All Quizzes/ROM/Post Midterm Material + Goni

Neck Flexion

Goni: earlobe

Stationary Arm: perpendicular to ceiling

Moving Arm: base of nose

chin going to chest

Neck Extension

Goni: earlobe

Stationary Arm: perpendicular to ceiling

Moving Arm: base of nose

chin going to sky

Neck Lateral Flexion

Goni: C7

Stationary Arm: perpendicular to floor

Moving Arm: midpoint of head

Neck Rotation

Goni: midpoint of the top of head

Stationary arm: acromion

Moving Arm: nose

CMC Flexion (Opposition) Typical Range of Motion

15

CMC Extension Typical Range of motion

20

Palmar Abduction/adduction Typical Range of Motion

0-70 (pa)

Radial Abduction/Adduction Typical Range of Motion

0-70 (ra)

Thumb MCP Flexion/Extension Typical Range of Motion

0-50

Thumb IP Flexion Typical Range of motion

0-80

IP Extension Typical Range of Motion

0-45

Goni Axis - Adjacent to CMC Joint

CMC Flexion, CMC Extension

Goni Axis adjacent to LATERAL CMC joint

Palmar Abduction/adduction

Goni Axis Adjacent to Dorsal IP joint

IP Extension/Flexion

Goni Axis Adjacent Dorsal CMC joint

Radial abduction/adduction

Goni Axis adjacent dorsal MCP joint

MCP flexion, extension

Stationary arm parallel to midline of radius

CMC Flexion, CMC Extension

Stationary Arm midline of lateral aspect of 2nd Metacarpal

Palmar abduction/adduction

Stationary Arm Midline of Posterior 2nd metacarpal

radial abduction/adduction

stationary arm dorsal aspect of 1st metacarpal

MCP Flexion/extension

Stationary arm dorsal aspect of proximal phalanx

IP Flexion, IP Extension

Moving Arm Parallel to midline of 1st metacarpal

CMC Flexion, CMC extension

Moving Arm is in midline of lateral aspect of 1st metacarpal

Palmar Abduction/Adduction

Moving Arm is in midline of posterior aspect of 1st metacarpal

radial abduction/adduction

Moving Arm dorsal aspect of proximal phalanx

• MCP Flexion/extension

• MCP Abduction/Adduction

• CMC Flexion/Extension

MCP Flexion/extension

Moving arm dorsal aspect of distal phalanx

IP Flexion, IP extension

Hip Flexion

Goni: Greater Trochanter

Stationary arm: lateral midline of trunk

Moving Arm: lateral midline of femur

when patient is in supine

Hip Extension

Goni: Greater Trochanter

Stationary Arm: lateral midline of trunk

Moving Arm: midline of lateral femur

when patient is in prone

Hip Abduction

Goni: ASIS

Stationary Arm: across pelvis in line with ASIS on opposite side

Moving Arm: midline of anterior femur

Hip Adduction

Goni: ASIS

Stationary Arm: across pelvis in line with ASIS on opposite side of pelvis

Moving arm: midline of anterior femur

when opposite leg abducted off mat

Hip External Rotation

Goni: patella

Stationary Arm: perpendicular to floor

Moving Arm: midline of anterior tibia

(ER)

Hip Internal Rotation

Goni: patella

Stationary arm: perpendicular to floor

Moving arm: midline of anterior tibia

(IR)

Stability depends on:

• vision, vestibular system, proprioception, tactile sensation

• vision and vestibular system only

• proprioception and vestibular system

• proprioception, vision, vestibular system, planted limb, tactile sensation

vision, vestibular system, proprioception, tactile sensation

“parts of the body or mobility devices that come into

contact with the ground and the distance between those points” best describes what component of stability:

• Center of gravity (CoG)

• base of support (BoS)

base of support (BoS)

How can an occupational therapist modify an activity to better support the base of support and stability of a patient?

• increase more points of contact and decrease the distance between them

• decrease points of contact and increase the distance between them

• decrease points of contact and the distance between them

• increase more points of contact and the distance between them

increase more points of contact and the distance between them

“focal point at which gravity acts; where

the weight of an object is evenly distributed” describes which component of stability?

