Chapter-1 / Physiological Foundations - WHNLive Public Library

100mln-',:pulse '020onegollYedistress/NotesS/J.osllwe°MT l,processt I I Remedying the dO~fDUS crisis) by_ns II! CIIIJb ntJliDn -of the O,MT...../IIt""", '''''''''" /X pulse can on be withstood fO/D /'-..... /\ limited leng h ot time.worninglirmDl ! /negoliw Oz pulse positire 0l pulse--reaction reacllon- - --I1S,·1OSk'aampleJC mm~ exilus seems imminent Ii course of the 80 (Increased cardiac orrhylhmlQS,. -renous ft_n -It,,,s'I'1O POz-tr1 -- - - QOz-consequences atphysical moclivilyJ....... 60 --------1""'.... _ / .,........,-------------,_--______+_, ,I of ,- ~------~. -1- -I BresuIt 1119 WliUlS 50 l'= 78% 8.% 25% 20°/:::r'lng capocily p~ 40 P Oz - non ~ -- • ............. '1 --- -- ------ 1:= 6D01 the Oz-offerto the orgonism(rest;~Or__------- ~ . .__20""'---------Q z - status---------------+4normal for life .threateningly poor normal, has so far lasted 16 monlhs, prolongation of lifeage 91years (dizziness, difficult breathing, lotol disablement) and of high - qualify life IS to bt expected7'k, ' 18'1.0= 78% 8,1,5- 72% 25·1.0·25% (March 1982)..---Jtoigo 64 The 02 deficiency pulse reaction is a warning signal of a life-threatening crisis, and the lasting remedyingthe crisis by means of intensive variants of the 02MT (36 h procedure + HOT*, GK 4-1111. Paradigm of a-year-old patient (May 1982) with negative and positive energetic control of the blood microcirculation (A) and°th the correlating temporal courses of pulse (B), of both resting Po levels (C) and of the O2 offer to the organm(0). kf = factor considering pulse increase 2.1.9.5 The age-dependency of the oxygen transport Q0 2to the body tissue, and the increase inthis transport by means of O 2 MT and exercise trainingOne characteristic of the older person is thedrop in physical and mental powers with increasingage. Physically, the deterioration in theenergetic status in the human organism liesbehind this phenomenon. Since under normalconditions the energetic status is determinedy the O 2 status, the curves of this status inig. 66 in their age dependency are of vitalignificance for everyone.The dependence on age of the O 2 uptake andof the O 2 transport Q02 to the body tissue,determined under resting conditions each, waslOve tigated in [37]. The result for normal uneatedper ons is shown in the lower curveolid line) in Fig. 66. It can be seen that the2 tr n port, at rest, drops at an average age ofoy ar to approximately 62% of the maximumapproximately 30 years. Figure S8 hasdy hown that the 77-value improves with~:re~lsing age. The increase in 77 (mean involunt er ) i' entered numerically inFig. 67 A. The real reason why the oxygen orenergy status usually deteriorates critically withincreasing age, despite the increase in 77, is thereduction in cardiac output. According to Fig.67 B [109, 110], the cardiac output in normalpersons of 80 years, who are inactive in accordancewith their age, is reduced to roughl 60 %of its maximum in youth. The difference incardiac output between portingly acti e andinactive individual i remarkable here. The agedependentchange in the product, fl x ardiaoutput, which is largely de i ive for the O2flow, is shown in Fig. 67 C.Guidelines for the improvem nt whi h an bachieved with 02MT can ben fr m thupper curve in Fig. 66 and fr m Fig. 68. It nbe . een from Fig. 68 that in mpari n tthe fl-valu without tr atm nt th r 'urr din almost all ag gr up an appr im t d uling of th fl-valu, and that th rim im 1incr as in th ag rang fr mOt 0