
= A (1+ 2 l(t 0)t 0( e-1)) -1 ;<br />
ê<br />
ú<br />
ë<br />
û<br />
é<br />
3 ù<br />
2<br />
g-<br />
= A 1 -(1-2 l(t 0)t 0(y -e))<br />
×<br />
ê<br />
ú<br />
ë<br />
û<br />
1-2 l(t 0)t 0(y -e)<br />
×<br />
1+ 2 l(t )t ( e-1)<br />
0 0<br />
. (45)<br />
In (45) the fixed volume value is<br />
g 0<br />
> 0. From (45) and (44) it is possible<br />
to define values q and ε as functions<br />
of parameters y, λ(t 0<br />
)t 0<br />
and α.<br />
Within the limit 2 λ(t 0<br />
)t 0<br />
ε>>1 at<br />
2 λ(t 0<br />
)t 0<br />
(y – ε)>g –<br />
, when from (44) (under condition<br />
y1; λ(t 0<br />
)t 0<br />
and the tube radius R(t) at pulsating<br />
mode flow. At the same time, let us<br />
consider a general case for various<br />
arbitrary (not only optimal as in previous<br />
paragraph) modes of the tube<br />
walls’ extension and reduction.<br />
Let the tube radius change according<br />
to the set power law<br />
t<br />
R (t) = R(t )( ) . (51)<br />
( + ) p<br />
0<br />
t0<br />
When extending the tube in (51)<br />
index value p > 0. For modelling the<br />
pulsating mode we consider the phase<br />
of extension on time interval from t 0<br />
to t 1<br />
, when the dependence of tube<br />
radius on time is defined by function<br />
(51). The reduction phase is defined<br />
on time interval from t 1<br />
to t 2<br />
, during<br />
this phase the tube radius changes according<br />
to the following law:<br />
(-) t<br />
2 d<br />
R (t) = R(t<br />
0)( ) . (52)<br />
t<br />
Besides, a condition of correlation<br />
between representations (51) and (52)<br />
is an execution of the following equality<br />
which establishes relations between<br />
parameters involved in (51), (52):<br />
ln(t<br />
1/ t<br />
0)<br />
d=<br />
p . (53)<br />
ln(t / t )<br />
2 1<br />
According to (34) the average (in<br />
tube cross-section) velocity decreases<br />
by power law only at the mode of extension<br />
(51) when the index is p=1/2:<br />
( + ) t0<br />
l(t 0)t0<br />
u<br />
av(t) = u<br />
av(t 0)( )<br />
t<br />
a<br />
0(t 0) 2J<br />
1( a)<br />
u<br />
av(t 0) =- (1-<br />
);<br />
l(t ) aJ ( a)<br />
0 0<br />
l(t 0)<br />
a= R(t<br />
0)<br />
. (54)<br />
n<br />
In other cases the mode of evolution<br />
in time is rapider than the power one.<br />
Let us note, that just for solution (43),<br />
which corresponds to an optimal energetical<br />
advantageous transportation<br />
mode, typical is the same index of<br />
power as for (52) under p=1/2, which<br />
provides a power mode of average velocity<br />
changing in (54). Besides, observed<br />
is a qualitative correspondence<br />
to conclusions [8]-[10], in which we<br />
used an axiomatic construction of description<br />
of average velocity interelated<br />
to pulsating change of tube radius<br />
in time when describing the system of<br />
optimal blood transportation in cardiovascular<br />
system. However, in [10]<br />
for description of mode of (51) type<br />
used was index p=1/5, not p=1/2, as<br />
it has to follow from considerations<br />
given in the present study. The studies<br />
[8 – 10] results have already found<br />
their application (see [10] for more<br />
details) in medical practice for evaluation<br />
of cardiovascular system (CVS)<br />
functional state in a norm and under<br />
negative influences such as both the<br />
CVS pathology and environmental<br />
factors change (during space mission,<br />
etc.).<br />
Thus, the present study considers<br />
some aspects related to a possibility<br />
of energetically advantageous fluid<br />
transport realization owing to taking<br />
into account the pulsating mode<br />
of the fluid supply into the system<br />
and optimal structure of branching<br />
tubes. The obtained conclusions<br />
on energetical efficiency of just the<br />
pulsating transportation mode, realized<br />
at conditions defined above,<br />
supplement the existing conclusions<br />
[11 – 13]. [11 – 13] consider swirling<br />
flows whose realization in CVS is also<br />
found to be important for interpretation<br />
of high coefficient of efficiency<br />
in normal CVS performance. In its<br />
turn, providing the normal CVS performance<br />
influences all other integrative<br />
systems of organism [14] and<br />
defines the degree of the organism<br />
sensitivity to changing factors of environment<br />
[15].<br />
The study is supported by RSF, project<br />
No. 14-17-00806<br />
Supplement<br />
Usually when deriving the continuity<br />
equations considered is the law of<br />
mass conservation<br />
m<br />
ò<br />
3<br />
= dxr<br />
V<br />
of fluid with density ρ, located in volume<br />
V and flowing with velocity ū<br />
(see (1.1) in [1], p.14):<br />
<br />
t<br />
3 3<br />
( d x ) d xdiv( u) Q(t)<br />
ò ò<br />
V<br />
r+ r =<br />
V<br />
(S.1)<br />
Here in the right side (S.1) a possibility<br />
of existence of source (at Q > 0) or<br />
drain (Q < 0) of fluid mass, characterized<br />
by mass velocity value Q = Q(t), is<br />
taken into account.<br />
Generally, in (S.1) the value of volume<br />
V may depend on time V=V(t).<br />
At the same time it is possible to use<br />
formula (2) when calculating time<br />
derivative in the first term in (S.1).<br />
For example, in case of flow along<br />
the tube with time-varying radius<br />
R(t) (which is the same along the<br />
whole considered tube length L) the<br />
value of volume in (S.1) is found to<br />
be dependent on time just owing<br />
