Here are 86 books that The Violinist's Thumb fans have personally recommended if you like
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I have been fascinated with the impact of gut health since becoming diagnosed with coeliac disease and IBS myself. As a registered dietitian, I was able to translate the complex science of gut health into a step-by-step format, which improved my symptoms, and I then went on to dedicate my career to this space and become a Consultant IBS Dietitian. I now run The IBS Dietitian, which is an online platform for people with IBS and includes online courses, a free podcast, and a book. One of the most important things you need to do to stay up to date with research in this area is to read.
I have used this book as a reference to explain gut anatomy for the past 12 years; it is amazing for anyone wanting to understand how our gut works. It cleverly explains the complex anatomy and science behind each part but in an easy-to-understand format that does not require qualifications in this area.
“Everything you ever wanted to know about the gut (and then some).” —SELF
Discover the secrets of your digestive system—and how to hone a healthy gut—plus new research on the mind-gut connection.
With quirky charm, science star and medical doctor Giulia Enders explains the gut’s magic, answering questions like: What’s really up with gluten and lactose intolerance? How does the gut affect obesity? What's the connection between our microbiome and mental health? Why does acid reflux happen? In this revised edition of her beloved bestseller, Enders includes a new section on the brain-gut connection,…
I am a biologist, a writer, and a teacher. I like knowing how the human body works but what I really like is knowing why it works the way it does. Those explanations lie deep in our past and I use my broad biological background to dig up the answers in scientific journals. Then I take those articles and figure out how to describe them to people who last took a biology class in 10th grade. I start with those drab scientific threads and knit them into big, bold scientific sweaters that anyone can curl up in and feel warm and comfortable.
Let’s be honest. Books about science usually fall into one of two categories. Many of them are dry and boring, with way too much detail, losing the reader in the scientific weeds. Other times they are too fluffy, with the author trying so hard to be witty and cool that the science takes a back seat.
It is rare to find an author and a book that can bring modern, complex science to the table in a package that is witty, readable, and engaging. Jeremy DeSilva pulls this off in First Steps. DeSilva, one of the world’s preeminent paleoanthropologists, uses his vast experience in the field to explain both how and why humans started walking upright.
Winner of the W.W. Howells Book Prize from the American Anthropological Association and named one of the best science books of 2021 by Science News
“DeSilva takes us on a brilliant, fun, and scientifically deep stroll through history, anatomy, and evolution, in order to illustrate the powerful story of how a particular mode of movement helped make us one of the most wonderful, dangerous and fascinating species on Earth.”—Agustín Fuentes, Professor of Anthropology, Princeton University and author of Why We Believe: Evolution and the Human Way of Being
“Breezy popular science at its best. . . . Makes a compelling…
I am a biologist, a writer, and a teacher. I like knowing how the human body works but what I really like is knowing why it works the way it does. Those explanations lie deep in our past and I use my broad biological background to dig up the answers in scientific journals. Then I take those articles and figure out how to describe them to people who last took a biology class in 10th grade. I start with those drab scientific threads and knit them into big, bold scientific sweaters that anyone can curl up in and feel warm and comfortable.
There is no better book that combines the worlds of science and sports than The Sports Gene by David Epstein.
This book takes you all around the world to explore the physical and mental traits of diverse athletes with the goal of understanding how much of athletic prowess is written in our genetic code. The results are surprising and will flip a lot of your preconceived notions about nature and nurture.
I read it years ago but still talk to my students every semester about why, year in and year out, the best distance runners in the world seem to keep coming from the same little pocket of Kenya.
The New York Times bestseller – with a new afterword about early specialization in youth sports – from the author of Range: Why Generalists Triumph in a Specialized World.
The debate is as old as physical competition. Are stars like Usain Bolt, Michael Phelps, and Serena Williams genetic freaks put on Earth to dominate their respective sports? Or are they simply normal people who overcame their biological limits through sheer force of will and obsessive training?
In this controversial and engaging exploration of athletic success and the so-called 10,000-hour rule, David Epstein tackles the great nature vs. nurture debate and…
I am a biologist specialized in animal behavior and evolution. I write science nonfictions about behavior, evolution, and human nature for the general, intelligent audience. An avid reader myself, I “consume” at least a hundred books a year (mostly nonfictions but occasionally fictions when I have some leisure time) with a wide range of topics including science, nature, technology, psychology, economics, social justice, philosophy, and history. My favorite science books are those with new ideas and insights, an impeccable scientific rigor, and a strong, accessible, and concise writing style.
Diseases are frequently handled as though they are just "out of the condition" and considered as such.
This frequently results in a superficial understanding of the underlying causes of the disorders. In an effort to explore the problem from an evolutionary standpoint, Zoobiquitytakes readers to many diseases occurring in both animals and humans, showing their shared roots.
It's an eye-opener for readers who aren't familiar with evolutionary medicine with a clear implication for how we can tackle human diseases more effectively.
A revelatory depiction of what animals can teach us about the human body and mind, exploring how animal and human commonality can be used to diagnose, treat, and heal patients of all species.
