The Physics and Chemistry of Life: Basic Principles and Methods: The Central Dogma of Molecular Biology
Levels of Protein Structure
How Mutations Change Proteins
Basic Molecular Functions
X-rays and Crystallography
Nuclear Magnetic Resonance
The First Synchrotron Experiments
Photonic Force Microscopy
Using Light Microscopes to Investigate Molecules
Electron Microscopes and Cryo-electron Tomography. How the Cell Stores and Uses Information: The Double Helix
From DNA's Structure to Its Functions
Working with Rosalind Franklin: A Personal Account
The Structure of Single Genes
Epigenetics: Controlling Genes at the Level of Chromatin
The Structure and Functions of RNAs
RNAs and the Control of Translation
Making and Refining Proteins
Communication Between and Inside Cells: Kinase Receptors and Ligands
Membrane Channels and Pumps
The Discovery of the Water Channel
Neurotransmitters and Synapses
Molecular Amplifiers and Vision
Developmental Signals and the Origins of Animals. Traffic and Cell Architecture: Microtubules and Motors
Microtubules and Evolution's Toolbox
Why Bacteria Do Not Need Brains
Traffic into and out of the Cell Nucleus
Lipids, Membranes, and Vesicles. Molecules of Immunity, Health, and Disease: The Innate Immune System
How Antibodies and T Cell Receptors Are Made
Using Antibodies in Research and Medicine
A Devil in Distress: Can Cancer Be a Transmissible Disease?
Amyloids and Neurodegenerative Diseases
Prions and Mad Cow Disease
Steroids and Other Hormones
Nicotine and Addiction Conclusion. Chronology