to the R(t) variability. In this case<br />
equation (S.1) in axisymmetric case<br />
(when absent is the dependence of<br />
considered fields on angular variable<br />
φ at introduction of cylindrical<br />
coordinates z, r, φ with axis z coinciding<br />
with the tube axis) takes the<br />
following form (taking into account<br />
(2)):<br />
L<br />
ò<br />
R(t)<br />
r<br />
dz ò drr( + div( r u)) +<br />
t<br />
0 0<br />
L<br />
+ RR dz r (R(t),z,t) = Q(t) / 2p,<br />
ò<br />
0<br />
(S.2)<br />
where R =dR/dt. Let us consider (S.2)<br />
for incompressible fluid with constant<br />
density ρ =ρ 0<br />
=const. Let us also take<br />
into account the following identity<br />
68 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
2p<br />
L<br />
R(t)<br />
2<br />
LpR 2<br />
0 0 0<br />
0 0<br />
Q(t)<br />
LRR<br />
- º 2 pr<br />
1 Q(t)<br />
º df dz drr(LRR <br />
ò ò ò - ) =<br />
pr<br />
L R(t)<br />
2R<br />
Q(t)<br />
= ò dz ò drr( - )<br />
R p r<br />
(S.3)<br />
R(t)<br />
é 2R<br />
Q(t) ù<br />
dz drr divu ò + - = 0<br />
ê<br />
2<br />
R pRLr<br />
ú<br />
ë<br />
0 û (S.4)<br />
0<br />
2<br />
RL<br />
0<br />
Taking into account (S.3) we obtain<br />
the following equation from (S.2):<br />
L<br />
ò<br />
0 0<br />
In [1] when deriving the continuity<br />
equation (see (1.2) in [1]) for case<br />
of stationary fluid volume, basing on<br />
equality of this volume integral to zero,<br />
we make a conclusion about necessity<br />
of converting to zero the subintegral<br />
function because an integral has to be<br />
equal to zero in any volume. For equation<br />
(S.4) its execution is also required<br />
regardless of the value of considered<br />
in (S.4) nonstationary volume the integration<br />
is carried out over. Thus,<br />
following the logics of [1], we obtain<br />
equation (1). Indeed, in case of fixed<br />
volume of integration (for example,<br />
forset value L and function R(t)) equation<br />
(1) does not have to follow from<br />
equality (S.4). However, at the same<br />
time, knowingly true is the converse<br />
proposition that equation (1) execution<br />
is sufficient to satisfy equation<br />
(S.4) which is required to be exactly<br />
executed because of the mass conservation<br />
law. It is important to keep<br />
in mind that equation (1) at the same<br />
time describes the mass conservation<br />
law for viscous incompressible fluid<br />
just for the case of time-varying tube<br />
radius, when common condition of<br />
zero divergence of velocity field is substituted<br />
by equation (1) with not equal<br />
to zero right side. Actually, the right<br />
side of equation (1) (which describes<br />
capacity of externak sources in the<br />
mode of tube extension or drains in<br />
the mode of tube reduction) has to be<br />
nonzero in case of any radius change in<br />
0<br />
time. It has a form of (10) at the mode<br />
of velocity radial component change in<br />
the form of (9) (see also (11)), which is<br />
obtained according to boundary conditions<br />
of sticking on solid boundary<br />
of the tube with time-varying radius.<br />
Besides, in any volume of fluid, separated<br />
inside the tube, an influence of<br />
presence of the external source-drain<br />
of the fluid described by right sides (1)<br />
and (10) has to be evident.<br />
For the case of running wave<br />
R = R(z–c 0<br />
t)<br />
from (S.1) it is easy to obtain the<br />
continuity equation modification in<br />
form (3) using the same method.<br />
Statement on ethical issues<br />
Research involving people and/or animals<br />
is in full compliance with current<br />
national and international ethical<br />
standards.<br />
Conflict of interest<br />
None declared.<br />
Author contributions<br />
The author read the ICMJE criteria<br />
for authorship and approved the final<br />
manuscript.<br />
References<br />
1. Landau LD, Lifshitz EM. Theoretical<br />
physics. Vol. 6, Hydrodynamics.<br />
Moscow: Nauka; 2006 [in Russian].<br />
2. Green SI, (ed.): Fluid Vortices. Dordrecht<br />
etc., Kluwer Academic Publishers;<br />
1995. 878 pp. ISBN: 0-9723-3376-4<br />
3. Saffman PG. Vortex dynamics. Cambridge<br />
University Press; 1993. 311p.<br />
ISBN: 052142058X<br />
4. Schlichting H. Boundary layer theory:<br />
Seventh edition. McGraw-Hill Book<br />
Co; 2008. ISBN: 978-007055334-7<br />
5. Chernous’ko FL. Optimal structure<br />
of branching tubes. Applied mathematics<br />
and mechanic. 1977;47(2):376-<br />
83. [in Russian]<br />
6. Chefranov SG. On condition of<br />
negativity of friction resistance for<br />
nonstationary modes of blood flow.<br />
<strong>Cardiometry</strong>. 2013;2:40-50.<br />
7. Womersly JR. Oscillatory flow in<br />
arteries: the constrained elastic tube<br />
as a model of arterial flow and pulse<br />
transmission. Physics in Med. and<br />
Biol. 1957;2(2):178-87.<br />
8. Poyedintsev GM, Voronova OK.<br />
The third flow pattern. Science in<br />
Russia. 1993;1:22-3. [in Russian]<br />
9. Poyedintsev GM, Beregovkin AV,<br />
Ponomarev SI, Strumskite OK. Method<br />
for calculation of heart systolic<br />
volume. Bulletin of investigations.<br />
1981;17:10. [in Russian]<br />
10. Voronova OK. Development of<br />
models and algorithms for computer<br />
aided evaluation of cardiovascular<br />
system transportation function [dissertation].<br />
Voronezh: VorSTU; 1995.<br />
145 p. [in Russian]<br />
11. Chefranov AS, Chefranov SG.<br />
Extrema of energy and velocity of its<br />
