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Applied Kinesiology Flash Cards > QA > Flashcards

QA Flashcards

1
Q

What are the intermediaries in the conversion of omega 6 to PG1?

A

Linoleic acid to GLA to DGLA to PG1

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2
Q

What enzyme is necessary to convert DGLA to AA?

A

Delt-5-desaturase

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3
Q

Step 1

A

Postural analysis (however, history could be included here)

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4
Q

Step 2

A

TS Line Analysis

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5
Q

Step 3

A

Identify weak muscle(s)

a. Measure, measure, measure (rom, pain, etc.)

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6
Q

Step 4

A

Does Autogenic Facilitation Strengthen?

 a. No: use IRT - rubbing over area(s) of injury strengthens weak muscle(s)
       i. Use origin-insertion technique with IRT for muscle or ligament injury
 b. Yes: use NSB and/or Set Point Technique for recent or chronic injury/pain
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7
Q

Step 5

A

Test Aspirin, Acetaminophen, Ibuprofen mix - if strengthens or weakens:

 a. Check essential fatty acids (BCSO, FSO, EPA, etc.)
 b. Check EFA Cofactors (B6, Mg, Zn, Niacin)
 c. IRT Chapman's Reflexes with animal and/or trans fat
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8
Q

Step 6

A

Test antihistamine mix - if strengthens:

 a. Challenge for allergen(s)/offender(s)
 b. IRT Chapman's Reflexes with allergen(s)/offender(s)
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9
Q

Step 7

A

Sniff Tests - aldehydes, bleach, ammonia

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10
Q

Step 8

A

Test nutrients for strengthening based on history

 a. Vitamin E (low back muscles); Vitamin C (shoulder muscles)
 b. Iron, folic acid, Vitamin B12
 c. Cholesterol lowering nutrients (if cholesterol weakens PMS)
 d. Chondroitin Sulfate (joint problems)
          i. Check sulfur (cysteine) and associated nutrients
          ii. Check blood sugar handling (insulin, magnesium)
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11
Q

Step 9

A

Is TL to K27 (or hyoid challenge) positive?

 a. Straight TL -cranial- immune (IRT (neck in extension) to Right cranial - Thymus; IRT (neck in extension) to Left cranial - Spleen)or mechanical (no IRT - go to Step 11)?
 b. Crossed TL - TMJ - immune (IRT (neck in extension) to Right cranial - Thymus; IRT (neck in extension) to Left cranial - Spleen) or mechanical (no IRT - go to Step 10)? or mechanical?
 c. Dorsal crossed TL - use tooth techniques 
 d. Hyoid challenge - TMJ, folic acid and/or thymus
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12
Q

Step 10

A

Does TL to TMJ strengthen weak muscle and/or weaken strong muscle with neck in extension?

 a. If TMJ IRT Right - check thymus (or lower sternum)
 b. If TMJ IRT Left - check spleen (or lower sternum)
 c. If TMJ TL but no IRT
        i. Check nasosphenoid cranial fault
        ii. Check temporoparietal jam
        iii. Check sphenoid compression fault
        iv. Check TMJ muscles
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13
Q

Step 11

A

Does pre-test imaging strengthen? If yes - check cranial bones

 a. If cranial IRT Right - Check thymus (or lower sternum)
 b. If cranial IRT Left - Check spleen (or lower sternum)
 c. If No Cranial IRT - mechanical correction needed
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14
Q

Step 12

A

Does rebreathing in a paper bag strengthen?
a. If yes: check citric acid cycle nutrients (B1, B2, B3, Mn, B5, Lipoic Acid, Biotin, Mg, ATP) and electron transport chain nutritional factors (CoQ10, Fe, Cu, Phosphorus)

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15
Q

Step 13

A

Does specific thought of appreciation felt in the heart strengthen?
a. Yes: use heart-focused technique(s)

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16
Q

Step 14

A

Tonic Labyrinthine Reflexes - Endocrine Hypofunction
Does TLR strengthen as expected?
a. No: identify and treat appropriate endocrine Chapman’s reflex
b. Yes: check for endocrine related muscle weakness - treat appropriately