• Center of gravity (CoG)

• base of support (BoS)

Center of Gravity (CoG)

At what level is CoG at in anatomical position:

• 1st sacral level

• 2nd sacral level

• 3rd sacral level

2nd sacral level

As Your BoS widens, stability _____:

• as your BoS widens, stability decreases

• as your BoS widens, stability increases

• as your BoS widens, stability stays the same

as your BoS widens, stability increases

As your CoG lowers toward the ground, stability ______

• As your CoG lowers toward the ground stability increases

• As your CoG lowers toward the ground stability decreases

• As your CoG lowers toward the ground stability stays the same

As your CoG lowers toward the ground stability increases

“relative position of body

segments in response to demands of

activity” best describes:

• body stance

• posture

• anatomical adjustment

• placement

posture

Posture depends on:

• sensory output and motor input

• motor output and sensory input

motor output and sensory input

Which is an example of an ergonomic adjustment:

• Hip, knees, elbows at 90 with wrist neutral and monitor 18-24 inches away from face at eye level

• Hip, knees, elbows at 80 with wrist neutral and monitor 18-24 inches away from face at eye level

• Hip, knees, elbows at 90 with wrist supine and monitor 18-24 inches away from face at eye level

• Hip, knees, elbows at 90 with wrist neutral and monitor 20-24 inches away from face at eye level

Hip, knees, elbows at 90 with wrist neutral and monitor 18-24 inches away from face at eye level

How does the OTPF define functional mobility:

• moving from one position/place to

  another such as in bed mobility, w/c

  mobility, and transfers

• moving from one position/place to

  another like driving

moving from one position/place to

another such as in bed mobility, w/c

mobility, and transfers

Lack of bed mobility can contribute to:

• scar tissue build up

• bedside incontinence

• skin break down

skin break down

What are examples of OT interventions for bed mobility:

• use of logrolling, bridging, and a trapeze bar

• use or rolling pad, benching, and a trapeze bar

• use of logrolling, bridging, and a quad bar

use of logrolling, bridging, and a trapeze bar

What can promote wheelchair mobility:

• supportive seated surface to promote postural alignment only

• supportive seated surface to promote postural alignment and stability

• supportive seated surface to stability only

supportive seated surface to promote postural alignment and stability

Typical gait features:

• reciprocal pattern of lower extremity movement

• symmetrical pattern of lower extremity movement

• asymmetrical pattern of lower extremity movement

reciprocal pattern of lower extremity movement

Gait includes what types of muscle movement

• concentric and eccentric contractions

• eccentric and isometric contractions

• concentric, eccentric and isometric contractions

concentric, eccentric and isometric contractions

“Distance that one foot advances in relation to the

other” describes what part of Gait:

• step

• step width

• cadence

step

“width between heels” describes which part of gait:

• step

• step width

• cadence

step width

“steps per minute” describes what part of gait:

• step

• step width

• cadence

cadence

What are the components of the stance phase:

• heel strike, foot flat, mid stance, heel off

• heel strike, foot flat, mid stance, heel off, toes off

• heel tip, foot up, high stance, heel on, toe on

heel strike, foot flat, mid stance, heel off, toes off

What are the components of the swing phase:

• midswing, deceleration, pivot

• turn, step, lunge

• acceleration, midswing , deceleration

acceleration, midswing, deceleration

What is NOT true about mobility devices:

• they enhance safe functional mobility

• they are can be prescribed by OT/PT team or individually

• they can only be described by PT team

• they add points of contact to ground and increase BoS

they can only be described by PT team

A patient comes with minor weakness and balance concerns. The best mobility device for suggested use is:

• cane

• walker

• crutch

cane

A patient comes in with severe instability. Which mobility device is of best suggested use?

• cane

• walker

• crutch

walker

At what level should a walker be adjusted to:

• Tip of fingers

• wrist crease

• greater trochanter

wrist crease

How many inches from the armpit should a crutch be adjusted to:

• 1 inch

• 1.5 inch

• 2 inch

• 2.5 inch

2 inch

What determines the type of transfer used:

• patient functional level and diagnoses only

• patient functional level and medical status only

• patient functional level, diagnoses, medical status

• patient functional level, prescriptions, and medical status

patient functional level, diagnoses, medical status

Which type of transfer does the following description best describe, “requirement of upper body strength and consideration of friction”

• sliding board transfer

• squat pivot

• stand pivot

• dependent transfer

sliding board transfer

A dependent transfer includes:

• at least two people

• mechanical assist

• at least two people or mechanical assist

• at least 3 people or mechanical assist

at least two people or mechanical assist

Postural abnormality of leg length discrepancy is associated with which type of force:

• ascending force

• descending force

ascending force

Scoliosis is associated with what type of force:

• ascending force

• descending force

descending force

In a posterior tilt, what is the relationship of the positioning between the ASIS and PSIS:

• PSIS is higher than the ASIS

• ASIS is higher than the PSIS

ASIS is higher than the PSIS

Prolonged sitting can lead to:

• rounded back, Lordosis

• rounded back, Kyphosis

• inverted back, lordosis

• inverted back, kyphosis

rounded back, kyphosis

this image best implicates which postural abnormality?

