exam 1 Flashcards

(48 cards)

1
Q

what is spinal facilitation?

A

the influence of somatic dysfunction on the spinal cord.
SD can irritate the spinal cord due to the nervous system connections and contribute to allostasis and allostatic load.
treating SD reduces spinal facilitation and helps restore homeostasis

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2
Q

what is somatic dysfunction?

A

Somatic dysfunction: impaired or altered function of related components of the somatic (body framework) system: skeletal, arthrodial, and myofascial structure, and their related vascular, lymphatic, and neural elements.

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3
Q

how does somatic dysfunction happen?

A

initial insult –>allostasis —>allostatic load –>HPA axis —> somatic dysfunction

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4
Q

direct OMT

A

the SD is moved towards a restrictive barrier

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5
Q

indirect OMT

A

SD moved away from a restrictive barrier towards direction of ease

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6
Q

primary SD

A

the most obvious of SD to appear during the evaluation and maintains dysfunction in surrounding structures
– Total pattern of dysfunction. Also names key lesion

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7
Q

what is secondary SD

A

arises from mechanical or neurophysiological
response in an attempt to compensate or adapt to the primary dysfunction

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8
Q

what are the 4 tenets of OMM

A
  1. The body is a unit; the person is a unit of body, mind, and spirit
  2. The body is capable of self-regulation, self-healing, and health
    maintenance
  3. Structure and function are reciprocally interrelated
  4. Rational treatment is based upon an understanding of the basic principles of body unit, self-regulation, and the interrelationship of structure and function
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9
Q

what is the order of treatment in lymphatics?

A

a. Open myofascial pathways at central transition areas of the body first then peripheral
b. Maximize normal diaphragmatic motions
c. Increase pressure differentials or induce motion in order to pump or
otherwise augment fluid flow beyond normal levels
d. Mobilize targets tissue fluids into the lymphatico-venous system from distal to central

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10
Q

why is the order of treatment in lymphatics important?

A

because you want to first remove the restriction and then augment flow

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11
Q

indications for lymphatic techniques

A

edema, tissue congestion, or lymphatic stasis/ infection/ inflammation

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12
Q

contra-indicatons to lymphatic techniques

A

Contraindications-aboslute: aneuresis if not on dialysis/ necrotizing fasciitis (in area involved)/ lack of patient consent and/or cooperation

Contraindications-relative: cancer, osseous fracture, bacterial infection, diseased organ, circulatory disorders, CHF, COPD, asthma, acute herniated nucleus pulposes

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13
Q

what is postural decomposition?

A

Occurs when an individual’s functional homeostatic mechanisms are overwhelmed or when the degre of pathological change becomes structurally incapable of resisting gravitational force

  • increased energy demand, pain, structural change
  • intrinsic and extrinsic contributions
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14
Q

what is center of gravity

A

A theoretical point representing the weight center of the body for a given posture; the point about which the body balances in every direction moment to moment

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15
Q

biomechanics model and how it is applied

A

views patient from structural or mechanical perspective. primarily post and motion considerations. muscles, joints and connective tissue

-OMT- spinal relations and postural muscle balance

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16
Q

respiratory circulatory model and how it is applied

A
  • control of blood, lymph and CSF through diaphragms
  • OMT addresses dysfunction in respiratory mechanics, circulation, and flow of fluids within the body (treating thoracic cage and diaphragms of the body is crucial)
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17
Q

neurological model and how it is applied

A
  • Describes how the body controls and protects itself and perceives the world around it (ANS [sym and parasym] and PNS [efferent and afferent])
  • OMT addresses mechanical stress/pressure on nerves and balancing autonomic tone
    1. Reduction of mechanical stresses, balance of neural inputs, elimination of nociceptive drive
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18
Q

metabolic-energy model and how it is applied

A

Describes how the body handles nutrients, regulates endocrine function and balance energy

i. OMT maximizes the ability to respond and adapt to

  • *stressors
    1. Addresses SD that contributes to dysregulation of energy and allostatic load/ remove unnecessary energy expenditure**
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19
Q

behavioral model and how it is applied

A

i. Describes how the psyche (mental, emotional, and spiritual) can effect the result of the body

OMT addresses mind-body-spirit

  1. Patient care should include compassion, patient education, and the role of stress
  2. Improve body’s ability to effectively manage, compensate, or adapt to stressors
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20
Q

intrinsic lymphatic pump

A

when lymph enters segment of the vessel the walls distend causing SM in the wall of the vessel to contract

the same is true in smaller vessels which possess contractile fibers

valves allow fluid to move in only one direction OMT can release fascial restrictions which compress the vessels and deter filling

conditions of high venous pressure- increased capillary permeability, altered osmotic pressure gradients, decreased osmotic pressure gradients across capillaries, scarring or destruction of lymph tissue (nodes)

21
Q

extrinsic lymphatic pump

A

– pulsation of arteries which are adjacent to the lymph vessels

a. contraction of surrounding muscles of the body

b. movements of the internal organs such as peristalsis OMT can be performed as an extrinsic pump
c. somatic dysfunction -postural imbalance , sedentary lifestyle