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17
Q

Step 15

A

Hyperadrenia Challenge
Pituitary Chapman’s Reflex DOES NOT TL in the clear
1. TL pituitary with cortisol increasing activity: rubbing adrenal Chapman’s Reflexes; supine patient laterally flex left; or cortisol in mouth
2. If strong muscle weakens test for nutrients to NEGATE HYPERCORTISOLEMIA: DHEA; B5; C; Niacinamide; G; Phosphatidyl Serine; Wheat Germ Oil; Alkaline Ash Minerals; Choline; adrenal protomorphagens; pineal
3. Test for negation of pituitary Chapman’s Reflex TL induced weakness
a. Right foot forward (pituitary drive Technique)
b. Left foot forward (sphenoid compression fault)
4. TL Adrenal Chapman’s Reflex with offender in mouth
a. Caffeine; Histamine; Sugar
b. Norepinephrine (retrude jaw)
c. Insulin (pinch pancreas VRP)
d. Epinephrine (anaerobic challenge)
5. If TL with offender weakens strong muscle
a. Treat with IRT to Adrenal Chapman’s Reflex with offender in mouth

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18
Q

Step 16

A

Adrenal Challenge Technique
Does adrenal challenge (pinching) induce adrenal related muscle weakness? If Yes:
a. TL to adrenal Chapman’s Reflexes - if strengthens: rub Reflexes
b. TL to pituitary Chapman’s Reflex - if strengthens: go to 15a

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19
Q

Step 17

A

Ligament Stretch Adrenal Stress Syndrome
Does ligament stretch cause muscle weakness?
a. Yes: rub adrenal Chapman’s Reflexes

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20
Q

Step 18

A

Endocrine Dysfunction
Test endocrine related muscles - Identify and treat primary Chapman’s reflex
a. Test PMS (liver) and TFL (colon) - treat primary Chapman’s reflex

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21
Q

Step 19

A

Liver Detox Pathway Assessment
Does rubbing or pinching liver VRP strengthen weak muscle? - If yes:
a. Test liver detoxification nutrients
b. Challenge liver Chapman’s Reflex with offenders
i. IRT or rub liver Chapman’s with
offenders in mouth
c. Challenge PMS with Cholesterol - if Weakens:
i. Rub liver Chapman’s Reflexes with
Cholesterol in mouth
d. Challenge PMS with Thymus Thump (cytokines)
e. Challenge liver Chapman’s Reflex with sugar in mouth (triglycerides)

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22
Q

Step 20

A

Hyperinsulinism
Pinch pancreas VRP and test biceps brachii (or other upper limb flexor) - If weakens:
a. IRT pancreas Chapman’s Reflex with offender(s) in mouth

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23
Q

Step 21

A

Challenge for hiatal hernia / GERD

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24
Q

Step 22

A

Challenge ileocecal valve - open or closed

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25
Q

Step 23

A

If digestive problem - rub and pinch visceral referred pain area(s)

a. If rubbing strengthens: rub Chapman’s Reflex for that organ
b. If pinching strengthens: IRT Chapman’s Reflex for that organ
c. Challenge for closed ICV with fat (ileal break)
d. Challenge for open ICV with sugar
e. 3-step challenge for gastrocolic Reflex

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26
Q

Step 24

A

Perform emotional recall challenge - if positive: do emotional recall quick fix

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27
Q

Step 25

A

Check weak muscle(s) for Chapman’s Reflexes and origin insertion technique

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28
Q

Step 26

A

Check fascia sheath shortening

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29
Q

Step 27

A

Check iliolumbar ligament

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30
Q

Step 28

A

Check pelvic categories, iliac & sacral fixations

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31
Q

Step 29

A

Check spine (and feet) using FRA activity:

a. Challenge vertebra (or foot) to determine direction of correction
b. Add spinal position to determine optimal coupled position for spinal adjustment
c. If uncoupled mechanics: look for source of uncoupling

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32
Q

Step 30

A

Challenge extremities and adjust as indicated

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33
Q

Step 31

A

Check gait (backward step first)

a. If gait testing facilitation / inhibition ABNORMAL
i. Check for iliolumbar ligament or spinal, pelvic, foot / ankle subluxation(s)
b. If gait testing facilitation/ inhibition NORMAL
i. Pinch pancreas VRP - if pinching VRP disrupts gait: test related nutrients and rub pancreas Chapman’s Reflex
ii. Pinch other VRP’s - if pinching disrupts gait: rub Chapman’s Reflex