"Full of fascinating stories.” —Atul Gawande, M.D.
Do animals overeat? Get breast cancer? Have fainting spells? Inspired by an eye-opening consultation at the Los Angeles Zoo, which revealed that a monkey experienced the same symptoms of heart failure as human patients, cardiologist Barbara Natterson-Horowitz embarked upon a project that would reshape how she practiced medicine.
Beginning with the above questions, she began informally researching every affliction that…
I’m a biomedical anthropologist/epidemiologist with a post-doctoral studies in Human Genetics. I learned about pharmacology and medicinal chemistry at a large Swiss pharmaceutical company. There, we developed some of the first precision medicines in oncology—treating tumors with a specific protein signature. We took the next step to personalize prescription medicine, which is in its infancy. The goal is to prescribe the right drug, the first time—prescribing drugs that work with patient genes. As VP, Global Research Strategy and SVP, Global Pharmaceutical Strategy, this has been my vision for decades, and why I wrote The Goldilocks Genome to introduce personalized medicine to the lay public in a compelling read.
My mother was a Freudian psychiatrist who prescribed antidepressants as a last resort, while my brother, also a psychiatrist, turns to antidepressants as first-line therapy. I wanted to learn more about why my family members took these different approaches.
Before Prozac is a wonderful history and behind-the-scenes look at the medical treatment of depression and related disorders. I learned about the politics behind restricting access to benzodiazepines (like Valium®), how Prozac® was designed to be an anti-histamine until Lilly found a better indication and much more.
This is the first book I recommend to my friends who have a personal or academic interest in depression. I couldn’t put it down and suggest it to friends who are interested in the history of modern medicine.
I’m a biomedical anthropologist/epidemiologist with a post-doctoral studies in Human Genetics. I learned about pharmacology and medicinal chemistry at a large Swiss pharmaceutical company. There, we developed some of the first precision medicines in oncology—treating tumors with a specific protein signature. We took the next step to personalize prescription medicine, which is in its infancy. The goal is to prescribe the right drug, the first time—prescribing drugs that work with patient genes. As VP, Global Research Strategy and SVP, Global Pharmaceutical Strategy, this has been my vision for decades, and why I wrote The Goldilocks Genome to introduce personalized medicine to the lay public in a compelling read.
Like most people, the two diseases of aging that scare me the most are ischemic stroke and Alzheimer’s disease. I don’t want to lose my ability to think, and I want to preserve my memory. So...there is no time like the present to explore what I can do to learn how to prevent Alzheimer’s disease.
Bredesen is the first neuroscientist I’ve encountered who describes different types of Alzheimer’s and offers practical diagnostic and dietary advice. I’ve explored his recommendations, and I think they’re sound. I’ve suggested this to many of my friends for them and/or for their parents and loved ones.
The instant New York Times and Wall Street Journal bestseller
A groundbreaking plan to prevent and reverse Alzheimer’s Disease that fundamentally changes how we understand cognitive decline.
Everyone knows someone who has survived cancer, but until now no one knows anyone who has survived Alzheimer's Disease.
In this paradigm shifting book, Dale Bredesen, MD, offers real hope to anyone looking to prevent and even reverse Alzheimer's Disease and cognitive decline. Revealing that AD is not one condition, as it is currently treated, but three, The End of Alzheimer’s outlines 36 metabolic factors (micronutrients, hormone levels, sleep) that can trigger "downsizing"…
I’m a biomedical anthropologist/epidemiologist with a post-doctoral studies in Human Genetics. I learned about pharmacology and medicinal chemistry at a large Swiss pharmaceutical company. There, we developed some of the first precision medicines in oncology—treating tumors with a specific protein signature. We took the next step to personalize prescription medicine, which is in its infancy. The goal is to prescribe the right drug, the first time—prescribing drugs that work with patient genes. As VP, Global Research Strategy and SVP, Global Pharmaceutical Strategy, this has been my vision for decades, and why I wrote The Goldilocks Genome to introduce personalized medicine to the lay public in a compelling read.
There is nothing that worries me more than when I hear that someone has been transferred to the intensive care unit with an infectious disease.
There are reasonable, not perfect, treatments and approaches to treat bacterial infections—although they are becoming fewer and fewer. Rarely discussed is the threat of fungal infection with Candida auris in hospitals—a treatment-resistant and hearty strain that is infecting and taking the lives of immunocompromised or weakened patients in the hospital. Unlike bacteria and viruses, fungi are resilient and can remain dormant in many environments. It is not just hospitals where fungi are dangerous; they can infect the lungs of desert dwellers and cause destruction in forests.
I suggest this book to my friends who want to be aware and take precautions (as much as possible) and encourage pharma and biotech to develop new tools/medicines to control deadly hospital infections.