22
Q

Describe the role of OMT in the promotion of lymphatic circulation through optimizing respiratory/circulatory function

A

a. Promotion of lymphatic circulation through optimizing respiratory/circulatory function

i. The motion of the diaphragms and their surrounding and supporting structures during inhalation and exhalation maintain this pressure differential and augment fluid flow – SD reduces diaphragmatic motion, and reduces venous and lymphatic return to the heart

b. Performance of techniques to remove impediments to, and directly stimulate, lymphatic flow

23
Q

vaccination in patients who got OMM

A

the thoracic pump increased the B and T cell activation

24
Q

movement/plane/axis

A

Rotation happens in transverse plane in the vertical axis RTV

Side bending happens in coronal plane in the anteroposterior axis SCAP

Flexion/extension happens in Sagittarius plane in the transverse axis FEST

25
thoracic duct drains
¾ of the body
26
right lymphatic duct drains
top right ¼ of the body, heart and lungs
27
what are the anterior landmarks
pectus excavatum (chest in), pectus carinatum (chest out), genu varum (knees out), genu valgum (knees in), patella alta (high patella), patella baja (low patella) i. mid gravity line = mid heel point, public symphysis, umbilicus, xiphoid process, midsternum. episternal notch, symphysis menti, glabella
28
what are the posterior landmarks?
scoliosis (bent spine), spinal hair tufts/nevi i. mid gravity line = mid heel point, gluteal crease, spinous processes of sacral, lumbar, thoracic, and cervical vertebrae, inion
29
what are the lateral landmarks?
genu recurvatum (seen on lateral view – knees back -hyperextension of the knee) i. mid gravity line = lateral malleolus- lateral condyle of knee-greater trochanter of femur- sacral promontory -mid body of L3 -greater tuberosity of humerus -external auditory meatus
30
what is kinetic chain?
the anatomical connections bwtn areas of the body and forces are transmitted along them. - what is connected to what - areas are connected by more than just the muscles and bones that span the gap (vasculature, lymphatic and neural elements).
31
what are discontinuous compression bearing elements
rigid struts that don't directly touch one another push out on and stretch the tensile elements- this tenses the tension bearing elements -microtubles, ECM adhesion molecules, bones
32
what are continuous tension bearing elements?
cables that interconnect the rigid struts. - push in on both ends of the struts- this compresses the compression bearing elements. - microfilaments, intermediate filaments, muscles, ligaments, fascia
33
what is reciprocal tension?
struts pulling on the cables and cables pushing on the ends of the struts
34
what is pre-stress?
each element in the tensegrity system is already stressed due to the interactions (reciprocal tension) of the discontinuous compression bearing elements and the continuous tension bearing elements i. Struts already compressed and cables already tensed ii. Pre stress function is transmission of the adaptive positional changes throughout the system allowing for movement and maintenance of structure 1. Movement – stretching/shearing/pulling force- force on one end induces movement on the opposite end
35
what is self-assembly
a phenomenon in which components join together to form larger and more stable structures. rules of assembly are implied through recurrence of patterns (structure) which leads to a certain function.
36
microtubules are the ----bearing elements
compression
37
microfilaments and intermediate filaments are the ------ bearing elements
tension
38
cells respond to ----- and to changes in cell shape or cytoskeletal structure
mechanical forces
39
what is anatomic barrier
THE LIMIT OF **_PASSIVE MOTION_** •THE LIMIT OF MOTION IMPOSED BY ANATOMIC STRUCTURES •BEYOND THE ANATOMIC BARRIER MUSCLES AND LIGAMENTS TEAR AND BONES BREAK
40
physiologic barrier
THE LIMIT OF **_ACTIVE MOTION_** •INFLUENCED BY MUSCLE TONE, NATURAL FLEXIBILITY, GENETICS, ETC.
41
what is pathologic barrier
•RESTRICTION OF JOINT MOTION ASSOCIATED WITH **_PATHOLOGIC CHANGE IN TISSUES_**
42
what is restrictive barrier?
A FUNCTIONAL LIMIT THAT **_REDUCES ACTIVE RANGE OF MOTION_** •SOMATIC DYSFUNCTIONS CREATE RESTRICTIVE BARRIERS
43
what happens in ACUTE TART
44
what is chronic TART
45
what's is TART
Tissue texture and abnormalities Asymmetry Restriction of motion Tenderness
46
what is allostatic load
term coined as a more precise alternative to the term **stress**, used to refer to **environmental challenges** that cause an organism to begin efforts to maintain stability **stress affects function**: allostatic load is cumulative and degrades the body’s ability to respond/maintain homeostasis and respond to future stressors
47
what is homeostasis
maintenance of **static or constant** conditions in the internal environment/ the level of well-being of an individual maintained by **internal physiologic harmony** that is the result of a relatively stable state or equilibrium among the interdependent body functions i. HOMEOSTASIS IS NOT STATIC --\> critical to survival → must be maintained within narrow limits - These values in constant flux → must be maintained within narrow limits
48
the worse your posture is
the worse your health will be