Midterm Flashcards

1
Q

What does the Nervoscope measure

A

Relative skin temp

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2
Q

What is the primary use of a Nervoscope

A

Segmental “Break” Analysis

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3
Q

When can a Nervoscope be used for pattern analysis

A

If connected to recording unit (analgraph)

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4
Q

What will be observed as a gradual sweeping deflection
of the needle reflecting the gentle thermal shifts present on the skin’s surface as a part of normal physiologic function. It is generally
multisegmental

A

Heat Swing

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5
Q

What will be observed as a rapid reproducible deflection of the needle reflecting an atypical and unexpected thermal shift present over a neurological field (dermatome) as a part of dysfunctional physiology

A

Break

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6
Q

Ideally, how long does acclimation occur for

A

10 minutes

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7
Q

What do you have to clear of all jewelry, glasses, garments

A

Full Spine Glide path

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8
Q

What position should the patients hands be in

A

Palms up or down in lap

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9
Q

Patient placement for cervical glide

A

Back of the stool

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10
Q

Patient placement TL glide

A

Slightly forward

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11
Q

Doctor’s stance for cervical glide

A

Scissored, 45 degrees
Support head/Hair sweep
Single hand grip

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12
Q

Probe placement for cervical glide

A

Parallel to in.
T1 to 1/2 inch on occiput
Create air seal
Instrument pitch in disc plane line/skin

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13
Q

What is the glide speed for cervicals

A

3 sec per seg. (18-21 sec)

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14
Q

Where are confirmed breaks marked in the cervicals

A

1/4” below mid thermocouple outside of glide path

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15
Q

Probe placement for T/L glide

A

Parallel to wide.
C7-S2 (approx. btwn. PSISs_
Create air seal
Pitch in disc plane line/skin

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16
Q

What is the glide speed for T/L glide

A

2 sec per seg. (35-38 sec)

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17
Q

Where are confirmed breaks marked in T/L

A

1/2” above mid thermocouple well outside of glide path

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18
Q

Break Location: Occiput-C1

A

Btwn. the 2 segments

19
Q

Break Location: C2-T3

A

Interspinous space below

20
Q

Break Location: T4

A

Its own spinous level

21
Q

Break Location: T5-T9

A

Interspinous space above

22
Q

Break Location: T10-T12

A

Its own spinous level

23
Q

Break Location: L1-L5

A

Lower 25% of involved segment

24
Q

What findings do you need to document

A

Segemental level
Direction (side of break)
Amplitude

25
Q

What pathology deals with position/motion

A

Kinesiopathology

26
Q

What pathology deals with Tonicity

A

Myopathology

27
Q

What pathology deals with cytological/inflammation/edema

A

Histopathology

28
Q

What pathology deals with moisture changes on skin surface and sclerotogenous pain provocation (subjective)

A

Neuropathology

29
Q

What is P in PART

A

Pain and Tenderness

30
Q

What is A in PART

A

Asymmetry/Misalignment

31
Q

What is R in PART

A

ROM

32
Q

What is T in PART

A

Tissue/Tone Changes

33
Q

What is best utilized after instrumentation

A

Static palpation

34
Q

What are the Active light touches in order

A

Sudoriferous
Turgidity
Surface Tonicity

35
Q

What are the Deep Touches in order

A

Tissue prominency
Palpatory tenderness
Deep tonicity changes

36
Q

What kind of glands are located all over the body, and responsible for thermal regulation

A

Eccrine (Sudoriferous Changes)

37
Q

Oily, greasy, slippery, sweaty, clammy, or tacky can indicate what

A

Acute VSC

38
Q

Dry, scaly, flaky, or rough can indicate

A

Chronic VSC

39
Q

What is intrinsic pressure or resistance offered by a cell or tissue

A

Turgidity

40
Q

What is Accumulation of interstitial fluid under the skin is usually resultant to altered homeostasis, injury, or inflammation “palpable sponginess”

A

Edema

41
Q

What is described as changes in m. tone perceived as contracture, spasm, tightness, fullness, or being rope-like

A

Tonicity

42
Q

What type of pain pertains to lig., tendon, disc, periosteal, or zygapophyseal strucutes

A

Sclerotogenous

43
Q

What type of pain arises in m. bellies, musculotendinous junctions, and tendon insertions

A

Myotogenous