3 - Physical Medicine Flashcards

1
Q

What is the main focus of a Rehabilitation Physician?

A

Specializes in FUNCTION, with regard to ADLs

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2
Q

Describe what a FIM score is used for?

A

A system used to measure progress of functional skills. Can be used as an outcome predictor that objectively measures of functional gains enabling physician to predict: Length of stay, Prognosis, Discharge Destination

not necessarily one’s potential for recovery, outcomes are dependent on many various factors that aren’t measurable

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3
Q

List the most important ADLs that a rehab medicine physician must assess.

A
Dressing 
Eating
Ambulating
Toileting/Transfers 
Hygeine
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4
Q

Any loss or abnormality of physiologic, psychological, or anatomic structure or function. Usually, a manifestation of a disease or injury.

A

Impairment

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5
Q

A restriction due to an impairment in the ability to perform an activity within the range of what is considered “able-bodied”

A

Disability

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6
Q

A disadvantage resulting from an impairment or disability, that limits or prevents the fulfillment of a role that is “normal” for the individual.

A

Handicap

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7
Q

What are the requirements for inpatient rehabilitation?

A
  1. 60/40 rule: 60% of patients admitted must have one of the medicare 13 impairments
  2. Functional Deficits - 2/2 pain, immobility, congenitive dysfunction, communication disorder
  3. Medical Necessity - sometimes controversial
  4. Anticipate significant improvement in <3wks
  5. D/C setting: Home/AL/PCH (not SNF in general)
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8
Q

What is the physiatrists position in the rehabilitative care team?

A

Provides primary medical care, while coordinating interdisciplinary team and medical specialties

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9
Q

Differentiate between step length and stride length

A

Step Length: Distance between both heels

Stride Length: Distance between heel of same foot after 2 steps

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10
Q

Define cadence

A

Number of steps per unit time

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11
Q

Define Speed

A

Length per unit time (most comfortable/efficient is 3mph)

speed slows by reducing 1. cadence or 2. step length

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12
Q

Where is the center of gravity?

A

typically 5cm anterior to S2 vertebra

displaced 5cm horizontally and 5cm vertically during an average adult male step

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13
Q

Describe a persons base of support

A

Space outlined by feet and any assistive device in contact with the ground (normally 5-10cm between heels

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14
Q

Describe the phases of gait in the stance phase?

A
Initial Contact 
Loading Response
Midstance
Terminal Stance
Pre-swing

“I Like My Tea Presweetened”

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15
Q

Describe the steps of gait in the swing phase?

A

Initial Swing
Mid Swing
Terminal Swing

“In My Teapot”

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16
Q

Stance phase is abnormally shortened relative to the swing phase, a good indication of pain with weight-bearing. What is the dysfunction?

A

Antalgic Gait

17
Q

Describe Uncompensated and Compensated Trendelenburg Gait.

A

Uncompensated: during stance phase, the weakened gluteus medius allows the pelvis to tilt down on the opposite side. Bilateral weakness causes “waddling gait”

Compensated: During stance phase, the trunk lurches to weak side to maintain a level pelvis throughout the gait cycle. (Gait pattern also seen with hip OA 2/2 pain)

18
Q

Describe foot slap

A

Milder form of foot drop resulting in a slapping sound at initial contact. (3/5 - 4/5 strength)

19
Q

Describe steppage (Hip Hiking)

A

Swing leg excessively hip flexes so that the toes of swing leg can clear the ground

20
Q

Describe vaulting

A

Stance leg excessively plantarflexes to allow toes of swing leg to clear the ground

21
Q

Describe circumduction

A

Swing leg excessively hip abducts so that the toes of swing leg can clear the ground

22
Q

Genu Recurvatum

A

Backbending of knee causing excessive extension at the tibiofemoral joint due to weak quads of limited ankle dorsiflexion/ excessive plantar flexion.

(Gastrochnemius crosses two joints)
Dorsiflexion stretched gastrochnemius causing knee flexion movement at knee.

23
Q

Describe Ataxic Gait

A

Unsteady, uncoordinated walk, employing a wide base and the feet thrown out.

Commonly seen with cerebellar pathology, classic drunken appearance.

24
Q

Describe Festinating Gait

A

Involuntary advancement of legs with short, accelerating steps, often on tiptoes (shuffling). Seen in PARKINSONS

25
Q

Describe the levels noted on the Manual Muscle Testing grading scale.

A

5/5 - complete ROM against full resistance
4/5 - complete ROM against some resistance
3/5 - complete ROm against gravity
2/5 - complete ROM with gravity eliminated
1/5 - evidence of slight contractility with no movement
0/5 - no evidence of contractility (visual or tactile)

*don’ confuse with PIF - pain inhibition of function

26
Q

Describe the MMT nerve levels for the upper limb

A
C5 - biceps
C6 - extensor carpi radialis
C7 - triceps
C8 - FDP D3
T1 - Abductor Digtiti Minimi (5th digit abduction)
27
Q

Describe the MMT nerve levels for the lower limb

A
L2 - Iliopsoas
L3 - Quads
L4 - Tib Anterior
L5 - Ext. Halliucus L. 
S1 - Gastroch
28
Q

Describe the Muscle Stretch Reflex Scale.

A
0 - absent
1+ Hypoactive
2+ Normal
3+ Hyperactive without clonus
4+ Hyperactive with clonus
29
Q

What is clonus?

A

Rapid alternating contractions and relaxations of muscle after forced stretch

30
Q

Describe the certain points and nerve levels of DTRs/MSRs

A

C5 - Biceps
C6 - Brachioradialis
C7 - Triceps

L4 - Patellar Tendon
S1 - Achilles tendon

31
Q

Define: Hyperesthetic, Hypoesthetic, Dyesthetic, Paresthetic, Anesthetic, with regard to sensation

A
Hyper - Increased sensation
Hypo - Decreased sensation
Dys - unpleasantly altered sensation
Pares - not unpleasantly altered sensation
Anes - absent sensation
32
Q

Describe the babinski test for pathologic reflexes

A

lateral plantar aspect of foot is stroked with blunt object causing dorsiflexion of great toe and fanning of other toes

33
Q

Describe the oppenheim test for patholocgic reflexes

A

downward pressure on tibia causing great toe dorsiflexion

34
Q

Describe the chaddock test for pathologic reflexes

A

stroking lateral foot causing great toe dorsiflexion

35
Q

Describe the hoffman test for pathologic reflexes

A

hand pronated with passive D3 MCP hyperextension. The DIP is passively flexed and suddenly released, causing thumb flexion/adduction, and flexion of other fingers. Assesses increased tone of FDP D3 (UMN sign). Can be normal, but absent in mots. Most meaningful when correlated with history and MMT