dissipation in swirling flows hydrodynamics.<br />
Doklady Akademii Nauk.<br />
2003;393(5):624-8. [in Russian]<br />
12. Chefranov SG. Generation of helicity<br />
in uniform spiral vortex flows.<br />
JETP. 2004;126(5(11)):1133-45.<br />
13. Chefranov SG. Maximum volume<br />
consumption of fluid and golden angle of<br />
swirling flow in tube. Doklady Akademii<br />
Nauk. 2009;426(3):328-31. [in Russian]<br />
14. Chefranov SG, Kovrov GV.<br />
Mathematical modeling of macrostructural<br />
scale-like arrangement of<br />
sleeping and its efficiency integrative<br />
indicator. Doklady Akademii Nauk.<br />
2006;407(5). [in Russian]<br />
15. Chefranov SG, Artamonova MS,<br />
Bockeria LA, et al. Mathematical<br />
modeling of blood flow pattern arrangement<br />
for prediction of the human<br />
individual sensitivity to environmental<br />
factors; Moscow: Nauka;<br />
2014. [in Russian]<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 69
SHORT REPORT Submitted: 20 June <strong>2016</strong> Accepted: 25 July <strong>2016</strong> Published: 16 <strong>November</strong> <strong>2016</strong><br />
DOI: 10.12710/cardiometry.<strong>2016</strong>.9.7073<br />
Energetic criteria of lymphocytes in evaluation of<br />
efficacy of system processes correction under oncopathology<br />
Alla I. Shikhlyarova 1* , Galina V. Zhukova 1 , Oleg I. Kit 1 , Svetlana M. Babieva 1<br />
1<br />
Rostov-on-Don Oncology Research Institute<br />
Ministry of Healthcare of the Russian Federation<br />
Russia, Rostov-on-Don, 344037, 14 th Line str. 63<br />
*<br />
Corresponding author:<br />
phone: +7 (928) 900-68-82, e-mail: shikhliarova.a@mail.ru<br />
Abstract<br />
The activity of key ferments in the Krebs cycle (SDH) and glycolysis (α-GPDH)<br />
in peripheral blood lymphocytes in animals and humans with cancer pathology<br />
is considered herein. Identified is a close relationship between the fermentative<br />
activity and non-specific integral reactions of an organism, the type of which can<br />
be regulated by factors of electromagnetic nature. Monitoring of signal energetic<br />
and adaptive reactions permits to adequately evaluate an efficacy of treatment<br />
and predict recovery.<br />
Keywords<br />
Blood lymphocytes, Dehydrogenases, Cancerogenesis, Mammary gland cancer<br />
Imprint<br />
Alla I. Shikhlyarova, Galina V. Zhukova, Oleg I. Kit, Svetlana M. Babieva. Energetic criteria<br />
of lymphocytes in evaluation of efficacy of system processes correction under<br />
oncopathology. <strong>Cardiometry</strong>; Issue 9; <strong>November</strong> <strong>2016</strong>; p. 70-73; DOI: 10.12710/<br />
cardiometry.<strong>2016</strong>.9.7073; Available from: http://www.cardiometry.net/issues/<br />
no9- november-<strong>2016</strong>/energetic-criteria- of-lymphocytes<br />
Special attention which is paid to<br />
lymphocytes is related not only to<br />
their role as immune competent cells.<br />
Their capability to participate in regulation<br />
of a number of the organism<br />
non-immune functions from energetic<br />
and free radical processes at the<br />
catecholamine level in blood to physiological<br />
regeneration, growth and<br />
development has a great significance.<br />
Thus the lymphocyte criteria serve<br />
as a dynamic indicator which gives a<br />
new meaning to the signal structure<br />
of basic characteristics of the organism<br />
robustness [1, 2].<br />
According to Prof. M.N. Kondrashova,<br />
the founder of the Russian<br />
School of mitochondrial energetics,<br />
blood lymphocytes are an inspection<br />
glass in our organism, since they<br />
carry a direct signal of energetic metabolism<br />
[1, 2]. Meant is an integral<br />
change in the mitochondrial system<br />
in the organism that is adequately<br />
demonstrated by the state of lymphocyte<br />
dehydrogenases. Known is the<br />
existence of the direct relationship<br />
between the activity of mitochondrial<br />
glycerophosphate dehydrogenase<br />
(α-GPDH) and succinate dehydrogenase<br />
(SDH) [3-5]. The relation<br />
between the activity both of α-GP-<br />
DH and SDH and the immune reaction<br />
indicators is determined by the<br />
function of these ferments: α-GPDH<br />
participates in functioning of the glycerophosphate<br />
shunt which governs<br />
the glycolysis state, while SDH participates<br />
in the Krebs cycle as the key<br />
ferment. Modulation of the activity<br />
of SDH and the related α-GPDH reflects<br />
not only the type of the cell metabolism<br />
rearrangement, but the formation<br />
of qualitatively different types<br />
of adaptive reactions [6, 7] as well.<br />
Thus, under stress, the lowest indicators<br />
of SDH (8,6±0,7 in conventional<br />
units) and α-GPDH (6,2±0,6 in conventional<br />
units) activity are reported,<br />
that allows assuming there is a disorder<br />
in the integration of the processes<br />
of phosphorylating respiration and<br />
glycolysis. Besides, a reduction in the<br />
macroerg production in lymphocytes<br />
leads to a disorder in permeability<br />
and intactness of cell membranes and<br />
organelles that is dangerous for highly<br />
sensitive systems like the nervous and<br />
cardiovascular ones. Under development<br />
of the reaction of activation, a<br />
much more higher activity of SDH<br />
(15,1±2,0; р
Figure 1. Change in activity of dehydrogenases of lymphocytes in peripheral blood in rats<br />
at early stages of cancerogenesis for reference group versus VLF MF exposed group (thick<br />