Fungi are everywhere. Most are harmless, some are helpful. A few are killers. Collectively, infectious fungi are the most devastating agents of disease on Earth, and a fungus that can persist in the environment without its host is here for the long haul. In gripping, accessible prose, Emily Monosson documents how changing climate, trade and travel are making us all more vulnerable to invasion. Populations of bats, frogs and salamanders face extinction, and scientists don't have a cure. The American Northwest's beloved National Parks are covered with the spindly corpses of white bark pines. Food crops are under siege, threatening…
I’m a biomedical anthropologist/epidemiologist with a post-doctoral studies in Human Genetics. I learned about pharmacology and medicinal chemistry at a large Swiss pharmaceutical company. There, we developed some of the first precision medicines in oncology—treating tumors with a specific protein signature. We took the next step to personalize prescription medicine, which is in its infancy. The goal is to prescribe the right drug, the first time—prescribing drugs that work with patient genes. As VP, Global Research Strategy and SVP, Global Pharmaceutical Strategy, this has been my vision for decades, and why I wrote The Goldilocks Genome to introduce personalized medicine to the lay public in a compelling read.
Who doesn’t love a true story of David and Goliath? Who really believes that the inventor of the “better mousetrap” always wins? This is a real-life medical thriller when the properties of a mineral were found to be a cheaper, better solution to stopping battlefield bleeding.
The “Davids” took on “Goliath,” who supported their vested interests in an inferior product that cost the lives of infantrymen. It took a courageous whistle-blower to come forward and change the trajectory. Ultimately the mineral was adopted and used effectively in the Iraq War. The better trauma medicine won, but it took years. The story is, sadly, all too real—but good does triumph!
The "high-stakes" true story of how an absent-minded inventor and a down-on-his-luck salesman joined forces to create a once‑in‑a‑generation lifesaving product: "Suspenseful storytelling helps us see and feel the struggle and frustration, the sweat and tears . . . Inspiring” (Robert Kolker, #1 New York Times bestselling author of Hidden Valley Road).
At the 1993 Battle of Mogadishu, dramatized by the popular film Black Hawk Down, the majority of soldiers who died were killed instantly or bled to death before they could reach an operating table. This tragedy reinforced the need for a revolutionary treatment that could transform trauma medicine.…
I’m a professor of economic psychology at the London School of Economics with affiliations in developmental economics and data science. Before that, I was at Harvard in Human Evolutionary Biology. During my PhD, I took graduate courses in psychology, economics, evolutionary biology, and statistics. I have undergraduate degrees in engineering and in psychology and took courses in everything from economics and biology to philosophy and political science. As a child, I witnessed the civil war in Sri Lanka; a violent coup in Papua New Guinea; the end of apartheid in South Africa, living in neighboring Botswana; and London’s 7/7 bomb attacks. I’ve also lived in Australia, Canada, USA, and UK.
The new science of DNA reveals a lot about how we think about identity.
Humans are a migratory species and our stories are complicated. Ancient DNA don't always match people's stories about their ancestors. Rather than being in a place for thousands of years, sometimes we replaced those who were there before or only the males of the group.
Sometimes we completely replaced the group that was there before but the original group's culture persisted or even replaced the invading culture. The book complicates our understanding of indigeneity and belonging.
The past few years have witnessed a revolution in our ability to obtain DNA from ancient humans. This important new data has added to our knowledge from archaeology and anthropology, helped resolve long-existing controversies, challenged long-held views, and thrown up remarkable surprises.
The emerging picture is one of many waves of ancient human migrations, so that all populations living today are mixes of ancient ones, and often carry a genetic component from archaic humans. David Reich, whose team has been at the forefront of these discoveries, explains what genetics is telling us about ourselves and our complex and often surprising…
Though my undergraduate degrees are in electrical engineering and English, I have always been fascinated by the natural world. When I was a kid, my mother -- herself a mainframe computer programmer who loved her college biology courses -- bought me a microscope. I used it to peer at everything from the microscopic inhabitants of the canal behind our South Florida home to the onions and celery that we were having with lunch. Now I’m a law professor, but in addition to patents and property, I also teach about genetics and medical ethics. I think it’s really important that we all understand something about how the world works, how the law regulates it, and how we can try to change those aspects of it that aren’t working well.
It is hard to believe that Matt Ridley’s grand tour of the human genome was published back in 1999. Yet even today, more than two decades later, Ridley’s engaging, chromosome by chromosome investigation of our genetic make-up remains a marvel that has never been equaled. From the genes that enable the most basic chemical processes in our cells to those that determine our height and eye color, the mysterious “junk DNA” that lives between our genes, and speculation about the ways that genes affect personality, behavior, and society, Ridley brings science to life in this engaging and timeless book.
The most important investigation of genetic science since The Selfish Gene, from the author of the critically acclaimed and best-selling The Red Queen and The Origins of Virtue.
The genome is our 100,000 or so genes. The genome is the collective recipe for the building and running of the human body. These 100,000 genes are sited across 23 pairs of chromosomes. Genome, a book of about 100,000 words, is divided into 23 chapters, a chapter for each chromosome. The first chromosome, for example, contains our oldest genes, genes which we have in common with plants.
