Which of the following motions induces an inferior glide of the GH joint?
Flexion
Extension
Abduction (Coronal)
Adduction (Coronal)
Horizontal Abduction
Horizontal Adduction
Scaption (Diagonal Abduction)
Internal Rotation
External Rotation
None
Which of the following motions induces an anterior glide of the GH joint?
Which of the following motions induces a posterior glide of the GH joint?
Which of the following motions induces a superior glide of the GH joint?
During Flexion in the Sagittal plane, how does the GH joint glide?
Inferiorly
Superiorly
Anteriorly
Posteriorly
During Coronal Abduction how does the GH joint glide?
During Diagonal Abduction (aka Scaption) how does the GH joint glide?
During Extension in the Sagittal Plane how does the GH joint glide?
During External Rotation how does the GH joint glide?
During Horizontal Abduction how does the GH joint glide?
During Internal Rotation how does the GH joint glide?
During Horizontal Adduction how does the GH joint glide?
During Flexion how does the Radial Head glide relative to the humerus?
Laterally
Medially
During Extension how does the Radial Head glide relative to the humerus?
During Supination how does the Radial Head glide relative to the humerus?
During Pronation how does the Radial Head glide relative to the humerus?
During Open-Chain Knee Extension how does the patella glide relative to the femur?
During Open-Chain Knee Extension how does the tibia glide relative to the femur?
During Open-Chain Knee Flexion how does the tibia glide relative to the femur?
During Open-Chain Knee Flexion how does the patella glide relative to the femur?
Open-Chain Hip Flexion results in which of the following rotations of the femur relative to the pelvis?
Anterior
Posterior
Lateral (Frontal Plane)
Medial (Frontal Plane)
Lateral (Transverse Plane)
Medial (Transverse Plane)
Open-Chain Hip Extension results in which of the following rotations of the femur relative to the pelvis?
Open-Chain Hip Abduction results in which of the following rotations of the femur relative to the pelvis?
Open-Chain Hip Adduction results in which of the following rotations of the femur relative to the pelvis?
Open-Chain Hip Internal Rotation results in which of the following rotations of the femur relative to the pelvis?
Open-Chain Hip External Rotation results in which of the following rotations of the femur relative to the pelvis?
Closed-Chain Hip Flexion causes which sort of pelvic tilt?
Anterior Tilt
Posterior Tilt
None, the pelvis does not tilt during this motion
Closed-Chain Hip Extension causes which sort of pelvic tilt?
None, the pelvis doesn't tilt during this motion
Forward pelvis rotation on the LEFT with the right foot planted (as during Left Swing phase) causes relative internal rotation of the RIGHT femur.
Forward pelvis rotation on the LEFT with the right foot planted (as during Left Swing phase) causes relative external rotation of the RIGHT femur.
Backward pelvis rotation on the LEFT with the right foot planted (as during Left Swing phase while walking backwards) causes relative external rotation of the RIGHT femur.
Backward pelvis rotation on the LEFT with the right foot planted (as during Left Swing phase while walking backwards) causes relative internal rotation of the RIGHT femur.
