Catégories : Tous - strength - parameters - stability

par Jeremy Mitchell Il y a 4 années

258

Observational Gait Analysis

The text delves into various aspects of gait analysis, emphasizing key components such as stance stability and energy conservation. It highlights the importance of temporal parameters like cadence, velocity, and stride length, which are crucial for understanding normal and abnormal gait patterns.

Observational Gait Analysis

Observational Gait Analysis

Strength

Functional Strength Measures
Burg
6 Minute Walk Test
TUG
Knee Musculature
Ankle Musculature
In/evertors
Hip musculature
Internal/external rotators
Abductors/Adductors
Flexors
Extensors

Temporal Parameters

Velocity
Cadence
Step Length
Stride Length

Pre-Requsite of Gait

Energy conservation
Clearance in swing
Forward progression in Stance
Stance Stability
Pre Positioning of Gait

Phases Of Gait

Swing
Abnormal

Subtopic

Decreased hip flexion

Decreased step length

Circumduciton

Decreased knee flexion

Toe Drag

Lack of DF

Terminal Swing

Mid Swing

initial Swing

Stance

Loading response

Initial Contact

Abnormality

Lack of one of the above

Pre Swing

Terminal Stance

Early Toe off/No toe off

Mid Stance

Trandelenburg

Lack of Trunk Extension/Control

Early Heel Rise

Decreased Mid Stance Time

Crouched Gait

Loading Response

Excessive In/Eversion

Crouched Gait Posture

Foot Slap

initial Contact

Medial Heel Strike

Lateral Heel Strike

Toe strike

Flat foot IC

Muscle Tone

Hypotonicity
Flaccidity
Hypertonicity
Ridgidity
Spasiticity

ROM

LE
Digital

DF/PF

Inversion/Eversion

Foot

Pez Plants/Cavus

HIp

Add/ABduction

IR/ER

Flexion/Extension

UE
Shoulder
Elbow
Trunk
Flexion
Sidebend
Rotation
Extension

Main topic

Alignment

Ankle
Valgus/varus deformity
inversion/eversion angle
pez plants/cavus
Knee
patellofemoral
Tibial rotation
varus/valgus
Hip
rotation
Anteversion/retroversion
Coxa Valga/vara
Normal