Neurology Edited by Professor Emeritus Desire' Dubounet, IMUNE

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One of the easiest ways to learn about the gentle modificationof craniosacral system motion begins with the feet. As you cradlethe heels in your hands, "tune in" to the external rotation (theflexion phase of craniosacral motion), the return to neutral, theexcursion into internal rotation (craniosacral extension) and soon, as the rhythm repeats itself.As you discover this motion, answer these questions. Does themotion seem symmetrical? Do the feet rotate externally orinternally with more facility? As an example, assume that the leftfoot rotates externally further than the right, and that neitherfoot rotates internally as easily or as far as it does externally.In order to change this less-than-perfect situation, follow eachfoot to the extreme range of motion to which it moves with thegreatest ease. In our example, this would mean that you followboth feet into external rotation. When each foot has moved as farinto external rotation as it will go (in this case, the left footrotates externally further than the right), resist the return toneutral by making your hands immovable . Do not push further intoexternal rotation; simply resist the return to neutral by the feetfrom their extreme positions of external rotation.As the return to neutral is resisted or prevented by applyinggentle force at the subject's feet, another examiner monitoring thehead will feel a subtle resistance to the cranial bones' attemptedreturn to neutral, and thence into the extension phase ofcraniosacral motion. The return to neutral and the move intoextension will occur on the head, but with less facility. Thisperceptible change at the head is due to the resistance you havecaused by manipulating the subject's feet. As the craniosacralsystem again returns to its flexion phase, you will notice furthermovement into external rotation at either one or both feet.Follow this external rotation closely. Carefully take up theslack, just as you would keep a fishing line slightly taut whenreeling in a fish, or as you would keep the front bumper of yourautomobile snug against the rear bumper of a car you are pushing.When the external rotation reaches the limit of its new range ofmotion and attempts to return to a neutral position, the hands ofthe therapist again become immovable. The rest of the craniosacralsystem will reluctantly return to neutral. Then, against the newand increased resistance, it will proceed into its extension phase.This occurrence can be witnessed by an examiner monitoring theactivity at the subject's head.Each time the feet rotate externally a little further,carefully take up the slack and resist internal rotation. Aftersome repetition (the number will differ, usually between 5 and 20),the total craniosacral system motion will "shut down," i.e., becomeperfectly still. This is called the still point.The still point has been induced by the therapist's resistanceto the physiological motion at the subject's feet. It is usuallyheralded by gross irregularities of the craniosacral motion whichbecome manifest throughout the whole system. The craniosacralsystem may shudder, pulsate or wobble. As the therapist persistsin resisting the return to the neutral position of thephysiological motion at the feet, the craniosacral system'sactivity will ultimately shut down.
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NeurologyEdited by Professor Emerit
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That I only found when studying Wil
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fig. 2: origins and distribution of
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Vasodilatation - ØIntestineslongit
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those two modes, its contact with t
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epressive sexual education/impaired
Page 13 and 14: "The vegetative“ (autonomic) "ner
Page 15 and 16: 4.1. TechniqueOver the years, lots
Page 17 and 18: medication which either only battle
Page 19 and 20: the ANS' level, stress means sympat
Page 21 and 22: In therapy, we work from the tensio
Page 23 and 24: Naturally, besides the intensive tr
Page 25 and 26: neck furthermore intercepts the flo
Page 27 and 28: Robert A. Dew puts asthma down to t
Page 29 and 30: Looking at the vernacular gives the
Page 31 and 32: 5.5. Peptic Ulcer5.5.1. Pulsation o
Page 33 and 34: appears "openly dependent" or, if c
Page 35 and 36: During the resolution of the blocks
Page 37 and 38: Heike S. Buhl M.D., born 1955. Trai
Page 39 and 40: TitleDiagnosing and Treating Injure
Page 41 and 42: ody electrolyte strength will gener
Page 43 and 44: As presented, the peak of the first
Page 45 and 46: This situation has an important imp
Page 47 and 48: fibers. Sequential action potential
Page 49 and 50: and active tissue under electrode B
Page 51 and 52: Action potentials of injured cardia
Page 53 and 54: a nearby electrode and a distant re
Page 55 and 56: The distances between the poles of
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Page 59 and 60: When there are conditions of hypoad
Page 61 and 62: Trauma and injuries are a natural a
Page 63: BOOKS1. An Advanced Treatise in Qua