• dowagers hump

• Sway back

• Kordosis

dowagers hump

this image best implicates which postural abnormality?

• dowagers hump

• Sway back

• Kordosis

sway back

In an anterior tilt, what is the relationship of the position of the PSIS to ASIS

• PSIS is higher than ASIS

• ASIS is higher than PSIS

• PSIS and ASIS are in alignment

PSIS is higher than ASIS

Anterior Tilts are associated with:

• kyphosis

• lordosis

• lumbar kyphosis

• lumbar lordosis

lumbar lordosis

What is implicated in Pelvic obliquity:

• kinematic chain, asymmetry, skin integrity

• open chain movements, asymmetry, skin integrity

• close chain movements, asymmetry, skin integrity

kinematic chain, asymmetry, skin integrity

A forward head posture is caused by:

• cervical vertebrae losing natural kyphosis

• cervical vertebrae losing natural lordosis

cervical vertebrae losing natural lordosis

“Weakness in gluteus medius causing a lateral lean to weak side” describes which abnormal gait pattern:

• trendelenberg

• circumduction

• foot drop

• hemiplegic

trendelenberg

“muscle weakness in legs causes

trunk and pelvis to compensate by

laterally swinging leg to the side

of the body to propel it forward” describes which abnormal gait pattern:

• trendelenberg

• circumduction

• foot drop

• hemiplegic

circumduction

“weakness or paralysis of ankle dorsiflexors causing the toes to come into contact with group before the heel, typical after stroke” describes which abnormal gait pattern?

• trendelenberg

• circumduction

• foot drop

• hemiplegic

foot drop

Hemiplegic Gaits can include which gait abnormalities:

• circumduction and foot drop

• circumflexion and foot drop

• circumduction and foot tilt

• circumflexion and foot tilt

circumduction and foot drop

“Hip adducted and knee locked in extension” describes which abnormal gait:

• hemiplegic

• parkinsonian

• trendelenberg

hemiplegic

Where is weight placed in a Parkinsonian Gait:

• tips of toes with flexion of trunk

• balls of heels with flexion of trunk

• balls of heels with extension of trunk

• tips of toes with extension of trunk

balls of heels with flexion of trunk

“Affected by impaired perception

and modulation of motor

movements looking like shuffling of feet” best describes which abnormal gait pattern?

• hemiplegic

• parkinsonian

• trendelenberg

parkinsonian

“Narrowing or crossing

over of the legs during

ambulation and is associated with CP and

other neurological

diagnoses” best describes which gait:

• ataxic gait

• parkinsonian gait

• scissor gait

scissor gait

Manny was in a car accident where his cerebellum was injured but everything else was okay. Even so, he is walking funny. Which abnormal gait pattern does this best describe?

• scissor gait

• ataxic gait

• TVA gait

ataxic gait

Which of the following is NOT a contraindication to MMT

• Acute Fracture

• Hypermobility

• Post-Op orders limiting all ROM

• Subluxation
  

Hypermobility

Your patients elbow flexion and extension is measured at 15-120. Which of the following is true?

There is limitation at both flexion and extension

TRUE OR FALSE: the resistive hand in MMT is place proximal to the joint you are testing

FALSE

What are two environmental considerations for measuring ROM

time of day, temperature

What is the axis to perform ROM of GH horizontal abduction

Superior Aspect of humeral head

what is the most commonly dislocated joint

GHJ

Which of the following joints the MOST mobile joint

ball and socket

TRUE OF FALSE: then considering scapulohumeral rhythm, the scapula accounts for 60 out of the 180 degrees of motion in shoulder flexion

TRUE

What is the typical ROM for shoulder horizontal adduction

135

During MMT if a patient has a full ROM in an AG plane and breaks at MOD resistance, what is the score?

3+

When performing MMT of forearm supination, the patient performs full ROM against gravity.  What do you do next?

apply resistance

what is the norm for forearm pronation

80

the humeradial joint is classified as which of the following

modified hinge

where is the resistance applied for elbow flexion

distal forearm

While performing MMT where do you apply resistance during wrist extension?

• proximal metacarpals

• dorsal metacarpals

• medial metacarpals

• none of the above

dorsal metacarpals

TRU EOR FALSE: the hamate is the axis of movement for radial deviation

FALSE

When performing MMT your patient is only able to complete ½ the range of motion for wrist extension while her forearm is supported on the table in neutral (thumb up).  What is her MMT score?

2-

Where do you stabilize when performing MMT of wrist flexion

Distal forearm

What is the AROM of wrist extension

70

what is the norm ROM of PIP flexion

0-100