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Functional Anatomy and Movement Analysis

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Functional Anatomy and Movement Analysis

A community sport programme is reviewing how athletes move. Analyse the movement snapshots below using anatomical language. For each phase, distinguish joint action from muscle action, and explain how muscles produce or control movement. You may answer from observation or use the written scenarios; no physical activity is required.

Read the movement snapshots

Use these self-contained scenarios for Questions 1–5.

SQUAT — DESCENT A player lowers towards a chair. The hips and knees flex, while the trunk stays controlled. The quadriceps and gluteus maximus work to control the lowering.

SQUAT — RISE The player stands. The hips and knees extend. The gluteus maximus extends the hip and the quadriceps extend the knee.

PUSH-UP — PRESS From a stable plank, the player pushes the floor away. The elbows extend; the triceps contribute to elbow extension, while the pectoralis major assists shoulder horizontal adduction.

OVERARM THROW — ACCELERATION As the throwing arm moves forwards, the shoulder internally rotates and the elbow extends. The pectoralis major and anterior deltoid contribute to arm movement; the triceps extend the elbow.

LANDING — CONTROL After a jump, the athlete lands with hips and knees flexing. The quadriceps and gluteus maximus work eccentrically to absorb force and control the descent.

SINGLE-LEG BALANCE An athlete holds a steady position on one foot. The ankle and hip muscles make small adjustments; the core helps stabilise the trunk.

1.During the squat descent, the hip and knee flex even though the quadriceps and gluteus maximus are active. Explain why this is not a contradiction. Name the type of muscle contraction and describe the muscles’ role.

2.In the squat rise, identify the agonist muscle group at the knee and the joint action it produces. Then name a major hip extensor involved.

3.At the elbow during the push-up press, which muscle is the agonist and what is its action? What action occurs at the shoulder according to the snapshot?

4.For the overarm throw, distinguish the shoulder action from the elbow action. Name one muscle contributing to each action.

5.Why is eccentric muscle action useful during landing? Use the terms force absorption and control in your explanation, and name one muscle group from the snapshot.

Apply and evaluate

Use the snapshots and your understanding of functional anatomy to justify your analysis.

6.A student says, “If a muscle is active, the joint must be moving in the direction that muscle usually creates.” Use the squat descent or landing snapshot to evaluate this claim. Include muscle contraction type and joint action.

7.Choose one snapshot and analyse it as a linked chain: identify two joint actions, name a muscle contributing to each, and explain how the actions support the movement’s purpose.

8.A coach wants an athlete to improve control when landing from a jump. Recommend one movement-analysis cue based on the landing snapshot. Explain which joint action and muscle action the cue aims to encourage.