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34
Q

Step 32

A

If chronic or persistent pain: use LQM and/or tonification point techniques

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35
Q

NSB Technique

A
  1. Strong muscle weakens after AGGRAVATING pain with pressure or range of motion
  2. PATIENT TLs to ipsilateral acupuncture head Point to negate weakening
  3. DOCTOR TAPS ACUPUNCTURE HEAD POINT 100-1000 times that negated weakening WHILE AGGRAVATING INJURY EVERY FEW SECONDS or until aggravating pain no longer weakens muscle
  4. If there is still pain go to SET POINT TECHNIQUE
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36
Q

Set Point Technique

A
  1. Patient TLs to point of pain and DOES NOT create weakness.
  2. PATIENT TLs to point of pain AND TAPING ACUPUNCTURE HEAD POINT and causes weakening
  3. PATIENT TLs area of pain as DOCTOR TAPS ACUPUNCTURE HEAD POINT 100-1000 times (4 per second)
  4. Continue until patient TL with doctor tapping NO LONGER weakens strong muscle
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37
Q

Delta-6-desaturase is stimulated by:

A 
B6/P-5-P
Magnesium 
Zinc
High Protein Diet
Insulin
Low Temperature 
ATP
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38
Q

Delta-6-Desaturase enzyme is inhibited by:

A 
Trans Fats
Saturated fats
Arachidonic Acid
Glycerol
Glucose 
Fructose 
Alcohol 
Smoking 
High Temperature
Heavy Metal toxicity 
Low protein diet
Starvation/fasting
Epinephrine 
Glucocorticoids
Glucagon
Thyroxine
Aging
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39
Q

Omega 6 conversion to PG1

A
  • Linoleic Acid (LA) (corn, safflower, sunflower, peanut)
  • Gamma-Linoleic Acid (GLA) (Black Currant Seed Oil, Evening Primrose Oil, Borrage Oil)
  • Dihomogammalinolenic Acid (DGLA) (PG1 precursor)
  • PG1
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40
Q

What converts DGLA to AA?

A

Delta 5 desaturase

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41
Q

What stimulates the Delta-5-desaturase enzyme?

A

Insulin

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42
Q

How can you tell if someone has insulin resistance using the NSAID mix?

A
  1. Weak muscle strengthens on NSAID mix

2. Strengthening is negated by Sesame Seed Oil (SSO)

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43
Q

What does AA convert into?

A

PG2
Leukotrienes (LT) (Red meat, Dairy, Shellfish, Mollusks, PG2 precursor)
Thromboxanes (TX) (Promotes platelet aggregation)

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44
Q

EFA Cofactors

A

B6/ P-5-P
Mg
Zn
Niacin

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45
Q

What happens to omega 6 fats when a person has insulin resistance?

A

They get converted to PG2, leukotrienes, or Thromboxanes

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46
Q

If a strong muscle weakens on NSAID mix

A

Means leukotriene problem

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47
Q

Leukotrienes are ___ times more inflammatory than histamine.

A

100-1000

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48
Q

What are the most common Chapman reflexes associated with the animal lard/trans fat challenge?

A

Small intestine and parathyroid

Also, check - liver, thymus, pancreas, or any other

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49
Q

Negative side effects of NSAIDs

A 
Cause GI hemorrhage 
Destroy Vitamin C
Enhance Leukotrienes
Decrease sulfur levels: impairing Phase II liver detox and proteoglycan (GAG) synthesis (cartilage repair)
Encourage leaky gut
Antagonize folic acid 
Slow fracture healing
Increase cardiovascular risk
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50
Q

PG1 precursors

A

BCSO, Borage Oil, Evening Primrose Oil, SSO

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51
Q

PG3 precursors

A

Flax seed oil and EPA

52
Q

Histamine metabolizing agents

A 
Folate
B6/P-5-P
Betaine 
Quercetine
Spleen
53
Q

B6 Dependent Enzymes

A

Decarboxilation - removing a CO2 group

Transamination - NH3 transfer

54
Q

B6 Dependent Neurotransmitters

A 
Dopamine (CO2)
Norepinephrine (CO2)
Epinephrine (CO2)
Serotonin (CO2)
GABA (CO2)
Aspartic Acid (NH3)
Glutamic Acid (NH3)
Glycine (NH3)
55
Q

