Instrumentation Flashcards

1
Q

instrumentation satisfies which component of the PART system?

A

T - TISSUE TONE

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2
Q

instrumentation is assessing?

A

vasomotor function, dermal microvasculature, sympathetic nervous system (smooth muscle regulation, tunica media of vessel, function without an antagionist)

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3
Q

what is the purpose of instrumentation?

A

objectify neurologic function, target area for further assessment, WHEN to and when NOT to adjust

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4
Q

nervoscope tells you…

A

WHEN TO ADJUST

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5
Q

tytron c-3000 gathers information from?

A

first 5 mm of epidermis

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6
Q

tytron c-3000 is what type of system?

A

paraspinal thermal imaging system (infrared technology, relative skin temperature, direct skin temperature)

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7
Q

tytron c-3000 is primarily used for which type of analysis?

A

PATTERN

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8
Q

can the tytron c-3000 be used for break analysis?

A

yes, but it’s not as effective

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9
Q

what are some disadvantages of the tytron c-3000?

A

less effective for break analysis and doesn’t work well in the cold (below 60 degrees)

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10
Q

VSC associated with tytron c-3000?

A

neuropathology (dermal thermoregulation) and histopathology (cytological/inflammation/edema)

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11
Q

full spine scan using tytron c-3000 should take?

A

26 seconds

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12
Q

patient placement which using tytron c-3000?

A

identical to that of running cervical glide with nervoscope (patient sits all the way to the back of chair)

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13
Q

tytron c-3000: scan commences at…

A

S2

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14
Q

tytron c-3000: scan terminates at…

A

base of occiput

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15
Q

which speed should you keep while running a scan using the tytron c-3000?

A

speed of 1 second/segment

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16
Q

tytron c-3000: every scan that is run is accompanied by a…

A

mastoid fossa reading

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17
Q

mastoid fossa reading provides more specific information about?

A

upper cervical complex (occ-c1-c2*)

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18
Q

mastoid fossa reading commence by…

A

pressing “F” key

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19
Q

mastoid fossa reading

A

right barrel in right fossa, right barrel again in left fossa

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20
Q

with a mastoid fossa reading what would indicated clinical significance?

A

0.5 degrees C or greater

21
Q

gold standard for tytron c-3000?

A

take 3 thermal readings (scans) over a 24 hour period with scans spaced apart as evenly as possible (12 hours)

22
Q

which is it important to space our scans involved with tytron c-3000?

A

body needs time to adapt

23
Q

three general scan types for the doctor to consider:

A

pattern, adaptive, stress

24
Q

stress could be due to..

A

emotional stress, physical stress/pain, drugs or caffeine

25
nervoscope is what type of instrument?
relative skin temperature instrument
26
nervoscope assists in
objectifying neurologic dysfunction
27
nervoscope is primarily used for
segmental break analysis
28
can the nervoscope be used for pattern analysis?
yes, but only if it is connected to a recording unit
29
when using the nervoscope, what level should your sensitivity switch be set to?
LOW or medium
30
heat swing
gradual sweeping deflection of needle reflecting gentle thermal shift over MULTIPLE neurological fields as a part of normal physiologic function
31
break
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
32
patient placement for cervical instrumentation
seated even with back of stool
33
patient placement for thoraco-lumbar instrumentation
seated slightly forward (hand width)
34
doctor's stance - cervicals
scissorced stance 45 degrees (or less) to patient with contact arm in lin with patient's spine (knee touching side of chain). contact elbow is in close to the doctor's body. stabilization hand will support the forehead or sweep hair. single hand grip of instrument.
35
probes are in what position during cervical spine glide?
parallel or slightly inwards if patient is more petite/pediatric patient
36
cervical glide commences at
T1
37
cervical glide terminates
1/2 inch up onto occiput
38
instrument pitch is always in accordance with..
disc plane line/surface of skin
39
glide speed for cervicals is
3 seconds/segment
40
what glide time is ideal for cervicals?
18-21 seconds
41
confirmed breaks in cervicals are marked where?
1/4 inch BELOW mid thermocouple well outside of the glide path
42
probes are in what position during T/L spine glide?
parallel or wide open if patient has a larger frame
43
T/L spine glide commences at
C7
44
T/L spine glide terminates at
S2 (between PSIS's)
45
glide speed for T/L is
2 seconds/segment
46
what glide time is ideal for T/L?
35-38 seconds
47
confirmed breaks in T/L are marked where?
1/2 inch ABOVE mid thermocouple well outside of the glide path
48
when recording positive instrumentation findings...
segmental level involved, direction and amplitude (increments of deflection)