lines)<br />
dehydrogenases in peripheral blood<br />
can determine a degree of damage or<br />
restoration not only at the level of the<br />
immune system cell components, but<br />
also at the level of the organism with<br />
its discreteness of the states of the<br />
norm and pathology [8, 9].<br />
Disorders in mitochondrial processes<br />
with a deficiency of the SDH<br />
activity are observed for a great variety<br />
of nosological forms from cardiovascular<br />
diseases to insufficiency<br />
of gastric secretion and renal function.<br />
R.P. Nartsissov [10] considers<br />
that the cytochemical analysis of<br />
the peripheral blood lymphocytes is<br />
a “mediated biopsy” of viscera. For<br />
instance, the state of a SDH depression<br />
is typical for severe pathology in<br />
newborns and serves as a predictor of<br />
their further development. The most<br />
advanced computer-aided medical<br />
diagnostics systems include calculations<br />
of energetic parameters in cardiometry<br />
[11, 12].<br />
Despite the fact that the ferment<br />
systems of lymphocytes under different<br />
system disorders are well studied,<br />
research on the ferment activity of<br />
lymphocytes in case of development<br />
and treatment of malignant tumors<br />
under applications of some factors of<br />
regulatory influence remains of topical<br />
significance.<br />
An evaluation of the activity of the<br />
lymphocyte dehydrogenases in peripheral<br />
blood under experimental<br />
conditions of the tumor growth and<br />
medication of the mammary gland<br />
cancer with the use of an electromagnetic<br />
field exposure has become the<br />
aim of the study described herein.<br />
Some experiments have been carried<br />
out by modeling chemically induced<br />
cancerogenesis in 72 albino<br />
rats. Brain scanning with the use of<br />
very low frequency magnetic field<br />
(VLF MF) has been carried out according<br />
to the algorithm of frequencies<br />
of 0,03-0,3-3-9 Hz with rectangular<br />
impulse modulation of 300 Hz,<br />
at the 3.2mT induction and 8 min.<br />
exposure [13].<br />
An application of VLF MF during<br />
week 1 of cancerogenesis significantly<br />
retarded a reduction of the ferment<br />
activity of the peripheral blood lymphocytes<br />
as compared to the reference<br />
values. A balance in the operation of<br />
the SDH-α-GPDH system reflected a<br />
coordinated interaction between the<br />
Krebs cycle and the α-glycerophosphate<br />
shunt against the background<br />
of an increase of the lymphocyte<br />
concentration in the complete blood<br />
count up to 65% (the level of calm<br />
activation reaction) against 45% in<br />
the reference test (the level of stress).<br />
It indicates not only an anti-stressor<br />
effect of VLF MF, but also the control<br />
provided by the latter over concentration<br />
of ferments-bio-regulators<br />
which govern the mechanisms of cell<br />
metabolism [13].<br />
The said specific features of the influence<br />
made by VLF MF were also<br />
confirmed later: week 5 and week 9<br />
of cancerogenesis demonstrated the<br />
maintenance of the activity of SDH<br />
which is of particular value for synthesis<br />
of energy-rich compounds.<br />
The regulation of SDH in the processes,<br />
which require an economical<br />
ATP synthesis, such as proliferation,<br />
in the opinion supported by Davidson<br />
J. [12], is performed by changing<br />
the ATP concentration. Under peak<br />
load conditions in an organism, demanding<br />
urgent production of ATP, it<br />
is just SDH that plays the major role<br />
in the organism for this purpose. The<br />
mecha nism of activation of SDH is<br />
related to an elevation of the restorability<br />
of the components of the mitochondrial<br />
respiratory chain under the<br />
“working” hypoxia, as well as to an<br />
increase of succinic acid supply with<br />
burning lipids and proteins [14-19].<br />
The stable distinguishing feature of<br />
the activity of SDH in lymphocytes in<br />
peripheral blood in rats exposed to<br />
VLF MF under cancerogenesis, that<br />
has been detected by us, makes possible<br />
to asses one more physiological<br />
aspect of the regulation of the activity<br />
of the ferment. It is linked with the<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 71
necessity to avoid an excessively intensive<br />
oxidation of succinic acid that<br />
may involve not only depletion of<br />
substrates, but also a disagreement in<br />
the respiration processes and phosphorylation.<br />
But at the same time, in<br />
spite of the completed VLF MF exposures,<br />
the fact of a reduction in the<br />
activity of α-GDFH was reported, that<br />
was scarcely exhibited in week 5 and<br />
clearly detected in week 9 of the chemical<br />
cancerogenesis (see Figure 1).<br />
For an interpretation of the possible<br />
mechanism, it is required to take<br />
into account the linkage between<br />
α-GPDH and some specific functions<br />
of lymphocytes, namely, their<br />
immune, trophic functions etc. It has<br />
been established that the condition<br />
of differentiation of lymphocytes is<br />
determined by the respective level<br />
of activity of dehydrogenases [13-<br />
17]. In this case, it should be noted<br />
that the ferment activity in immature<br />
lymphocytes is higher than that in<br />
mature ones, and an increase in the<br />
relation between α-GPDH and SDH<br />
