Finals: Gait Flashcards

1
Q

During the swing phase, deceleration stage, which muscles contract to slow down the knee in the swing phase just prior to heel strike, thus, permitting the heel to strike quietly in a controlled manner?​
a) Gluteus medius
b) Gluteus maximus
c) Quadriceps​
d) Hamstring

A

d) Hamstring

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2
Q

Phase of gait when the reference limb’s toe lifts off the ground, preparing for the swing phase, and ends with contralateral initial contact.

A

Toe Off

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2
Q

A patient has normal quadriceps strength but unilateral weakness (3/5) of the hamstring muscles on the right.
What might the therapist observe during swing phase of the gait?
A. Excessive compensatory hip extension an the sound side
B. Decrease hip flexion followed by increased knee flexion on the weak side
C. Excessive hip extension followed by abrupt knee extension on the weak side
D. Excessive hip flexion followed by abrupt knee extension on the weak side

A

D. Excessive hip flexion followed by abrupt knee extension on the weak side
*pag weak ang hamstrings mawawala knee flex so pweds D

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2
Q

Phase of Gait: Pre-swing to Initial Swing
Function: Plays a role in lifting the leg during the early swing phase.

A

Iliopsoas:

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2
Q

Phase of gait where body weight is rapidly transferred onto the lead limb from the trailing limb, ending when the opposite limb lifts from the ground for swing (Toe Off).

A

Loading Response

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2
Q

Phase of gait where the body’s stable limb passes directly over the reference limb on the ground for swing, bearing all of the body weight.

A

Midstance

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2
Q

Phase of gait when the reference limb’s toe is in contact with the ground, preceding the initial swing phase.

A

Pre-Swing

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3
Q

Two Phases of Gait

A

Stance phase (60-65% of the gait cycle) when the foot is on the ground and bearing weight, and Swing phase (45-40% of the gait cycle) when the foot is not bearing weight.

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3
Q

Phase of gait when the reference limb leaves the ground, marking the end of the swing phase and coinciding with contralateral initial contact.

A

Terminal Swing

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3
Q

Includes Initial Swing, Midswing, and Terminal Swing, each representing different movements of the swinging limb.

A

Swing Phase

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3
Q

Single Limb vs Double Limb Support

A

Single Limb vs Double Limb Support

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3
Q

A physical therapist examines several distance and time parameters
associated with gait. Which finding would be MOST anticipated when
comparing in an 18 month old to walking in an older child (7 years
old)?
A. An older child would exhibit decreased step length
B. An older child would exhibit decreased stride length
C. An older child would exhibit decreased cadence
D. An older child would exhibit decreased walking velocity

A

D. An older child would exhibit decreased walking velocity
*hindi ko alam tbh

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3
Q

Measure from one heel strike to the next of the same foot.
Normal: Around 28 inches.

A

Step Length:

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3
Q

Phase of gait when the reference limb leaves the ground, comprising Terminal Swing, Pre-Swing, and Initial Swing.

A

Swing Phase

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3
Q

Supports the head, arms, and trunk while maintaining a semirigid lower limb, ensuring upright posture, balance, foot clearance, and generating mechanical energy for forward propulsion.

A

Function of Gait

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3
Q

While doing gait analysis, you notice that your patient ​has a problem with insufficient knee flexion during swing, all of the following are likely causes, EXCEPT?​
A.) quadriceps spasticity​
B.) hamstring weakness​
C.) pain or decreased ROM of the knee​
D.) weak plantarflexor

A

D.) weak plantarflexor

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3
Q

Phase of gait when the foot first contacts the ground, also known as Heel Strike.

A

Initial Contact

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3
Q

Phase of gait where the heel or other part of the foot contacts the ground, marking the beginning of the stance phase.

A

Heel Strike

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3
Q

Includes Initial Contact, Loading Response, Midstance, Terminal Stance, and Pre-Swing, where each subphase has specific weight-bearing and movement characteristics.

A

Stance Phase

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3
Q

Linear distance between the center of the heels of two consecutive foot contacts.
Normal: 5-10 cm (2-4 inches).

A

Step Width

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3
Q

Phase of gait when the foot is in contact with the ground, and the body weight is rapidly loading onto the lead limb from the trailing limb.

A

Foot Flat

3
Q

Caused by injury to the lower extremity.
Stance phase on the affected leg is shorter than the unaffected leg, and the swing phase of the uninvolved leg is decreased.

A

Antalgic Gait (Painful Gait):

4
Q

Degrees of Toe Out: Normal range is 7-18 degrees.
Pelvic List: Side-to-side movement of the pelvis, normal range is 2.5 cm to 5 cm (1-2 inches).

A

Parameters of Gait

4
Q

Measure from one heel strike of a foot to the next heel strike of the same foot.
Normal: Around 56 inches.

A

Stride Length

4
Q

Number of steps completed per unit of time.
Normal: Average 90 steps/minute, with a range of 50-139 steps/minute.

