Telephone 01409 220 775 Monday to Friday, 9am to 5pm
Animal Anatomy and Physiology Course

This comprehensive course focuses on the most common animals seen within a veterinary practice. You will examine the biological mechanisms of mammals and other species, learning about the structure and function of the various body systems and how to identify the unique characteristics of specific species.

This is both a valuable stand-alone course and an excellent foundation for further study of animal health and welfare.

The course consists of ten units covering areas such as the different systems, respiration and reproduction.

We send your first unit upon enrolment, so you can start whenever you want, and progress through the course at your own pace, studying when and where you choose.

What You Will Learn

  • Lesson One
    • Introduction/ Taxonomy/ Biological Systems within the Body
      • Starting on the Outside
      • Kingdom Animalia
      • Homeostasis
      • Musculoskeletal System
      • Nervous System
      • Respiratory System
      • Cardiovascular System
      • Digestive System
      • Urinary System
      • Immune System
      • Reproductive System
      • Integument and Skin
      • Functions of the Skin
      • Structure of the Skin
      • Colouration
      • Conclusion
  • Lesson Two
    • The Musculoskeletal System
      • The Skeleton
      • The Structure and Function of Bone
      • The Mammal Skeleton
      • The Bird Skeleton
      • The Fish Skeleton
      • The Reptile Skeleton
      • Connective Tissue
      • Joints
      • Joint Movement
      • Muscles
      • Muscle Cells in Skeletal Muscle
      • How Movement is Produce
  • Lesson Three
    • The Nervous System/ The Senses and the Sense Organs
      • Introduction
      • Structure and Function of the Central Nervous System
      • The Brain and Spinal Cord
      • Structure and Function of the Peripheral Nervous System
      • The Eyes and Vision
      • The Skin, Integument and Touch
      • The Ears, Hearing and Balance
      • The Mouth and Nose – Taste and Smell
  • Lesson Four
    • The Respiratory System of Vertebrates
      • Introduction
      • Mammals
      • Birds
      • Reptiles
      • Fish
      • Gas Exchange and Diffusion
      • Cellular Respiration
  • Lesson Five
    • The Circulatory System
      • Introduction
      • Functions
      • Structure
      • The Heart
      • Fish
      • Reptiles
      • Birds and Mammals
      • Pulmonary and Systemic Circulation
      • Coronary Circulation
      • The Heartbeat
      • Blood Vessels
      • Blood
      • Blood Clotting
  • Lesson Six
    • The Digestive System/ The Urinary System
      • Introduction
      • Digestion
      • Birds
      • Fish
      • Reptiles
      • Mammals
      • Carbohydrate, Fat and Protein Metabolism
      • Introduction
      • Birds and Reptiles
      • Fish
      • Mammal
  • Lesson Seven
    • The Reproductive System and Mating Behaviour
      • Introduction
      • Egg-layers and Live-bearers
      • Birds
      • Sperm Production and Storage
      • Egg Production
      • Copulation
      • Fertilisation
      • The Egg
      • Fish
      • Hermaphroditism
      • The Eggs
      • Reptiles
      • Egg Production
      • Copulation
      • Mammals
      • Male Reproductive Organs
      • Female Reproductive Organs
      • Egg Production and Fertilisation
      • Gestation
  • Lesson Eight
    • Homeostasis/ The Immune System/ The Endocrine System
      • Variables
      • Osmoregulation
      • Thermal Relationships
      • The Lymphatic System
      • Other Cells that Help with Immunity
  • Lesson Nine
    • Animal Cells and Cellular Replication
      • Introduction
      • Cells
      • Cell Membrane
      • Organelles
      • The Cell Cycle
      • Proteins and Protein Synthesis – The Building Blocks of Life
  • Lesson Ten
    • Evolutionary Mechanisms/ Effects of Evolution
      • Introduction
      • Natural Selection and Adaptation
      • Polymorphism
      • Extinction
      • DNA and Genes
      • Sexual Reproduction and Genetic Variation
      • Meiosis
      • Gene Flow
      • Genetic Drift
      • Genetic Mutation
      • Symbiosis
      • Population Dynamics and Keystone Species
      • Population Bottleneck
      • Ecological Dependence and Co-evolution
      • Speciation
      • Niches