may be used as an indicator of the<br />
“rejuvenation” of the cell population.<br />
Following this interpretation way, we<br />
can state that a reduction in the activity<br />
of α-GPDH in relation to SDH under<br />
VLF MF exposure may indicate<br />
that there is an increase in the pool<br />
of mature lymphocytes. The research<br />
literature offers a knowledge of high<br />
informative value of the morphometric<br />
markers of immune competent<br />
cells in blood in oncology patients<br />
suffering from blood cell production<br />
disorders, and one of the markers is<br />
considered to be the absence of the<br />
small (maturate) lymphocytes and<br />
an increase in the averaged area of<br />
the lymphocytes at the expense of expanding<br />
the volume of the cytoplasm.<br />
So, it is logical to suppose that in case<br />
of cancerogenesis, under VLF MF<br />
exposure, there certain conditions of<br />
the internal environment are being<br />
formed, which provide for preservation<br />
and an increase in the number of<br />
the maturate differentiated immune<br />
competent cells responsible for anti-tumor<br />
resistance.<br />
In order to validate our hypothesis,<br />
we have studied the fermentative activity<br />
of lymphocytes in local-type<br />
mammary gland cancer patients<br />
under their autohemochemotherapy<br />
with the use of optical magnetic<br />
treatment (OMT) of blood. It has<br />
been established that the initial activity<br />
of SDH according to the averaged<br />
amount of formazan granules (Mav)<br />
(before the treatment) has been recorded<br />
at a level of 16,5 – 19,8 in conventional<br />
units. As this takes place,<br />
the pool of the cells showing a high<br />
concentration of ferment-containing<br />
granules (Ja) has reached a level of<br />
224 ± 2,4 in conventional units, that<br />
has been reflected in the relationship<br />
between the SDH-activated lymphocytes<br />
and the null-subpopulation<br />
cells (Jo). Taking into account that<br />
we were dealing with not a generalized,<br />
but a local form of the cancer,<br />
we might suggest that the mechanisms<br />
of the energy production in<br />
the circumstances are active enough<br />
to meet the demands of the organism<br />
which is competing against a progressing<br />
tumor.<br />
Upon the completion of chemotherapy<br />
(therapy course 1), the activity of<br />
SDH was reported to be lowered to<br />
9,8 – 13,3 in conventional units, with<br />
the Ja-level reduction to 190 ± 17,5 in<br />
conventional units and the Ja/Jo-relation<br />
decrease to 1,85. This condition<br />
has characterized the suppression of<br />
the respiratory processes and oxidative<br />
phosphorylation of the blood<br />
lymphocytes. This bears witness to<br />
the stressogenic effects of cytostatic<br />
agents on the energy metabolism as<br />
one of the most important members<br />
in the bio-adaptive integral responses<br />
by an organism.<br />
The group of patients who received<br />
a combination of chemotherapy and<br />
OMT for peripheral blood has demonstrated<br />
the condition of fermentative<br />
activity of lymphocytes that has been<br />
characterized by the actual keeping of<br />
the initial values of SDH, and the count<br />
of the exhausted lymphocytes has been<br />
recorded to be very low. An indication<br />
of a higher level of involvement of ferments<br />
in energetics of lymphocytes<br />
was an increase in relation Jа/Jо by 2.3<br />
times. Upon completion of chemotherapy<br />
course 2, the dynamics of the<br />
SDH activity in the reference group<br />
was reported as negative. For the<br />
main group exposed to OMT, against<br />
the background of the maintenance<br />
of the activity of SDH, there has been<br />
reported a response of the α-GDPH<br />
activity that has been synchronized<br />
by criteria Jа and Jа/ Jо with the Krebs<br />
cycle process level. Glycolysis boostering<br />
was not prolonged; observed<br />
were coming into action of the regulatory<br />
mechanisms, correction and<br />
protection from acidosis.<br />
This is the supporting evidence for<br />
the opinion by M.N.Kondrashova<br />
and I.E.Maevski that “the mitochondrial<br />
approach” is very productive<br />
in an organism and that moreover it<br />
demonstrates a high prognostic va lue<br />
when assessing treatment efficacy.<br />
We may conclude that the behavior<br />
of the cell systems illustrated by an<br />
example for the lymphocyte population<br />
in the peripheral blood is subjected<br />
to a regularity of the formation<br />
of an adaptive response, with developing<br />
the trigger mechanisms, which<br />
may be induced by some factors of<br />
electromagnetic nature: VLF MF and<br />
OMT. This mechanism implements<br />
72 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
the systems of metabolic re-setting<br />
on the cell membranes of lymphocytes,<br />
weakening inhibition influence<br />
of tumor growth on fermentative activity.<br />
By this means an assessment of<br />
metabolic correction of lymphocytes<br />
as one of the principal members of<br />
the immunological protection under<br />
tumor diseases and other critical<br />
pathological conditions can bear<br />
witness to a degree of involvement of<br />
physiological resources of an organism<br />
in the processes of elevation of<br />
unspecific resistance. The simple assessment<br />
criteria for energetics in an<br />
organism provides us with the ”online”<br />
