My rating: 4 of 5 stars
Get Speechify to make any book an audiobook
I’m old enough to remember when the human gene sequence was first being decoded, and there was a widespread belief that it was going to end genetic diseases in one fell swoop. It didn’t do that, and – in fact – seemed to result in whole new levels of confusion. It’s fascinating to me that now Epigenetics, a subject that grew out of that confusion, is also being seen as the ticket to ending disease. Epigenetics investigates what traits are expressed and why, given that a specific gene sequence has a vast array of potential for various traits to be (or not to be) expressed.
For those familiar with this series (the “A Graphic Guide” series,) this book is more difficult to digest than most titles, certainly than any of the several others that I’ve read. To be fair, the subject matter is more technical than most, leading to it being more jargon- and acronym-intensive. In addition, the subject isn’t cut up into as small of pieces as most of the books. This one has far fewer and longer chapters than the others that I’ve read.
That said, while it reads technically for the general reader, there are a few concepts (methylation, demethylation, and histone modification) that are frequently revisited throughout the book, and so one can get a basic grasp of those concepts. The book also explores some issues that are more readily understood by the lay reader, such as: nature v. nurture in gene expression, the role of twin studies, and how pseudo-scientific individuals and organizations have made fraudulent claims involving Epigenetics.
If you want to learn about the fundamentals of Epigenetics, you may want to look into this book — but keep in mind that it’s not a smooth read.
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