38 books like The Stem Cell Dilemma

This book is much better than it looks at first sight. Although the “for dummies” theme might be off-putting to some, it is a serious account of stem cells with good scientific content. With 360 pages it has space to cover many topics and deals with the legal and ethical side of the field as well as the science and medicine. To me, it is perhaps a little too credulous about “miracle cells” that can turn into anything but is a lot less credulous than many other sources.

This is a beautiful book written by a great team from Utrecht in the Netherlands. It starts with a potted introduction to cell and developmental biology. I like this because, as a developmental biologist myself, I know that it is the basic science underpinning stem cell biology. It explains embryonic stem cells and cloning. Before covering transplantation therapy it explains about immune rejection of grafts and how this is dealt with. Unlike most books on stem cells, it covers non-therapeutic applications such as the study of human development or the use of stem cell-derived cells for safety testing of drugs.

The first and second editions had fabulous colour pictures all the way through. Sadly the 3rd edition has been downgraded to black and white.

You don’t often get philosophers delving into the biomedical sciences. They mostly prefer physics and cosmology. But there are great pickings in the other sciences too! 

Laplane considers the various proposed attributes of stem cells and classifies these as categorical, dispositional, relational, and system-based. She concludes that stem cells do comprise a "natural kind" i.e. a real thing, out there, not just a figment of our imagination. What emerges from this critical evaluation is that we should think not about stem cells as such but about stem-type behaviors that may be shown by various cell populations in specific circumstances. Defining stem cells is slippery and difficult, but defining stem cell behavior is relatively easy, and stem cell behavior is real and important.

A little-known gem! Howard Green was a pioneer of research with stem cells from the skin. Back in the 1970s, he developed methods to grow them in vitro He went on to use this technology to enable treatment for very severe burns which covered too much of the body to make grafting feasible. The text is rather terse but this is a remarkable laboratory and clinical vignette from one who was there. 

I recommend this award-winning book written by a woman who fought cancer successfully 3 times. In this book, she demonstrates bravery and expertise in this subject. This book is exceptionally written with a lot of research within and outside the medical field. Despite her own challenges, her compassion shines through. From reading this book, I found it very healing to understand cancer and how following certain protocols can help the disease to remission.  I love how this book helped my friend affected by cancer and many other people, and I sense the author has saved many lives

The value I got from the book was an understanding of how cancer works and whether affected by cancer or not, how making changes in our everyday life can help aid remission and aid healing of the body.

I am recommending this book because it’s a must-read for every single person who has something in their life that needs to be recovered and healed. I became friends with Amy after finding her books and she is truly the real deal. A young woman who had end-stage Lyme disease with no more hope of surviving it, went to India for a possible life-saving stem cell treatment that had an equal chance of killing her as it did of saving her. She takes us with her through India and through her treatment. When she went through all of this, she was not yet a writer, she was just trying to save her life. Now she shares with the world everything she had to learn in order to do that. Her story is heartwarming, terrifying, hilarious, and also heartbreaking. If you or anyone you know is faced with some sort of… show more.

The Story of Life is a good introduction to the history of life on Earth for younger readers. Introducing Earth from before life existed, it traces the changes in the planet as life begins to develop, then bloom, then flourish in every possible niche. There’s a thorough treatment of dinosaurs, which will be a favourite section for many readers. The illustrations are energetic, clever, and funny, with enough detail to let kids read and re-read as they catch every little interaction on each page. A handy time-tracker on the bottom left of each double-page spread keeps you oriented in time as you turn each page. Along with a glossary at the back, this book makes a great introduction to evolution for kids in the early primary years.  

I cherish this book as I can dip into any part of it and will always learn something new.

I have always been fascinated by the origin of things, and there is nothing more fundamental than the origin of life itself. Nick Lane is on the front line of such research and brings a lot to bear down on this question, from his own laboratory experiments to theoretical biochemistry, all without a hint of condescension. Nick wants to take the reader with him on a personal journey to discover why we are here, and this is a journey I wouldn’t miss for the world.

Written for a more academic audience than the other books on this list, although still highly readable, I’d recommend Adaptive Oncogenesis for anyone wanting to go deeper into the underlying evolutionary principles that explain why we get cancer when we do. James explores how the disease is fundamentally hardwired into our human biology, how the processes of evolution shape how cancer starts, grows, and spreads through the body, and new ideas for more effective approaches to treatment.

Study of the Warburg effect has stimulated broader interest in how metabolism might regulate cellular and organismal biology. 

This volume gives voice to this nascent field. The Krebs or tricarboxylic acid cycle—the “one ring to rule them all”—produces reduced co-enzymes that are then oxidized by the electron transport chain to produce the trans-membrane proton gradient. The Krebs cycle also produces numerous precursors for biosynthesis. It can thus signal the metabolic state of the cell, switching numerous genes on or off. 

Intermediary metabolism, long ignored by many biologists, may thus be the key to much of what cells and organisms are and what they do.