information about efficacy of<br />
the correction of pathological disorders<br />
and the real forecast of stability<br />
of treatment in oncology, cardiology<br />
and other most important fields in<br />
medicine.<br />
Statement on ethical issues<br />
Research involving people and/or<br />
animals is in full compliance with<br />
current national and international<br />
ethical standards.<br />
Conflict of interest<br />
None declared.<br />
Author contributions<br />
The author read the ICMJE criteria<br />
for authorship and approved the final<br />
manuscript.<br />
References<br />
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2006;249-59.<br />
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Biology: Problems of energetics.1985;12:17-38.<br />
[in Russian]<br />
3. Kondrashova MN, Zakharchenko<br />
MV, Khunderyakova NV. States<br />
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(pushed out of equilibrium). Biophysics.<br />
2013;58(1):86-94.<br />
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MV, Zakharchenko AV. Hyperactivation<br />
of succinate dehydrogenase<br />
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March 2008;73(3):337-41.<br />
5. Bonomi F, Pagani S, Cerletti P.<br />
Modification of the Thermodynamic<br />
Properties of the Electron Transferring<br />
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European Journal of Biochemistry.<br />
August 1983;134(3):439-45.<br />
6. Garkavi LKh, Kvakina EB, Kuz’menko<br />
TS, Shikhlyarova AI. Adaptation reactions<br />
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2002; 273p. [in Russian]<br />
7. Garkavi LK, Kvakina EB, Shikhliarova<br />
AI. Magnetic fields, adaptation<br />
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8. Barsukova LP, Kotlyarevskaya YS,<br />
Maryanovskaya GY, Grigorieva EG.<br />
Change of cytological rates of lymphocytes<br />
under affect of EMF. In:<br />
Mechanisms of MF and EMF effect<br />
on biological systems of different levels<br />
of organization. Rostov-on-Don;<br />
1989; p.12-15. [in Russian]<br />
9. Okon ЕB. Interrelation between<br />
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and physiological state<br />
of organism. In: Reactions of living<br />
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Pushchin; 1979. p.126-140. [in<br />
Russian]<br />
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analysis of human lymphocyte<br />
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Tru fakin VA. Morphology and metabolism<br />
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13. Khunderyakova NV, Zakharchenko<br />
AV, Zakharchenko MV. The<br />
effects of near infrared radiation on<br />
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smears. Biophysics. 1 <strong>November</strong><br />
2015;60(6):917-20.<br />
14. Zakharchenko MV, Kovzan AV,<br />
Khunderyakova NV. The effect of<br />
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1 January <strong>2016</strong>;61(1)100-4.<br />
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SA, Litvinova EG. Changes in lymphocytes<br />
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Biophysics. 2014;59(6):894-9.<br />
16. Zakharchenko MV, Khunderyakova<br />
NV, Kondrashova MN.<br />
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19. Zakharchenko MV, Zakharchenko<br />
AV, Khunderyakova NV. Burst of<br />
succinate dehydrogenase and α-ketoglutarate<br />
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Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 73
REPORT Submitted: 20 June <strong>2016</strong> Accepted: 1 September <strong>2016</strong> Published: 16 <strong>November</strong> <strong>2016</strong><br />
DOI: 10.12710/cardiometry.<strong>2016</strong>.9.7476<br />
Novel formula to measure mean<br />
pulmonary artery pressure<br />
Francisco Jose Chacon-Lozsan 1* , Elizaveta O. Lebedeva 2 ,<br />
Juan Sebastian Peinado-Acevedo 3<br />
1<br />
Hospital Caracas’s University Hospital<br />
Venezuela’s Central University<br />
Venezuela, Caracas<br />
2<br />
Division of Emergency Endovascular Surgery<br />
National Institute of Cardiovascular Surgery M. Amosov<br />
Ukraine, 03110, Kiev, N. Amosov str. 6<br />
3<br />
Autonomous University of Bucaramanga<br />
Colombia, Bucaramanga<br />
*<br />
Corresponding author:<br />
phone: +58 (412) 427-14-87, e-mail: franciscojlk@hotmail.com<br />
Abstract<br />
Mean Pulmonary Arterial Pressure (MPAP) is an important parameter in evaluation<br />
of patients with pulmonary hypertension. The aim of this study is to correlate<br />
a new formula using non-invasive blood pressure and Bernoulli’s right ventricle<br />
systolic pressure (RVSP) with invasive method. To archive the objectives, we enrolled<br />
143 patients with suspected pulmonary hypertension from January 2015<br />
till January <strong>2016</strong>; all patients underwent right heart catheter evaluation and simultaneously<br />
RVSP by transthoracic echocardiography and non-invasive blood<br />
pressure to calculate MPAP by the formula MPAP = Pulse Pressure / (Mean Arterial<br />
Pressure/RVSP); and the results were compared using the Pearson’s simple-linear<br />
correlation method. We found a significant association between invasive and<br />
equation results with a Pearson’s correlation of 0,872 with a confidence interval<br />
from 0,795 to 0,921; sensitivity was 1,538% with a 95% confidence of interval (CI)<br />
from 0,038% to 8,276%, and Specificity was 100% with 95% CI from 94,48% to<br />
100%. Our results suggest that the new formula have a good correlation estimating<br />
MPAP compared with invasive right heart catheterization method.<br />
Keywords<br />
Mean pulmonary artery pressure, Pulmonary hypertension, Echocardiography,<br />
Non-invasive hemodynamic assessment<br />
Imprint<br />
Francisco Jose Chacon-Lozsan, Elizaveta O. Lebedeva, Juan Sebastian Peinado-Acevedo.<br />
Novel formula to measure mean pulmonary artery pressure. <strong>Cardiometry</strong>; Issue 9;<br />
<strong>November</strong> <strong>2016</strong>; p. 74-76; DOI: 10.12710/cardiometry.<strong>2016</strong>.9.7476; Available from:<br />
http://www.cardiometry.net/issues/no9-november-<strong>2016</strong>/pulmonary-artery-pressure<br />
Introduction<br />
The pulmonary circulation is a circuit<br />
with a high flow and low pressure,<br />
and this favors the pulmonary gas exchange<br />
by preventing fluid moving<br />
out of the pulmonary vessels into the<br />
interstitial space so that the right ventricle<br />
operates with a low energy cost.<br />
The right ventricle is a thin-walled<br />
structure, and for this reason, it is<br />
poorly prepared to rapid changes in<br />
loading condition. Pulmonary arterial<br />
pressure (PAP) is the blood pressure<br />
in the pulmonary artery; it is generated<br />
by the right ventricle ejecting blood<br />
into the pulmonary circulation, which<br />
acts as a resistance to the output from<br />
the right ventricle. With each ejection<br />
of blood during the ventricular systole,<br />
the pulmonary arterial blood volume<br />
increases that stretches the wall<br />
of the artery. As the heart relaxes (ventricular<br />
diastole), blood continues to<br />
flow from the pulmonary artery into<br />
the pulmonary circulation [1].<br />
In hemodynamic terms, the mean<br />
pulmonary arterial pressure (MPAP)<br />
can be described by the following<br />
equation: MPAP = (Cardiac output x<br />
Pulmonary vascular resistance) + Pulmonary<br />
venous pressure, or in clinic<br />
terms MPAP = Pulmonary arterial<br />
systolic pressure + (2 x Pulmonary arterial<br />
diastolic pressure) / 3. Therefore,<br />
increases in cardiac output, pulmonary<br />
vascular resistance or pulmonary<br />
venous pressure will lead to increases<br />
in PAP. The normal mean pulmonary<br />
artery pressure is 11-17 mmHg, however<br />
there is some variation with age,<br />
weight and physiologic states [2].<br />
By consensus, pulmonary hypertension<br />
(PH) refers to the presence of<br />
a MPAP ≥ 25 mmHg at rest measured<br />
by right heart catheterization (RHC).<br />
The RHC is technically demanding<br />
and has been associated with serious,<br />
sometimes fatal complications, thus,<br />
74 | <strong>Cardiometry</strong> | Issue 9. <strong>November</strong> <strong>2016</strong>
this invasive diagnostic procedure<br />
should be performed in expert centers.<br />
The zero level of the pressure<br />
transducer varies among centers and<br />
should be standardized for future research<br />
because the level of the transducer<br />
has an important impact on<br />
the hemodynamic results, especially<br />
on the right atrium pressure and pulmonary<br />
artery wedge pressure [3,4].<br />
Echocardiography is performed to<br />
estimate the pulmonary artery systolic<br />
pressure through Doppler ultrasound<br />
and to assess right ventricular size,<br />
thickness, function, right atrial size,<br />
left ventricular systolic and diastolic<br />
function, and valve function, while<br />
detecting pericardial effusions and intracardiac<br />
shunts; they can be causes<br />
of PH. Overestimation and underestimation<br />
of pulmonary arterial pressure<br />
occurred with similar frequency when<br />
used Doppler echocardiography, especially<br />
when an inadequate tricuspid<br />
regurgitant jet is over-interpreted.<br />
There is also variability for the operator<br />
and the equipment [5,6].<br />
Both echocardiography and RHC<br />
are subject to disagreement when performed<br />
at different times and under<br />
different medical conditions, which is<br />
a major limitation of the studies that<br />
compare their accuracy in the diagnosis<br />
of PH. Nonetheless, while echocardiography<br />
detects PH with a greater accuracy<br />
than clinical history and examination,<br />
its greatest value is the detection of<br />
underlying left-sided heart disease as<br />
well as assessing RV function [7].<br />
The aim of this study is to assess a<br />
formula for MPAP and right ventricular<br />
systolic pressure measurement<br />
from non-invasive variables.<br />
Materials and methods<br />
Patients<br />
The patients evaluated for the present<br />
study were hundred forty-three<br />
Figure 1. Correlation between right hearth catheterization measured MPAP and obtained<br />
by equation<br />
(143); thirty (32) patients were women<br />
and thirty-five (111) were men,<br />
between 35-56 years old, with clinical<br />
suspected pulmonary hypertension,<br />
without neoplastic, congenital<br />
or psychiatric disease, non-pregnant,<br />
and without heart failure admitted<br />
to diagnostic right heart cardiac<br />
catheterization; non-patients were<br />
enrolled with dilated cardiomyopathy,<br />
using inotropes or intravenous<br />
vasoactive medications. The patients<br />
were taken from the hemodynamics<br />
unit of the Amosov National Institute<br />
of Cardiovascular Surgery in<br />
Ukraine, and the study was approved<br />
