The human body is a finely tuned and complex machine. Its study can be traced as far back as the embalming of the Pharaohs of Ancient Egypt! Our understanding of anatomy has greatly increased since the development of novel technologies, allowing us to uncover the organs’ microstructures, but scientists across the globe are still focused on uncovering its secrets. Anatomy and physiology are the sciences behind the structures of the body and their functions. In this topic you will explore the different systems of the human body (skeletal, muscular, digestive, respiratory etc) and how they're connected, in order to provide an overview of the human body as a whole. You'll then explore the key systems in-depth, looking at the characteristics and micro anatomical features of several organs through dissection.

In the 60+ years after the discovery of DNA’s structure, there has been astonishing progress in our understanding of gene function and variability. Genes are a segment of DNA passed down from parents with certain traits to their children. Genes are organised and packaged in units called “chromosomes". After going over chromosomes’ structure, you will first focus on understanding the replication, transcription and translation of DNA, from nucleic acid to protein synthesis. You will also explore the role of the environment on genetics. Finally, you'll consider the most recent breakthrough in genetic engineering, CRISPR gene editing, a tool which allows virtually unlimited editing of the genome of any species!

You will be given an overview of the basic microanatomy and physiology of neurons, analyse how these cells produce electrical signals (action potentials) and discuss how the 37 trillion cells of your body can communicate and coordinate with one another. You'll explore the power of the placebo effect, and challenge preconceived notions using a variety of optical, auditory and tactile sensory illusions.

The Nobel Prize in Medicine recognises some of the world’s most important scientific breakthroughs to have revolutionised patient care and our understanding of life. But how are these discoveries made, and more importantly who makes them? You will revisit the principles of the scientific method, delve into the various stages of medical research and the growing necessity for interdisciplinary approaches.