Urea Cycle

A 
NH3 and CO2 
to (Cofactors: ATP and Mg)
Carbamoyl Phosphate
to (Cofactor: Biotin)
Citruline
to and from (Cofactors: Aspartic Acid and Mg)
Arginosuccinic Acid

Arginine to Fumeric Acid and Arginosuccinic Acid
Fumeric Acid
to oxaloacetic acid (via TCA)
to Aspartic Acid (Cofactors: NH3)

Arginine
to Urea and Ornathine (Cofactors: Arginase and Mn)

Ornithine 
to Citruline (Cofactor: Biotin)
56
Q

If Bleach sniff test STRENGTHENS

A

Suggests sluggish immune system

Weak infraspinatus strengthens to TL to Upper Sternum and responds to Thymus tissue and/or Niacinamide

57
Q

If Ammonia Sniff test STRENGTHENS

A

Suggests Inadequate B6/P-5-P

If ONLY P-5-P strengthens consider a B6 conversion problem vs Genetics

Check: Mg, Zn, B2, and Phosphorus

58
Q

If Aldehyde Sniff WEAKENS

A

Suggests Aldehyde Metabolism Problem

  1. Test Aldehyde Metabolism Nutrients: Mo, Niacinamide, riboflavin, Iron, Antioxidants (Se, E, etc)
  2. Identify Chapman’s Reflexes that negate weakness (consider Liver, Lungs, Sinuses, Small Intestine, Lower Sternum, etc)
  3. IRT to Chapman’s Reflex AFTER patient sniffs Aldehyde
59
Q

If Bleach Sniff WEAKENS

A

Suggests Free Radical Pathology

  1. Test Nutrients related to Free Radical Pathology Nutrient: Taurine, TAU Cofactors (Folate, B12, B6/P-5-P, Methyl donor, Mg, Mo), Niacinamide, Vitamin G, Se, E, EFA, Vitamin C, Quercitin, Adrenal Nutrients, other Antioxidants
  2. Identify Chapman’s Reflexes that negate Bleach sniff test
  3. IRT to Chapman’s Reflexes IMMEDIATELY after sniffing bleach
60
Q

If Ammonia Sniff WEAKENS

A

Suggests Ammonia Metabolism problem

  1. Check Ammonia Metabolism Nutrients: B6/ P-5- P, Mo, Iron, CAC factors, B1, B2, B3, Mn, B5 Lipoic Acid, Biotin, Mg, Arginase (requires Mn)
  2. Identify Chapman’s Reflexes that NEGATE weakening
  3. Perform IRT to Chapman’s Reflexes IMMEDIATELY after patient sniffs Ammonia
61
Q

Low back muscles nutrition

A

Vitamin E

62
Q

Shoulder Muscles Nutrition

A

Vitamin C

63
Q

Aerobic Muscle testing nutrition

A

Iron and EFAs

64
Q

Cholesterol lowering Nutrition

A

Vitamin A, Vitamin C, Niacin, B5, Betaine, Choline, Lecithin, EFAs, Policosinols, Taurine, Glycine, Cu, Guggul, Garlic, Tocotrienols, Resveratrol, Saponins

65
Q

“Bad Flora” encourage the conversion of dietary cholesterol to ____, resulting in negative feedback to the ____, inhibiting Cholesterol breakdown into bile salts and increasing serum cholesterol.

A

7-Deoxycholate

Liver

66
Q

Describe methionine to homocysteine recycling

A 
Methionine
to (Cofactor: Mg)
SAM (s-adenosyl-methionine)
to (loses a CH 3 group)
SAH (s-adenosyl-homocysteine)
to
Homocysteine
Recycled to methionine by:
- Folate, B12, and a methyl group 
- Betaine and BHMT (betain-homocysteine methyltransferase)
67
Q

Show the breakdown of homocysteine to taurine and pyruvic acid.

A 
Homocysteine 
to (Cofactor: B6/P-5-P)
Cystathionine
to
Cysteine *
to/from cystine

*Cysteine
to
beta-mercaltopyruvic acid
to sulfide AND PYRUVIC ACID

*Cysteine 
to
Cysteine-sulfinic acid +
to (Cofactor: B6/ P-5-P)
Hypotaurine
to 
Taurine
\+Cysteine-sulfinic acid 
to (Cofactor: B6/P-5-P)
Beta-sulfinylpyruvic acid 
to
PYRUVIC ACID and SO3 to (Cofactor: Mo) SO4
68
Q

Describe the conversion of glucose to chondroitin sulfate.

A 
Glucose 
to (Cofactor: Mg)
Glucose-6-PO4
to 
Fructose-1-PO4 AND Glucose-1-PO4
Fructose-1-PO4
to
N-acetylglucosamine
to
Hyaluronic acid AND Chondroitin 
Glucose-1-PO4
to
Glucuronic acid
to
Hyalurinic acid and Chondroitin

Chondroitin
to (Cofactor: SO4)
Chondroitin Sulfate

69
Q

Describe the Chondroitin Sulfate test.

A
  1. Chondroitin Sulfate strengthens a weak muscle.
  2. Test Cysteine (Sulfate)
  3. If cysteine strengthens test nutrients: methionine, Mg, B12,Folic Acid, B6/P-5-P, Methyl donor (Betaine, Choline), Mo
  4. Test glucosamine and glucuronic acid: if either strengthens
    A. Test for Mg
    B. Test for and treat disturbance of glucose/insulin metabolism
    C. Test other nutrients: B5, Niacinamide, C, Glutamine, Mn, Si, Fe, Cu, Zn
70
Q

Describe the Homocysteine Challenge.

A
  1. Challenge with homocysteine in mouth causes:
    A. Global weakness and TL to Chapman’s Reflex negates weakness
    B. Weakness ONLY on TL to Chapman’s Reflex
  2. If Challenge positive test homocysteine lowering nutrition: B6/P-5-P, folic acid, methyl donor
  3. Treat IRT to involved Chapman’s Reflexes with homocysteine in the mouth

*Most common Chapman’s Reflexes: Liver, Brain, Heart, Thymus, Spleen

71
Q

How do you determine a mechanical cranial fault in step 9?

A
  1. Straight TL to K27 strengthens weak muscle
  2. Rubbing right or left cranial bone and Pre-test imaging strengthens weak muscle
  3. Neck in extension DOES NOT weaken
72
Q

Where is the Thymus VRP?

A

Over the right shoulder

73
Q

Where is the Thymus Chapman’s Reflex?

A

Right 5/6 intercostal space from mid-mammillary line to mid-axillary line.

74
Q

What do you check when straight K27 strengthens a weak muscle and rubbing the right cranial bone with neck in extension weakens?

A

Check the Thymus

  1. Rub the Thymus VRP or Lower Sternum
  2. Identify weak Infraspinatus or Pec minor
  3. TL to Thymus Chapman’s Reflex or Lower Sternum
  4. Rub Thymus Chapman’s Reflex or Lower Sternum with nutrient in mouth
75
Q

What do you check when straight K27 strengthens a weak muscle and rubbing the left cranial bone with neck in extension weakens?

A

Check the Spleen

  1. Rub the Spleen VRP or Lower Sternum
  2. Identify weak Infraspinatus or Pec minor
  3. TL to Spleen Chapman’s Reflex or Lower Sternum
  4. Rub Spleen Chapman’s Reflex or Lower Sternum with nutrient in mouth
76
Q

Where is the Spleen VRP?

A

Over left shoulder

77
Q

Where is the Spleen Chapman’s Reflex?

A

Left 8/9

intercostal space from mid-mammillary line to mid-axillary line

78
Q

What do you check if you find IRT to the right TMJ?

A

Thymus

79
Q

What do you check you find IRT of the Left TMJ?

A

Spleen

80
Q

How do you determine the need to look for IRT to the TMJ?

A

Crossed or Dorsal TL to K27

81
Q

How do you determine the need for treatment of a tooth?

A

Dorsal crossed TL to K27

82
Q

What four treatment can you perform to a tooth?

A

Neurological tooth
IRT
Set point
NSB

83
Q

What are the immune system nutrients for the Thymus?

A 
Thymus tissue
Folic Acid
B12
Arginase
Vitamin D
Other immune supporting substances
84
Q

What are the immune system nutrients for the Spleen?

A 
Spleen tissue
Folic Acid
B12
Arginase
B6/P-5-P
Vitamin D & other
85
Q

What are the immune system nutrients for the Lower Sternum?

