Rembe Electro Pdn Flashcards

1
Q

There is absolutely no response to any current in either nerve or muscle

A. Partial reaction of degeneration
B. Full reaction of degeneration
C. Absolute reaction of degeneration
D. Reaction of degeneration is not involved

A

C

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2
Q

Decrease tetanic(faradic) excitability

A. Partial reaction of degeneration
B. Full reaction of degeneration
C. Absolute reaction of degeneration
D. Reaction of degeneration is not involved

A

A.

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3
Q

Decrease in both galvanic and faradic stimulation

A. Partial reaction of degeneration
B. Full reaction of degeneration
C. Absolute reaction of degeneration
D. Reaction of degeneration is not involved

A

A.

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4
Q

Increase galvanic excitability in a ms

A. Partial reaction of degeneration
B. Full reaction of degeneration
C. Absolute reaction of degeneration
D. Reaction of degeneration is not involved

A

A

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5
Q

Responds to galvanic stimulation but the response is slow and sluggish

A. Partial reaction of degeneration
B. Full reaction of degeneration
C. Absolute reaction of degeneration
D. Reaction of degeneration is not involved

A

B

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6
Q

Brisk contaction in response to galvanic stimulation

A. Partial reaction of degeneration
B. Full reaction of degeneration
C. Absolute reaction of degeneration
D. Reaction of degeneration is not involved

A

D

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7
Q

Stage of reaction of degeneration that lasts 10 days to 2 weeks

A. Partial reaction of degeneration
B. Full reaction of degeneration
C. Absolute reaction of degeneration
D. Reaction of degeneration is not involved

A

A

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8
Q

Most unfavorable prognosis

A. Partial reaction of degeneration
B. Full reaction of degeneration
C. Absolute reaction of degeneration
D. Reaction of degeneration is not involved

A

C

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9
Q

Decrease in both tetanic(faradic) and galvanic stim
A. Partial reaction of degeneration
B. Full reaction of degeneration
C. Absolute reaction of degeneration
D. Reaction of degeneration is not involved

A

A

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10
Q

Ms has been replaced by fibrous connective tissue
A. Partial reaction of degeneration
B. Full reaction of degeneration
C. Absolute reaction of degeneration
D. Reaction of degeneration is not involved

A

C

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11
Q

Longitudinal reaction is positive

A. Partial reaction of degeneration
B. Full reaction of degeneration
C. Absolute reaction of degeneration
D. Reaction of degeneration is not involved

A

B

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12
Q

There is often a inversion of the polar formula
A. Partial reaction of degeneration
B. Full reaction of degeneration
C. Absolute reaction of degeneration
D. Reaction of degeneration is not involved

A

B

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13
Q
Homogeneous erythema
A. Infrared rad
B. UV rad
C. Minimal erythema
D. Second degree erythema
A

B

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14
Q

Erythema produce is intense after 3-4 hours

A. Infrared rad
B. UV rad
C. Minimal erythema
D. Second degree erythema

A

B

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15
Q

Erythema may percist for as long as an hour

A. Infrared rad
B. UV rad
C. Minimal erythema
D. Second degree erythema

A

A

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16
Q

Produces an erythema within 6-8 hours

A. Infrared rad
B. UV rad
C. Minimal erythema
D. Second degree erythema

A

C

17
Q

Erythema ab igne

A. Infrared rad
B. UV rad
C. Minimal erythema
D. Second degree erythema

A

A

18
Q

Erythema subsides in 2 days

A. Infrared rad
B. UV rad
C. Minimal erythema
D. Second degree erythema

A

D

19
Q

Stimulates local circulation

A. Infrared rad
B. UV rad
C. Minimal erythema
D. Second degree erythema

A

A

20
Q

Duration of erythema persists for 24-26 hours

A. Infrared rad
B. UV rad
C. Minimal erythema
D. Second degree erythema

A

C

21
Q

Flow of the electrons continues unchanged in the same direction

A. Direct current
B. Alternating current
C. Joules law
D. Bunsen burner law

A

A

22
Q

Currents capable of exerting a chemical action when flowing through a conductor

A. Direct current
B. Alternating current
C. Joules law
D. Bunsen burner law

A

A

23
Q

Flow of current change periodically

A. Direct current
B. Alternating current
C. Joules law
D. Bunsen burner law

A

B

24
Q

Heat produced is proportional to the square of current strength

A. Direct current
B. Alternating current
C. Joules law
D. Bunsen burner law

A

C

25
Q

The hotter the source, the shorter the wavelength

A. Luminous IR
B. Nonluminous IR
C. Both
D. Neither

A

A

26
Q

Emitted by low temp bodies

A. Luminous IR
B. Nonluminous IR
C. Both
D. Neither

A

B

27
Q

Long wave infrared

A. Luminous IR
B. Nonluminous IR
C. Both
D. Neither

A

B

28
Q

Penetrate to 10mm of skin tissue

A. Luminous IR
B. Nonluminous IR
C. Both
D. Neither

A

A

29
Q

Requires a source of high energy input

A. Luminous IR
B. Nonluminous IR
C. Both
D. Neither

A

A

30
Q

Current with less than 1000 cycles/second

A. Low freq current
B. High freq current
C. Both
D. Neither

A

A

31
Q

Current with a frequency greater than 100,000 cycles/sec

A. Low freq current
B. High freq current
C. Both
D. Neither

A

B

32
Q

Currents attended by tetanic contraction

A. Low freq current
B. High freq current
C. Both
D. Neither

A

A

33
Q

Tetanic contractions are not set up by current

A. Low freq current
B. High freq current
C. Both
D. Neither

A

B