A

Cadence

4
Q

Concurrent rotation with the thorax to maintain balance during walking

A

Pelvic Rotation:

4
Q

Synonymous with one gait cycle (around 1 second).
May decrease with age or increase with factors like pain, gender, weight, etc.

A

Stride Duration

4
Q

Movement of the pelvis up and down, occurring most significantly during midstance and initial contact (heel strike).

A

Vertical Pelvic Shift

5
Q

T or F
Critical developmental milestones include the transition to heel strike around 12 months and maturity around 7 years old.

A

FALSE
Critical developmental milestones include the transition to heel strike around 18 months and maturity around 7 years old.

5
Q

T or F
Children’s gait differs from adults, with differences in parameters such as single leg support, step length, velocity, cadence, and base of support.

A

TRUE

5
Q

Type of Gait Analysis:

A

Kinematic Analysis: Describes the movement of the body or body segments.
Kinetic Analysis: Determines the forces involved in gait.

5
Q

Phase of Gait: Initial Contact to Terminal Swing
Function: Assists in stabilizing the hip joint and extending the thigh during initial contact and terminal swing.

A

Gluteus Maximus (G Max):

5
Q

Phase of Gait: Terminal Swing (when the foot is being prepared for initial contact)
Function: Helps to extend the hip and flex the knee as the leg swings forward.

A

Hamstring:

5
Q

Phase of Gait: Initial Contact, Swing Phase
Function: Controls the lowering of the foot to the ground during initial contact and assists in foot clearance during the swing phase.

A

Dorsiflexors (DF):

5
Q

Phase of Gait: Initial Contact to Loading Response
Function: Helps to extend the knee during the initial contact and loading response phases.

A

Quadriceps (Quads):

5
Q

Phase of Gait: Late Stance to Early Part of Swing
Function: Assists in adducting the thigh and stabilizing the pelvis during late stance and early swing phases.

A

Adductors:

5
Q

Phase of Gait: Midstance
Function: Plays a key role in stabilizing the pelvis during single-leg support.

A

Gluteus Medius (GMed):

5
Q

Phase of Gait: Push Off (Combination of Heel Off and Toe Off)
Function: Provides the power for propulsion by extending the ankle during push-off.

A

Plantarflexors (PF):

5
Q

Also known as Stiff hip or knee gait.
Results from stiffness, laxity, or deformity, which may be painful or pain-free.
Exhibits exaggerated plantarflexion of the opposite ankle and circumduction of the stiff leg.

A

Arthrogenic Gait:

6
Q

Associated with poor sensation or lack of muscle coordination, resulting in poor balance.
Characterized by a wide-based gait, and the individual may watch their feet while walking.
Often indicates problems with the cerebellum.

A

Ataxic Gait:

7
Q

Seen in talipes equinovarus.
Weight bearing occurs on the dorsolateral aspect of the foot.

A

Equinus Gait:

8
Q

Also known as painless osteogenic gait.
Occurs due to a shorter leg or bony deformity.
May involve lateral trunk shifting to the affected side and hip hiking on the unaffected side.

A

Short Leg Gait:

9
Q

Seen in Legg-Calve-Perthes disease (LCPD) patients.
Characterized by difficulty in swing through due to weakness of the psoas major, leading to lateral rotation, flexion, and adduction.

A

Psoatic Limp:

10
Q

Known as the “lurching gait.”
The patient thrusts the thorax posteriorly at initial contact.

A

G Max Gait:

11
Q

Known as “Trendelenburg’s and May West Gait.”
In unilateral cases, there is a lateral lean on the stance limb during midstance. In bilateral cases, excessive side-to-side movement of the pelvis occurs.

A

G Med Gait

12
Q

Involves forward flexion of the trunk and strong ankle plantarflexion to avoid using the quadriceps.

A

Quadriceps Avoidance Gait:

13
Q

Also known as “neurogenic or spastic gait.”
Caused by spastic hip adductors, resulting in knees being drawn together.

A

Scissoring Gait

14
Q

Characterized by swinging the hemiparetic leg outward in a circular manner (circumduction gait).
The affected upper extremity may be carried across the trunk for balance, indicating a neurogenic or flaccid gait.

A

Hemiplegic Gait (Hemiparetic Gait):

15
Q

Features flexion of the neck, trunk, and knees.
Often exhibits a shuffling gait with short, rapid steps (marche à petits pas).
In some cases, there may be a festinating gait characterized by forward leaning and a faster gait.

A

Parkinsonian Gait:

16
Q

Commonly known as “drop foot gait.”
Involves lifting the knee higher than normal, often resulting in a foot slap at initial contact

A

Steppage Gait:

17
Q

Also known as tabetic gait.
Associated with tabes dorsalis, a condition causing a loss of proprioception.
Characterized by a double tapping of the foot due to the loss of proprioception.

A

Double Tap Gait: