Omm Cardio

Front 1

What to use to name a rib dysfunction - single/group

Back 1

Key rib

Front 2

The "axial link" to the upper body

Back 2

clavicle

Front 3

Ribs join the spine via ______

Back 3

Hemi-facets

Front 4

Attached to ribs and sternum, pericardium, pleura, lumbar spine

Back 4

Diaphragm

Front 5

"Contiguous with fascia of neck; Attached to the xyphoid, diaphragm, and spine.
"

Back 5

Pericardium

Front 6

Sources of chest pain

Back 6

Heart, lungs, esophagus, stomach and liver

Front 7

Arterial and venous structures are under _____ control (autonomics)

Back 7

Sympathetics

Front 8

"Impaired ______ _____ causes compromise and congestion of the tissues, both of the cardiac and the peripheral tissues.
"

Back 8

Lymphatic Drainage

Front 9

Sympathetic innervation of the heart (levels)

Back 9

T1-6

Front 10

Parasympathetics of the heart

Back 10

Vagus

Front 11

Pain from ventricals refer to these dermatomes

Back 11

C8-T3

Front 12

Atrial pain refers to these dermatomes

Back 12

T4-6

Front 13

Anterior myocardial Chapman's reflex points

Back 13

2nd intercostalspace close to sternum

Front 14

Posterior myocardial Chapman's reflex points

Back 14

Midway between the spinous process and the tips of the transverse processes in the space between the transverse processes of T2 & T3

Front 15

Rotatory stimulation of this chapman reflex point may lower blood pressure

Back 15

Adrenal

Front 16

Anterior adrenal Chapman reflex points

Back 16

Lateral Aspect of rectus abdominus at the level of the inferior margin of the costal margin

Front 17

Posterior adrenal Chapman reflex points

Back 17

Intertransverse spaces on both sides of T11 and T12 midway between the spinous processes and transverse processes

Front 18

"Severe Scoliosis with thoracic curve greater than ____ degrees seriously compromises cardiac function
"

Back 18

60-75

Front 19

Severe Kyphosis measuring greater than ____ degrees compromises cardiac function

Back 19

60

Front 20

Patients with flattening of the thoracic kyphosis or with postural crossovers in the upper thoracics, tend to develop ______ when subjected to stressors

Back 20

Tachyarrythmias

Front 21

Which side predominates in heart autonomics

Back 21

Left side

Front 22

Fibers from which side innervates the right atria and SA node

Back 22

Right side

Front 23

Hypersympathecotonia in the right sided fibers to the atria and SA node predisposes to

Back 23

Supraventricular tachyarrythmias

Front 24

Sympathetic fibers from this side innervates the left heart and AV node

Back 24

Left side

Front 25

Hypersympathecotonia in the left sided fibers to the left heart and AV node predisposes to

Back 25

Ectopic foci and ventricular fibrillation

Front 26

What part of the autonomics opposes the sympathetics of the blood vessels?

Back 26

Nothing!

Front 27

Effects of bronchus by increased sympathetics

Back 27

Increase Bronchodilation

Front 28

Effects on peripheral vascular resistance by increased sympathetics

Back 28

Increase resistance

Front 29

Effects on lymphatic drainage by increased sympathetics

Back 29

Decrease drainage

Front 30

Effects on gastrointestinal activity by increased sympathetics

Back 30

Decrease movement

Front 31

Vasculature of the arms receive sympathetics from these levels

Back 31

T2-8

Front 32

Vasculature of the legs receive sympathetics from these levels

Back 32

T11-L2

Front 33

Vagus nerve has fibers from these nerve roots coursing thru them

Back 33

C1 & C2

Front 34

Hyperactivity of the right vagus cause sinus _____

Back 34

bradyarrythmias

Front 35

Right Vagus innervates the

Back 35

SA node

Front 36

Left Vagus innervates the

Back 36

AV node

Front 37

Hyperactivity of the left vagus predisposes to

Back 37

AV block

Front 38

Irritation of the vagus at this location has the most profound parasympathetic effects on the heart

Back 38

pulmonary branches of the vagus

Front 39

Pressure on the carotid body and the globe of the eye will ____ the heart

Back 39

Slow

Front 40

Pressure over the occipitomastoid suture will ____ the heart

Back 40

Slow

Front 41

Select vessels in these location will dilate with parasympathetic innervation

Back 41

Submaxillary gland, parotid gland, tongue, blushing areas of the face, penis and clitoris

Front 42

Effect on bronchus by parasympathetics

Back 42

Bronchoconstriction

Front 43

Effect on gastric system by parasympathetics

Back 43

Increased activity

Front 44

Lymphatic drainage of the heart and lungs are carried back to the heart primarily by

Back 44

Right Lymphatic Duct

Front 45

Right lymphatic duct drain these organs

Back 45

Heart, lungs, liver, right upper limb, right side of the head and right side of the neck neck

Front 46

Head and neck lymph drain into this venous location

Back 46

Right Jugular Trunk

Front 47

Heart, lungs and liver lymph drain into this venous location

Back 47

Right Bronchomediastinal Trunk

Front 48

Right upper limb lymphdrains into this venous location

Back 48

Right Subclavian triangle

Front 49

General OMT for acute MI

Back 49

Soft tissue for at least first 72 hrs post MI

Front 50

Somatic OMT for acute MI

Back 50

Treat the right Pectoralis major trigger point

Front 51

Autonomic OMT for acute MI

Back 51

C1 & C2, T1-4, paraspinal soft tissue @ T1-L2, dysfunction @ the oscipitomastoid suture

Front 52

Lymphatic OMT for acute MI

Back 52

Indirect techniques for thoracic inlet, pectoral traction, indirect ap diaphram redoming

Front 53

Autonomic OMT for hypertension

Back 53

T1-L2

Front 54

Lymphatic OMT for hypertension

Back 54

Posterior Adrenal chapman reflex points

Front 55

OMT to patient with post-coronary artery bypass graph should begin within

Back 55

2-hrs post op

Front 56

OMT for CHF should only be on

Back 56

Thoracic spine and ribs only

Front 57

These 3 organ afferents slow the heart

Back 57

Occulocardiac reflex, carotid body pressure, laryngeal irritation