Thoracic and Lumbar Spinal Mechanics Flashcards

1
Q

cervical superior facet orientation

A

BUM

backwards, upward, medial

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2
Q

thoracic superior facet orientation

A

BUL

backwards, upward, lateral

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3
Q

Lumbar superior facet orientation

A

Backward, medial

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4
Q

coupled motion - consistent association of a motion along/about one axis with another motion about/along another axis has what implications for the principal motion

A

principal motion cannot be produced without the associated motion occurring as well

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5
Q

linkage is the

A

relationship of joint mechanics with surrounding structures

Specific joint assessment requires joint isolation

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6
Q

because of linkage, in order to assess a joint where linkage occurs, one must

A

isolate the joint in question for accurate measurement and evaluation

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7
Q

limit of active motion

A

physiological barrier

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8
Q

limit of motion imposed by anatomic structure - limit of passive motion

A

anatomic barrier

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9
Q

range between the physiolgoical barrer and anatomic barrier of motion in which passive ligamentous stretching occurs before tissue disruption

A

elastic barrier

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10
Q

functional limit within the anatomic range of motion, abnormally diminishes the normal physiolgic barrier

A

restrictive barrier

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11
Q

implications of spinal somatic dsyfunction

A

restrictions in motion of spine may reduce efficiency, impair flow of fluids, alter nerve function, and create structural imbalance

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12
Q

when referring to vertebral motion, you are always referencing the _____ surface of the vertebra

A

superior/anterior surface

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13
Q

when referring to vertebral motion, excessive or restrictive motion always refers to which vertebra

A

the vertebra above in the functional vertebral unit

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14
Q

type one fryette mechanics

A

neutral
opposite direction for sidebending/rotation
tend to be groups

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15
Q

type two fryette mechanics

A

in sufficient flexion/extension, sidebending and rotation occur in the same direction
tends to be a single vertebra

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16
Q

name somatic dysfunction for

A

ease of motion

where it likes to be

17
Q

fryette’s third principle states

A

initiating movement of any vertebral segment in any place of motion will modify the movement of that segment in other planes of motion

18
Q

T1-3 spinous process vs transverse process

A

spinous process and transverse process are at the same level

19
Q

T4-T6 spinous process vs transverse process

A

Spinous process are 1/2 a segment below the corresponding transverse process

20
Q

T7-T9 spinous process vs transverse process

A

spinous process are at the level of the transverse process of the vertebra one below

21
Q

T10 spinous process vs transverse process

A

follow rules of T7-T9

spinous process are at the level of the transverse process of the vertebra one below

22
Q

T11 spinous process vs transverse process

A

follows T4-T6

spinous process 1/2 level below corresponding transverse process

23
Q

T12 spinous process vs transverse process

A

follows T1-T3

spinous process corresponds to transverse process