Page 67 and 68: HOMEOPATHIC TREATMENT OF PAINAbstra
Page 69 and 70: DESCRIPTION: PAIN - HEAT IMPROVESNU
Page 71 and 72: BEFOREAFTER4321OOOOOOOOXXXXXXXX0Avg
Page 73 and 74: tissues to bring about a lowering i
Page 75 and 76: CAUSES OF HEADACHE PAIN (Vindicate)
Page 77 and 78: ARTICLES AND STUDIES1. A Practical
Page 79 and 80: impairment or "disability" evaluati
Page 81 and 82: criteria:The third step is the comp
Page 83 and 84: 5. Estimate of the expected date of
Page 85 and 86: ImpairmentThe Extremities, Spine, a
Page 87 and 88: 3. Explanation for concluding that
Page 89 and 90: 3.1b Principles and Methods of Impa
Page 91 and 92: The range of motion should be recor
Page 93 and 94: IA is a function of V when Vext = V
Page 95 and 96: Interphalangeal Joint-Flexion and E
Page 97 and 98: Example: Thumb metacarpophalangeal
Page 99 and 100: Note: Because the relative value of
Page 101 and 102: Determine the length of the finger
Page 103 and 104: position (0 cm) to: Lost Retained o
Page 105 and 106: If the metacarpophalangeal joint is
Page 107 and 108: 40 of ring finger 450 of little fin
Page 109 and 110: Joint-Radial and Ulnar DeviationMea
Page 111 and 112: Flexion IA%=21%Lateral deviation IA
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the upper extremity, and 15% impair
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Add the impairment values for flexi
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Internal and External RotationMeasu
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shoulder motions (flexion/ extensio
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The peripheral spinal nerves consti
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obtained history, a thorough medica
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Example: In an injury, a patient su
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associated with those particular ne
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Ulnar or Radial Deviation%Digit Imp
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Joint Instability% Joint Impairment
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Example: Implant resection arthropl
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Intrinsic tightness in the hand may
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Extensor TendonSubluxation Severity
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With the patient plantar-flexing th
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0° 30° 0° 4510° 20° 10° 3020
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Center the goniometer over the meta
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Example: If 50% of the distal phala
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of the toe being tested (Figure 61c
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Center the goniometer over the late
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Inversion and Eversion (Subtalar Jo
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10° active dorsi-flexion 410° act
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Place the goniometer base as if mea
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Add the impairment values contribut
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Place the goniometer base as if mea
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Hip Joint-Two or More Ranges of Mot
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3.2f Impairment of the Lower Extrem
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In evaluating pain that is associat
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After the individual values for los
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value for loss of function = 15%) 1
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Principles for Calculating Impairme
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motion or ankylosis.B. Repeat the a
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is the greatest angle measured.5. C
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Example: Occipital flexion measurem
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possible, again recording both incl
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Cervical Region-RotationBecause the
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minimum kyphosis is actually a meas
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2. With the subject in either the s
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1. The subject may be seated or sta
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3.3) Ask the subject to rotate the
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3.3e Impairments Due to Range of Mo
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(for automated devices capable of c
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Example: T12 flexion measurements o
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3. Record the "0" readings first at
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3.4 The PelvisThe following shows i
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Addendum to Chapter 3A. Introductio
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1. If applicable, use Table 49 (p.
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B. Repeat the above steps for secon
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2. Consult the Ankylosis Section of
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impairment of the whole person.Exam
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Ankylosis1. Place the goniometer ba
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6. Add the impairment values contri
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FINAL IMPAIRMENT RATING FOR WHOLE M
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Combined value of spinal impairment
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There is a neutral or relaxed perio
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SPHENOBASILAR/CRANIAL BASE TORSIONT
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IMPAIRMENT OF THE NERVOUS SYSTEMThe
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upper extremities, controlling blad
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2. Neurological disorder results in
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4) Neurological: Grades = 5=normal
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4) Neurological:Sensation: (right/l
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technique on the part of the physic
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Direct TechniqueWith the patient co
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CONTRAINDICATIONSThe only contraind
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In order to determine the presence
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IX Glosso- pharyngealPharynx muscle
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ReflexesMuscle stretch reflexes, cu
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Abdominal skin reflex (exteroceptiv
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Sensory symptomsPersistant or episo
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Pyramidal tract signsEponym Manoeuv
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doubts of survival7. Psychotic symp
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· Foramen jugulare syndrome (Siebe
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For cranial nerve stimulation the c
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Demonstration of specific antibodie
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4.6.2 Explosive type4.6.3 Postural
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8.4.2 Caffeine withdrawal headache8
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Headache: differential diagnosisDes
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Diagnostic criteria of drug-induced
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convexity), glioblastoma, oligodend
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Hypothalamic regulatory hormonesHyp
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0 = normal1 = stride down to 30-45
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Parkinsonism: causesAetiology or Pa
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Paradoxical hyperkinesiaSudden good
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Meige syndrome(bilateral facial spa
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ThalamotomyScale for quantification
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Eating10 = independent (with aids)5
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InfectionsMeningitisOtitis media, m
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OculomotorDependent on surgery, var
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AreflexiaSlowed nerve conduction ve
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Causes of lumbosacral root disorder
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Compartment syndromescompartmentsAu
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Lateral root of median nerve (C5-C7
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Palsy without pronator, teres invol
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Baker's cyst (in rheumatoid arthrit
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Gluteal nerve lesionsIntramuscular
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Differential diagnosis of important
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2. C8 root syndromeMotor lossAs for
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Congenital and usually inherited my
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(iv) Type 7.erythrocytes involved.P
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Myopathies (polymyositis, dermatomy
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denervated muscles.)Prostigmine may
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Polyneuropathy (rarely)Hypothyroidi
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Multiple sclerosis - CAMBS scaleDis
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Intrathecal IgG production ≥90Oli
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THE CV-4 TECHNIQUEThe still point a
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NEUROLOGY TESTBlood pressure should
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To find out about the different neu
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support, clergy support, counseling
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HYGIENESelf-care deficit (specify l
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___________________________________
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ObjectiveHard -formed stoolStrainin
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Definition: [ failure of the heat t
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___________________________________
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Work overloadUnrealistic perception
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Inappropriate or poorly communicate
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Decreased skin turgorIncreased puls
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Definition: The client is unable to
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DEFINING CHARACTERISTICSInternal (i
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SUPPORTING DATAETIOLOGYLack of expo
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Satiety immediately after ingesting
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DEFINING CHARACTERISTICSSubjectiveX
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Does not defend self-care practices
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Cognitive perceptualCultural or spi
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SUPPORTING DATAETIOLOGYEnvironmenta
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Mechanical factorsShearing forcesPr
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Changes in postureFrequent yawningN
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DEFINING CHARACTERISTICSObjectiveSk
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Toxic reactions to medicationBatter
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______Self-concept, disturbance in:
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Bed rest or immobilityDEFINING CHAR
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Unmet needs[Physiological factors,
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___________________________________
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___________________________________
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Inability to speak in sentencesDoes
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Decision and actions by family whic
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ETIOLOGYSituational transition and/
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Hypotension [postural]Increased pul
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Central venous pressure changesJugu
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ObjectiveCryingDevelopmental regres
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Abnormal blood profile: altered clo
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Children playing without gates at t
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Reluctance to attempt movement[C/o
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SubjectiveReported or observed dysf
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diagnosis that adjustment to parent
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Acute Phase:Emotional reactions: an
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SubjectiveVerbalization of:Change i
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SUPPORTING DATAETIOLOGYEnvironmenta
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ETIOLOGYExternal (environmental) fa
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Interrupted sleep[Falls asleep duri
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Alteration in behavior or mood evid
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DEFINING CHARACTERISTICSSubjectiveF
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6) ORTHOPAEDIC TEST/SIGNS:Noted in
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Hibbs (positive) (negative) for (rt
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PROGNOSIS:MODERATE:The prognosis fo
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RECIPESBETTER BUTTERFor those of yo
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or flakes. Begin with 1/2 teaspoon
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in waterfor an elegant main course.
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This recipe also makes an excellent
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adding the celery and carrot near t
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stuffed caps in lightly greased bak
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TOFU SURPRISES2 tablespoons cold-pr
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By following these guidelines, you
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The technique of somatoemtional rec
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SPINAL IMPAIRMENT RATINGWhole Man1.
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59. Do you have a loss of interest
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The technique used to mobilize the
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The technique for evaluation and tr
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