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Introducing Epigenetics: A Graphic Guide, by Cath Ennis
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Epigenetics is the most exciting field in biology today, developing our understanding of disease, hereditary traits, and evolution.
In a striking comic-book style, Introducing Epigenetics pulls apart the double helix, illustrating the key concepts in cell biology and exploring the route from Pythagoras's theory of "spermism" through the Human Genome Project to the present day.
- Sales Rank: #20483 in Books
- Published on: 2017-03-14
- Original language: English
- Dimensions: 4.72" h x .8" w x 6.61" l, .0 pounds
- Binding: Paperback
- 176 pages
About the Author
Cath Ennis has a research background in genetics, genomics and cancer, and works as a grant writer and project manager in Vancouver, Canada. She writes about epigenetics and other topics for The Guardian, has co-written a textbook on stem cell science, and can be found online at enniscath.com.
Oliver Pugh is a designer and illustrator.
Most helpful customer reviews
9 of 9 people found the following review helpful.
DNA defines an organism: epigenetics tells how to translate that code into a real live organism
By Graham H. Seibert
As the book explains, while DNA is the code that defines an organism, epigenetics provides the notes on how to translate the code into a real live organism.
The book is formatted for modern readers. It is short as Kindle books go – only 1385 locations. It is divided into chapters about one page each in length. I include the chapter index at the end of the review. It is rich in diagrams.
In writing such a book, the author must strike a balance between readability and completeness. She has to make some assumptions about the reader. This book appears to assume that the reader will be college educated, not flummoxed by the introduction of new technical terms, and somewhat familiar with genetics. In other words, it is not for everybody.
I am 50 years out of college but have read much of the popular literature on genetics, starting with Dawkins' Selfish Gene. I found that the book demanded my attention, forcing me to reread a few chapters in order to fully grasp the concepts, but in the end quite satisfying.
DNA, the blueprint for our bodies, is invariant. Every cell of the body contains the same long, complex DNA molecules. However, DNA always exists among other, supporting molecules, which do differ from cell to cell. These epigenetic assistants control how the information from the DNA is translated into building proteins for the various types of cells within the body.
DNA stands for diribonucleic acid – the double helix, half from the father, half from the mother. RNA stands for ribonucleic acid, the more general form. Proteins are formed by what is called messenger RNA. These molecules are copied from short subsets of the whole DNA molecule. Messenger RNA tells the cell how to build the proteins required to be, for instance, a brain cell or a liver cell.
The structures surrounding DNA in a given cell includes markers that control which part of the DNA will be used as templates for building amino acids within the cell and which will be ignored. There are different structures for different cells.
As the chapter titles below indicate, a lot of things affect the epigenetic material surrounding DNA. Among these are aging and exposure to chemicals such as those in tobacco. While the DNA may not change within an individual, the body parts made according to that DNA model do change via epigenetics.
Epigenetic diagnoses for disease, and epigenetic-based cures for disease our already in place, and many more appear to be on the horizon. This book will be useful reading for investors interested in the next big things in biotechnology. It will help them read investment product prospectuses and annual reports from companies involved in esoteric new technologies.
The book is truly a five-star effort. The author deserves a great deal of credit for striking such a good balance among readability, completeness and bulk.
The chapter titles:
Genes, RNA and Proteins
Chromosomes, Nucleosomes and Chromatin
DNA Replication and Mitosis
Meiosis and Inheritance
Beyond the DNA Sequence: Gene Regulation
Nature and Nurture
Twin Studies
The History of Epigenetics
The Modern Understanding of Epigenetic Modifications
DNA Methylation
Histone Modifications
Chromatin Remodelling
Nuclear Location
RNA
Interactions Between Different Epigenetic Modifications
Epigenetics Explains What Genetics Alone Cannot
Epigenetic Changes During Embryonic Development
X Chromosome Inactivation
How Our Environment Affects Our Genes
Not So Identical Twins
Epigenetic Inheritance
Epigenetic Inheritance in Animal Models
Human Epigenetic Inheritance: The Dutch Hunger Winter
Human Epigenetic Inheritance: �verkalix
Mechanisms of Epigenetic Inheritance
Epigenetics in Evolution
Epigenetics in Disease: Ageing
Epigenetics in Disease: Inherited Mutations in Epigenetic
Regulators
Epigenetics in Disease: Imprinting Errors
The Epigenetics of Cancer
Epigenetics in Medicine
Stem Cell Therapies
Epigenetics and Pseudoscience
The Future of Epigenetics
Epigenomics
New Epigenetic Modifications
The Epitranscriptome
Epigenetic Editing
Epigen-Ethics
Looking Ahead
Glossary
Recommended Further Reading
Author’s Acknowledgements
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