by the Ethics Committee of the same<br />
institution. All patients had accepted<br />
the informed consent before they entered<br />
the study.<br />
Design<br />
All patients submitted to diagnostic<br />
coronary cardiac catheterization,<br />
after the procedure, were submitted<br />
to pulmonary artery catheterization<br />
measuring right ventricle systolic<br />
pressure and pulmonary mean arterial<br />
pressure. Simultaneously, the<br />
right ventricle systolic pressure was<br />
measured by echocardiography using<br />
the Bernoulli’s equation, and non-invasive<br />
blood pressure was measured<br />
by noninvasive method according<br />
guidelines [8] to use with the experimental<br />
formula as follows.<br />
Formula:<br />
MPAP = Pulse Pressure / (Mean<br />
Arterial Pressure / Right Ventricular<br />
Systolic Pressure).<br />
Pulse pressure = Systolic blood<br />
pressure – Diastolic blood pressure.<br />
Mean Arterial Pressure = Systolic<br />
blood pressure + (2 x Diastolic blood<br />
pressure) / 3<br />
Statistical Analysis<br />
The information collected was<br />
downloaded to GraphPad Prism for<br />
Windows 5.1, and a linear correlation<br />
was performed by calculating the r<br />
Pearson study.<br />
Results<br />
143 patients were enrolled to the<br />
study; mean values of MPAP were<br />
42mmHg with a standard deviation<br />
of 18,22 mmHg. The Pearson’s correlation<br />
was 0,872 with a confidence<br />
interval from 0,795 to 0,921 when<br />
compared MPAP between invasive<br />
and formula results. Sensitivity was<br />
1,538% with a 95% confidence of interval<br />
(CI) from 0,038% to 8,276%,<br />
Issue 9. <strong>November</strong> <strong>2016</strong> | <strong>Cardiometry</strong> | 75
and Specificity was 100% with 95% CI<br />
from 94,48% to 100% (Figure 1 and<br />
Table 1).<br />
Conclusions<br />
Patients with suspected PH must be<br />
evaluated using a multimodality approach<br />
to ensure a precise diagnosis,<br />
from clinical evaluation, non-invasive<br />
imaging techniques like echocardiogram<br />
until RHC, which is considered to<br />
be the ‘‘gold standard’’. Echocardiography<br />
should be performed always in patients<br />
with HP suspected, and it can be<br />
used to infer the diagnosis of HP in multiple<br />
patients whose results of echocardiographic<br />
measurements are consistent<br />
with this diagnosis; echocardiographic<br />
changes in PH are several: right ventricular<br />
enlargement, right ventricular<br />
hypertrophy, right atrial enlargement,<br />
functional tricuspid regurgitation with<br />
a high velocity regurgitant jet by Doppler<br />
and a mid-systolic notch on the<br />
pulmonary artery Doppler flow tracing;<br />
however echocardiography alone is not<br />
enough to make a decision about treatment,<br />
and RHC is necessary [8,9].<br />
Several authors have attempted to<br />
create novel formulas to calculate<br />
different hemodynamic variables, for<br />
example, pulmonary artery occlusion<br />
pressure [10], and PAP is often<br />
estimated from echocardiographic<br />
estimations [5,11]. The Bernoulli<br />
equation was the best way to measure<br />
MPAP using echocardiography with<br />
a correlation of r=0,451 compared<br />
with invasive measurements, in 2011;<br />
Pyxaras Stylianos and his working<br />
team published a new formula to estimate<br />
the MPAP: they compared their<br />
new formula against the invasive way<br />
in 60 patients, obtaining a correlation<br />
of r = 0,692 [12]. In this study we<br />
compared the new formula against<br />
invasive method in 143 patients obtaining<br />
a correlation of r=0,872.<br />
The non-invasive methods to calculate<br />
different hemodynamic variables<br />
have great advantages over the invasive<br />
methods, due to the patient is not<br />
subjected to risks inherent to the procedure,<br />
and for this reason, this study<br />
shows a novel method to calculate<br />
the MPAP using vital signs, which is<br />
cheap, easy and have good accuracy.<br />
Statement on ethical issues<br />
Research involving people and/or animals<br />
is in full compliance with current national<br />
and international ethical standards.<br />
Conflict of interest<br />
None declared.<br />
Author contributions<br />
All authors have full <strong>access</strong> to all data<br />
in the study and the final responsibility<br />
for the decision to submit for publication.<br />
All authors seen and approved the<br />
submitted version. There was not any<br />
medical writer or editor involved in<br />
the generation of this publication. The<br />
study was founded by the authors, and<br />
there’s no conflict of interest. The author<br />
read the ICMJE criteria for authorship<br />
and approved the final manuscript.<br />
References<br />
1. Peacock AJ, Naeije R, Rubin LJ.<br />
Pulmonary Circulation: Diseases and<br />
Their Treatment, Third Edition. London<br />
United Kingdom, ERS. Taylor &<br />
Francis Ltd. 27 May 2011<br />
2. Klabunde RE. Cardiovascular Physiology<br />
Concepts, Second Edition. LWW;<br />
Sep 6, 2011.<br />
3. Hoeper MM, Bogaard HJ, Condliffe<br />
R, Frantz R, Khanna D, Kurzyna<br />
M, et al. J Am Coll Cardiol. 2013<br />
Dec;62(25 Suppl):D42-50.<br />
4. Kovacs G, Avian A, Olschewski<br />
A, Olschewski H. Eur Respir J<br />
2013;42:1586–94. 28. Hoeper MM,<br />
Maier R, Tongers J, et al.<br />
Pearson r 0,8720<br />
95% confidence of<br />
interval<br />
0,7950 to 0,9213<br />
P Value