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Dr. Andrew Huberman, host of the world’s leading health podcast, Huberman Lab, and neuroscientist and tenured professor at Stanford School of Medicine, introduces Protocols, an essential guide to improving brain function, enhancing mood and energy, optimizing bodily health and physical performance, and rewiring your nervous system to learn new skills and behaviors that can transform your life.

Adaptable takes us on a tour of human body. In each chapter, we learn how our bodies navigate an uncertain world: how we grow and mature; how our brains develop and learn; how our hearts, lungs, and digestive systems deliver oxygen and nutrients; how we manage toxins, temperature, and water balance; how we move and reproduce; how our immune system keeps invaders at bay; and how we age and decline. Along the way, we learn how to keep our remarkable bodies healthy, and that the universe of healthy lifestyles is vast (we don’t need the latest fad diet or cleanse!).

Smelling is one of the most natural things we do. We take over 20,000 breaths a day, interacting with a host of scents with each one. Smell is also one of our most sensitive and refined senses; few other mammals surpass our ability to perceive scents in the animal kingdom. Yet, as the millions of people who lost their sense of smell during the COVID-19 pandemic can attest, we too often overlook its role in our overall health. Now, one of the world’s leading researchers on smell Jonas Olofsson reveals the fascinating science behind this forgotten sense.

From the bestselling author of Why We Swim comes a mind-expanding exploration of muscle—from our ancient obsession with the ideal human form to the modern science of this amazing and adaptable tissue—that will change the way you think about what moves us through the world.

Brain: An Owner's Guide is an informative and practical guide to all aspects of brain health, from maximising your mental wellbeing today to protecting your brain against future serious health issues. Leading neuroscientist Elizabeth Ricker explains how the brain works, how you can look after and protect your brain, and explains what you can do to improve your memory and concentration at any age. Ricker also looks at what constitutes mental "wellbeing", and the science behind a positive mindset, resilience, concentration and memory, as well as low mood, depression and brain fog.

Bill Bryson’s The Body meets Mary Roach’s Gulp (with a dash of What’s Your Poo Telling You?) in this delightfully weird, richly informative, and unexpectedly lyrical tour of our bodily emissions—revealing that the very parts of us that we seek to hide in embarrassment are actually an essential part of human health, with fascinating social history.

With so much variation that can be handed down genetically, for better or worse, the way we understand our biology holds huge importance for how we understand our world and one another, including the biggest questions of our day, such as social inequality. Eye-opening and profound, Adaptable is a revolutionary reappraisal of an overlooked science.

In this captivating exploration of the body, Weston dissolves the boundaries that usually divide surgeon and patient, pushing beyond the limit of what science has to tell us about who we are. Focusing on our individual organs, not just under the intense spotlight of the operating theatre, but in the central role they play in the stories of our lives, a fuller and more human picture of our bodies emerges: more fragile, frightening and miraculous than we could have imagined.

In The Beating Heart, Robin Choudhury explores how the heart has been represented over time and across cultures. He investigates the interplay between the heart depictions of successive eras and the prevailing cultural discourse – religious, social, philosophical – of each. In parallel, he considers how the ‘scientific’ understanding of the function of the heart has unfolded over 2,500 years, from the observations of Aristotle, through detailed anatomical descriptions beginning in the Renaissance, to the emergence of experimental physiology in the 17th century.