Anatomy by Movement

Overview

The Anatomy by Movement section presents interactive 3D models that demonstrate how anatomical structures work together to produce movement. Rather than focusing on static anatomy, these models show joint actions in real time and highlight the muscles responsible for each movement. Organised by head and neck, trunk, upper limb and lower limb, this approach links structure directly to function and clinical assessment.

Key Features

Each model allows users to visualise specific joint movements while clearly identifying the muscles involved. Movements can be viewed from multiple angles, with muscles highlighted in relation to their attachments and lines of pull. The section is organised regionally, enabling targeted exploration of functional anatomy relevant to common clinical tests, postural control and everyday movement.

Learning Focus

These models support understanding of functional and applied anatomy by connecting muscle action with observable movement. They are particularly valuable for learning joint mechanics, interpreting physical examination findings and preparing for musculoskeletal assessments. The visual format reinforces biomechanical principles and supports learners in clinical anatomy, physiotherapy, sports science and surgical training.

+ Read more

Head & Neck

  • Spurling’s Test
  • Cervical Spine Movements
  • +1 more

Trunk

  • Lumbar Spine Movements
  • Abdominal Movement in Breathing
  • +3 more

Upper Limb

  • Wrist Flexion and Extension
  • Wrist Adduction and Abduction
  • +8 more

Lower Limb

  • Walk Cycle
  • Leg Raise
  • +6 more

Popular

Anatomical Terminology

Terms of Location in Embryology

by Tamara Chithiramohan

Diagram showing the anatomical course of the femoral nerve and its two cutaneous branches: anterior cutaneous fibers and saphenous nerve.
Encyclopaedia

Saphenous Nerve

by Sharanya Bhaskaran

Diagram illustrating the course of the anterior interosseous nerve, a branch of the median nerve.
Encyclopaedia

Anterior Interosseous Nerve

by Max Bidewell and Kumail Jaffry