Chemistry World Book Club

If you really want to develop an appreciation for those early pathologists who went so far as to taste-tested truly horrible samples from corpses to establish a system for detecting poisons, read a new book by US-based physiology and biophysics professor Neil Bradbury. We discuss Eleven Deadly Molecules and the Killers who used them: A Taste for Poison in our final episode of the Chemistry World Book Club podcast series. Combining chemistry and biology with true crime, this book is ripped from news headlines and is also based on historical records. Bradbury recounts for us his life-long fascination with science as well as murder mysteries, and how he long-dreamed of using his biochemistry training to write a book delving into process by which various poisons kill a person – what these compounds actuallydo inside the body. He also discusses narrowing down the book’s scope to the 11 poisons and related murders that are featured.

After almost seven years,Chemistry Worldis moving on from the Book Club podcast. We truly thank all of you who read along and listened, as well as those reviewers and authors who participated and made the podcast great. But we have an exciting new monthly podcast in the works, so please followChemistry Worldon Twitter or on Facebook to be the first to hear about it.

Indigenous communities are among the most affected by climate change, yet their work and knowledge has long been dismissed as unscientific. In her first book Fresh Banana Leaves: Healing Indigenous Landscapes through Indigenous Science, Maya Ch’orti’ and Zapotec environmental scientist Jessica Hernandez recounts case studies, personal stories and family histories that focus on the knowledge of Indigenous Latin American women and land protectors. Hernandez’s book envisions a future in which Indigenous people are given autonomy over their lands and are treated as prominent leaders in the fight for environmental justice and against climate change.

We talk about the failures of western conservation approaches and speak to Hernandez about the many reasons science needs to start listening to Indigenous voices.

Thank you to Jenn Ashtonfor performing a sensitivity check on this episode.

This episode examines the science behind auto racing by digging intoRacing Green: How Motorsports Became Smarter, Safer, Cleaner and Faster, by science journalist and science historian Kit Chapman. In this his second book, following Superheavyin 2019, the formerChemistry Worldcomment editor chronicles how motorsport science is advancing and becoming more environmentally friendly, and he describes that ways in which these developments on the track are changing the world for the better.

Chapman uses exclusive interviews with folks at NASCAR’s Research and Development Center, Formula 1 insiders, engineers, scientists and drivers to tell this story. For us, he also recounts some of the exotic travels he embarked on to thoroughly research this topic, the fascinating people he met along the way, and lessons he’s learned from writing the book. He even talks about the serious curve balls thrown by the Covid-19 global pandemic, and how they showed up in his book, as well as on the racing track, in hospitals and beyond.

Why is duct tape the answer to fixingeverything? How do geckos cling to walls?And what, exactly, keeps our car tyresrolling down the road? InSticky: The SecretScience of Surfaces, physicist and sciencewriter Laurie Winkless paints a vivid pictureof the vast array of surfaces we interactwith every day – and explores the mysterieswe’re still unravelling about how thoseinteractions work.

We talk to Winkless about earthquakes and geckos, and discuss why even the things wesometimes take for granted (like that littlebroom they use in curling) have a fascinating scientific story to tell.

In this episode, we discussHer Hidden Genius. It’s the new book by Marie Benedict, a lawyer and best-selling author who unearths the historical stories of women who have left important legacies. In this her third book about a female scientist, Benedict chronicles the life of Rosalind Franklin, anEnglish chemist and X-ray crystallographer who laboured for years to uncover the structure of DNA but whose research was secretly shared with two male scientists from a different institution – the famous Watson and Crick. They used her data to claim the discovery of DNA’s structure and ultimately win a Nobel prize for it, after Franklin died from cancer at just 37 year old.

In this episode, we’re delving deep into the science of one of the best-selling fiction writers of all times:Agatha Christie. We look for evidence of her pioneering forensic writing withMurder Isn’t Easy: The Forensics of Agatha Christie, the second book by pathology technician and medical historian Carla Valentine.

At a time when there was no internet and the word ‘forensics’ didn’t even exist yet, Christie managed to stay up to date with the latest scientific advances as well as real-life cases — all of which inspired her clever plots and twisting tales.

Together with special guests Raychelle Burks and Kathryn Harkup (both huge Christie fans) we consider Christie’s knack for science communication as well as her problematic selection of stereotyped characters.

This episode is for anybody interested in how human beings have altered the world around us since we came on the scene tens of thousands of years ago. Universityof California Santa Cruz evolutionary biologist Beth Shapiro weaves fascinating and fun personal anecdotes from her own life and research on ancient DNA to tell the story of the evolution of Earth and the life-forms it hosts. Shapiro also delves into the risks and opportunities presented by powerful new synthetic biology technologies. She isnot afraid to voice her own opinions on topics that can be quite controversial – like gene editing, cloning and the consequences of climate change – and speaks candidly in this podcast.

This month, we’re readingThe Icepick Surgeon: Murder, Fraud, Sabotage, Piracy, and Other Dastardly Deeds Perpetrated in the Name of Science. It’s the new book by Sam Kean, who many might know as the author of the periodic table bookThe DisappearingSpoon.

In what is now his sixth book, Kean tells true stories of what happens when ambition pushes otherwise rational people to cross ethical lines in the name of science. With wit and humour (where appropriate), Kean brings to life characters throughout history who found themselves on a slippery slope that took them from small concessions all the way to horrific acts.

We talk to Kean about not losing faith in science and discuss why stories of misconduct remain important even in an era plagued by mistrust in science.

In this episode, we’ll tackleDeep Sniff: A History of Poppers and Queer Futures by Adam Zmith. In his first book, Zmith blends historical research with wry observation to tell the story of how amyl nitrites wafted out of the lab and into gay bars, corner shops and bedrooms.Zmith leads readers through the 19th century discovery of nitrites as an angina medication and its 20th century reimagination as a drugfor the queer community. But his focus on people and cultural forces means this book goes far beyond a simple history lesson.

We discuss how societal pressures and biases can influence research, and talk to Zmith about the secret pact between governments, manufacturers and users that kept poppers flying under the radar of drug restrictions.

This episode is for all those people who have turned to gardening or amassed houseplants during the Covid lockdowns as we’ll be talking about Lessons from Plants. In it, the biochemist Beronda Montgomery explores the vigorous and creative life of organisms often treated as static and predictable.Writing about plants’ fascinating ability to perceive, adapt, communicate, decision-make and collaborate, Montgomery asks us to consider the question: What would a plant do?

We discuss what agriculture got wrong about plants’ symbiotic relationships, how caring for plants can help educators create an environment in which students thrive, and talk to Montgomery about converting knowledge of science into lessons for being better humans.