A 
Anti-heavy metal substances 
Parotid 
Molybdenum 
Selenium 
Iron
EFA
86
Q

What four things should you check if cranial faults recur?

A
  1. Citric Acid Cycle Nutrients: B6
  2. Heavy Metal Toxicity: Step 9
  3. Zinc
  4. Thymus, Spleen
87
Q

(True or False)

Once Step 9 is done you can move on to step 10 and then through the steps on through 12 and on to 13.

A

False
Steps 9, 10 and 11 are interchangeable and after correcting ANY of these steps you must go back and recheck all three steps until all challenges are negative.

88
Q

What Cofactors are needed to convert pyruvic acid to acetyl-co A?

A

B1, NAD, FAD, Mg, Lipoic Acid

89
Q

What product from the Krebs cycle is needed to make GABA?

A

Glutamic Acid (and Cofactors: B6)

90
Q

How does immune system stress and lead to lowered ATP production in the Citric Acid Cycle?

A

It causes production of Nitric Oxide, which uncouples the process of oxidative phosphorylation, leading to: lowered ATP; a buildup of lactic acid; a buildup of pyruvic acid; and a buildup of organic acids.

91
Q

Anaerobic muscle testing may suggest a need for what nutrients?

A

B5, Fe, or other CAC nutrients

92
Q

90% of the body’s Zn is used for what?

A

Carbonic Anhydrase

93
Q

CO2 from the CAC is used for what?

A

To produce bicarbonate ion

94
Q

Bicarbonate ion is used for what?

A

CSF, HCl, Pancreatic Enzyme Production

95
Q

TLR Rules

  1. _____ should never be weak supine and ____ should never be weak prone.
  2. When a patient is supine, flexor weakness should be negated by turning the head to the ____ side.
A
  1. Extensor; Flexor

2. Opposite

96
Q

How can you override TLRs?

A

Gently clench teeth together

97
Q

How do you restore disrupted TLRs?

A

Identify and rub appropriate Chapman’s Reflexes.

98
Q

Name 4 tooth techniques

A
  1. Neurologic Tooth Technique
  2. IRT Tooth
  3. Set Point Tooth
  4. NSB Tooth
99
Q

How do you challenge and correct a Temporoparietal Jamming?

A
  1. TL to TMJ with maximum wide opening of the jaw weakens a strong muscle
  2. Rubbing or TL to Squamosal Suture Strengthens the Weak Muscle
  3. Challence with cephalad pressure on the Inferior Ramus of the Mandible weakens strong muscle
  4. Perform Fascial release of the Temporalis and Masseter Muscle
  5. Decompress the Parietal bone by Medial Pressure above the Squamosal Suture with thumbs/fingers on both sides of the Sagittal suture to prevent Jamming
100
Q

How do you challenge and correct a Nasosphenoid Cranial Fault (Sphenoid Tilt)?

A

In Sphenoid Tilt, the Sphenoid bone Tilts up on one side and down on the other.

  1. Rubbin or TL to Greater wing of sphenoid strengthens weak Muscle
  2. Rebound challenge (lateral to medial pressure) on the bridge of the nose weakens strong muscle
    • High sphenoid side is Ipsilateral to side of challenge weakness
  3. Find a phase of respiration that negates challenge
  4. Correct in the direction the CAUSED weakening on the phase of respiration that NEGATED it

*Challenge and correction of the sphenoid tilt can be reinforced by exerting sphenoid pressure superior to inferior on the high side and inferior to superior on the low side

101
Q

How do you challenge and correct a Sphenoid Compression Fault (Sphenoid Spread)?

A

In a sphenoid Compression fault, the sphenoid is compressed from Lateral to Medial. The Sphenoid Compression fault is often Associated with PINEAL GLAND Problems.

  1. Strong endocrine related muscles weaken when room is darkened
  2. If there is a pineal problem, the weakness in the strong endocrine related muscle that weakened in the dark will be negated with PINEAL TISSUE.
  3. Rebound Challenge with bilateral pressure lateral to medial on the:
    a. Rami of the mandible (or)
    b. Greater wings of sphenoid, weakens strong muscle
  4. If there is a pineal problem, challenge weakness negated by pineal tissue in mouth
  5. Correct with firm pressure (intraorally), medial to lateral on the Rami of the Mandible for approximately 5 seconds

*Correcting the sphenoid compression fault helps many sleep related problems and problems upon Awakening

102
Q

What 5 steps do you take to correct most cranial faults?

