Linked from

The 35 pages that link to Gait, each with the reason it gives.

• HorseRelated: Walking, trotting, and galloping are distinct horse gaits.

• AtaxiaRelated: A broad-based, unsteady gait is a frequent presentation of ataxia.

• Bilateral symmetryRelated: Alternating movements of corresponding left and right limbs make bilateral coordination observable.

• Falls in older adultsRelated: Changes in walking speed, step length, or steadiness can increase fall risk.

• Laetoli footprintsRelated: Stride length, foot placement, and track sequence help researchers infer how the trackmakers moved.

• HoppingRelated: Hopping can be analyzed as a gait with repeated single-limb contacts.

• Draft animalRelated: An animal’s gait affects the speed and steadiness of its work.

• HindlimbRelated: Hindlimb timing and placement help define an animal’s gait.

• Saltatorial locomotionRelated: The timing and sequence of limb contacts define a leaping animal's gait.

• Sauropod locomotionRelated: Limb sequence and timing determine how a sauropod's body advanced.

• Foot bindingRelated: Foot binding changed balance, stride, mobility, and the physical costs of walking.

• Metatarsal bonesRelated: During push-off, load passes through the metatarsal heads toward the toes.

• EuparkeriaRelated: Reconstructing Euparkeria's gait tests what its limb anatomy could do.

• ButtocksRelated: Gluteal muscle weakness alters pelvic control during the walking cycle.

• High-heeled shoeRelated: Heel elevation can alter stride, walking speed, and how the foot contacts the ground.

• Human legRelated: Leg muscles and joints coordinate through repeated stance and swing phases.

• Human backRelated: Trunk and back motion helps stabilize the body during each step.

• Leg mechanismRelated: A linkage supplies foot motion, while gait determines how multiple legs take turns supporting the body.