Yes, extension is always in the opposite direction as flexion. Hyperextension means straightening a joint beyond it's normal range.
False.
flexion and extension
Which type of diathrotic joint permits flexion and extension only?
Moving a joint beyond its normal range of motion is hyperextension.
The Iliofemoral Ligament
Flexion. Lateral flexion. Rotation circumduction
Yes, extension is always in the opposite direction as flexion. Hyperextension means straightening a joint beyond it's normal range.
Flexion is the movement of your extremities bending inward Extension is when they bend outward
Flexion is the medical term meaning bent at the joint. The opposite is extension.
The movement permitted by a hinge joint is extension (opening) or flexion (closing). The elbow is a hinge joint. When you "flex your muscle", you preform a flexion movement (closing). The opposite is extension as in handing a cup to someone..
flexion and extension
Flexion is movement during which the knees or elbows are bent to decrease the angle of the joint
Which type of diathrotic joint permits flexion and extension only?
Moving a joint beyond its normal range of motion is hyperextension.
In medical terms, flexion means decreasing the angle of a joint.
The Iliofemoral Ligament
Flexion, extension/hyperextension, trabsverse horizontal abduction, circumduction.If you think about the movements that you can do at your shoulder, you can figure this question out yourself. When in the anatomical position, we can perform flexion and extension,the forward and backward (respectively) movements of our arm at the shoulder joint. There is also abduction and adduction, which is the movement of rising our arm out to our sides, away from our body (abduction) and towards our body (adduction). Finally, there is also medial rotation and lateral rotation of the shoulder joint, in which we rotate the head of humerus in the shoulder-joint cavity (glenoid cavity). You may hear the combined movements of flexion, extension, abduction and adduction referred to as circumduction.
metacarpophalangeal joint