A
  1. Pre-test imaging
  2. Identify cranial fault
  3. Patient TL over cranial fault strengthens weak muscle
  4. Pinching skin over cranial fault identified weakens strong extensor muscle
  5. Correct by Atlanto-occipital flexion IRT
    a. With patient TL to cranial fault identified
    b. After doctor pinches skin over cranial fault identified
103
Q

What 4 nutrients do you check if cranial faults recur?

A
  1. Citric Acid Cycle nutrients
  2. Heavy Metal toxicity
  3. Zinc
  4. Thymus, Spleen or Lower Sternum
104
Q

What nutrients are necessary to go from glycolysis to CAC?

A

Mg

105
Q

What nutrients are necessary to go from CAC to the electron transport chain?

A

B1, B2, B3, B5, Mn, lipoid Acid, Biotin, Mg, (ATP)

106
Q

What nutrients are necessary to go from the electron transport chain to ATP?

A

CoQ10, Fe, Cu Phosphorus

107
Q

What should you do if multiple endocrine gland muscles are weak in step 14?

A

Go to step 18. After correcting step 18 return to step 15 (hyperadrenia challenge)

108
Q

How do you override TLRs?

A

Gently clench teeth together

109
Q

A lateral flexion convex to the left means what?

A

High Adrenal and low thyroid

110
Q

A lateral flexion convex to the right means what?

A

High thyroid and low adrenals

111
Q

A sympathetic response will result in what spinal motion?

A

Flexion

112
Q

A parasympathetic response will result in what spinal motion?

A

Spinal extension

113
Q

A right foot forward gait pattern can mean what?

A

High pituitary function

114
Q

A left foot forward gait pattern can mean what?

A

High pineal (or melatonin) function

115
Q

Is eye focused far (ceiling) sympathetic or parasympathetic?

A

Sympathetic

116
Q

Is eye following a finger beat to far sympathetic or parasympathetic?

A

Sympathetic (NE)

117
Q

Is eye focused near (nose) sympathetic or parasympathetic?

A

Parasympathetic

118
Q

Is eye following finger far to near sympathetic or parasympathetic?

A

Parasympathetic (Ach)

119
Q

If pituitary Chapman’s Reflex DOESN’T TL but does after rubbing Adrenal Chapman’s Reflex or supine patient laterally flexes convex left or with cortisol in the mouth,

-What nutrients should you test?

A 
DHEA
B5, Vitamin C, niacinamide, G, Phosphatidyl Serine, wheat germ oil, alkaline ash minerals
Choline
Adrenal protomorphagen extract
Pineal or melatonin
120
Q

If pituitary Chapman’s Reflex DOESN’T TL but does after rubbing Adrenal Chapman’s Reflex or supine patient laterally flexes convex left or with cortisol in the mouth,

-and is negated with a right foot forward gait. What should you check?

A

Pituitary drive

121
Q

If pituitary Chapman’s Reflex DOESN’T TL but does after rubbing Adrenal Chapman’s Reflex or supine patient laterally flexes convex left or with cortisol in the mouth,

-and is negated with a left foot forward gait. What should you check?

A

Sphenoid compression fault

122
Q

Which steps will usually correct psychological reversal?

A

Steps 5 and/or 6. However, to insure correction pinch small intestine VRP before proceeding to steps 9, 10, and 11.

123
Q

What nutrient Cofactors are necessary for conversion of methionine to taurine?

A

Mg, Folate, B12, B6 and a methyl donor

124
Q

NADPH is a coenzyme of which Vitamin?

A

Niacinamide

125
Q

What 3 metabolic pathways convert NH3 into end productsto be excreted through the urine?

A

The urea Cycle
Purine degradation
Creatine Synthesis

126
Q

What two substances are essential to urea Cycle function and depend on the citric Acid Cycle?

A

CO2 and aspartate (which is aminated from oxalic Acid).

The urea Cycle also requires several other nutrients and the enzyme Arginase (manganese dependent) to produce urea

127
Q

What two substances are necessary for purine degradation into uric Acid?

A

Iron and molybdenum

Applied Kinesiology Flash Cards (15 decks)

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