A pandemic is probably a good moment to understand how vaccines are developed and how they work. This short and educational primer offers relevant background information on viruses and the immune system, and goes into much more detail on vaccines than other recent introductory books. How to Make a Vaccine is written by immunologist John Rhodes who brings to the table both his background in academic research on vaccines and his experience working for GlaxoSmithKline from 2001-2007. His narrative approach of choice is to tell the story of viruses, immunology, and vaccines through the history of scientific discovery.
In the wake of the COVID-19 pandemic, many publishers have seen an opportunity to reissue previously published books on viruses and pandemics. As a reader, it is always difficult to know whether you are actually getting any updated content beyond the obligatory new preface or afterword, or whether this is just a quick cash-grab. Fortunately, the third edition of Carl Zimmer’s famous virology primer A Planet of Viruses is here to prove those suspicions wrong.
The history of life is punctuated by major transitions and inventions: fish that moved onto land, reptiles that turned into birds. But how did these happen? In Some Assembly Required, Professor of Organismal Biology and Anatomy Neil Shubin provides an up-to-date and utterly engrossing account of the latest thinking on the great transformations in evolution. And he has one clue for you: nothing ever begins when you think it does…
Extremes fascinate us: the biggest, the fastest, the oldest, the tallest. Books and TV-programmes regularly scratch our itch for records, whether it is feats of engineering or biological extremes, and many sporting events revolve around humans attempting to set new records. One glance at the cover of Matthew D. LaPlante’s book Superlative and you might think that this is yet another book offering lots of gee-whiz factoids. You would also be wrong. Instead, this is an amusing and fascinating book that digs just that much deeper into the biology behind extremes, and why studying them is so worthwhile.
In the already unusual world of viruses, retroviruses stand out for being even more so. Called “retro” because they reverse the flow of genetic information from RNA to DNA, rather than the normal DNA to RNA, they have turned out to be ancient, omnipresent, and incredibly influential. They are also important as they cause diseases such as AIDS. With Discovering Retroviruses, Anna Marie Skalka delivers a book dedicated to this particular group that is as technical as it is fascinating.
Sorry, that’s a trick question, for the answer to this is anything but quick. The mind-boggling complexity that is life, even something as “simple” as a bacterium, somehow arises from atoms and molecules. And yet, physics and chemistry as we currently know it seem incapable of answering how life’s complexity emerges from its constituent parts. With The Demon in the Machine, well-known physicist and cosmologist Paul Davies takes a stab at it, saying we are on the verge of a breakthrough.
If Charles Darwin were to walk into my office today and ask me: “So, what did I miss?” I think I would sit the good man down with a copy of She Has Her Mother’s Laugh, telling him: “Here, this should get you up to speed”. Darwin struggled to explain how traits were being inherited from generation to generation. As New York Times columnist Carl Zimmer shows in this wide-ranging book, the story of heredity has turned out to be both diverse and wonderful, but has also been misappropriated to prop up some horrible ideologies.
Fake news, alternative facts, misinformation. These buzzwords have been making headlines all too regularly in the last few years. Who to trust and how to tell apart well-executed science from bunk has become increasingly challenging amidst the information overload of our internet era. The edited collection Pseudoscience: The Conspiracy Against Science brings together 22 contributions that examine the problem of pseudoscience from a variety of perspectives. The unbelievable things people believe in may be easy to mock, but, as this book makes clear, they are no laughing matter.
The Chernobyl disaster. The stranding of the Exxon Valdez. Car crashes. Suicide. Cancer. Heart attacks. Alzheimer’s disease. What does this list of calamities have in common?
Sleep, or rather a lack thereof, has either caused, or greatly increases the risk of this rather arbitrary and short list. Many more unpleasant things can be added to it. Neuroscientist Matthew Walker is a man on a mission: to impress upon you the importance of sufficient sleep. Why We Sleep is a book that is sure to make you lose some sleep, seeing that it is both fascinating and extremely well-written, but also deeply disturbing in showing the damage we inflict upon ourselves by cutting short our sleep. And, hopefully, it then proceeds to be a book that will make you get more sleep. This is the most important and influential book I have read this year.