The Manga Guide to Molecular Biology
"Stimulus for the next generation of scientists."
Rin and Ami have been skipping molecular biology class all semester, and Professor Moro has had enough—he's sentencing them to summer school on his private island. But they're in store for a special lesson. Using Dr. Moro's virtual reality machine to travel inside the human body, they'll get a close-up look at the fascinating world of molecular biology.
Join them in The Manga Guide to Molecular Biology, and learn all about DNA, RNA, proteins, amino acids, and more. Along the way, you'll see chemical reactions first-hand and meet entertaining characters like Enzyme Man and Drinkzilla, who show how the liver metabolizes alcohol.
Together with Ami and Rin, you'll learn all about:
- The organelles and proteins inside cells, and how they support cellular functions
- The processes of transcription and translation, and your genes' role in synthesizing proteins
- The pieces that make up our genetic code, like nucleotides, codons, introns, and exons
- The processes of DNA replication, mitosis and cytokinesis
- Genetic technology like transduction and cloning, and the role of molecular biology in medicine
Whether you need a molecular biology refresher or you're just fascinated by the science of life, The Manga Guide to Molecular Biology will give you a uniquely fun and informative introduction.
"A single tortured cry will escape the lips of every thirty-something biochem major who sees The Manga Guide to Molecular Biology: 'Why, oh why couldn't this have been written when I was in college?'"
—The San Francisco Examiner (Read More)
"If you're in class and need a little help or inspiration in learning a particularly dry molecular biology subject, or if you know someone who does, check out The Manga Guide to Molecular Biology."
—Neatorama (Read More)
"A fun and entertaining journey through elementary molecular biology, with lots of cartoons, and even some explanations of modern day science that is making waves, like knockout animals, stem cell research, and gene therapy."
—Neurotopia (Read More)
"This quirky and cute approach sure beats a dry academic text, and may be a great way to attract brainy middle school girls to subjects that will pay off later in their lives."
—The Oakland Press (Read More)
The Manga Guide to Molecular Biology "makes it possible for a 10-year-old to develop a decent working knowledge of a subject that sends most college students running for the hills."
—Skepticblog (Read More)
"This is a well written text that wraps an interesting story around the scholarly quest for understanding and may be recommended for inquisitive young minds."
—Scientific Computing (Read More)
"If you have an interest in molecular biology for any reason, I highly recommend this manga book."
—AstroNerdBoy's Anime & Manga Blog (Read More)
"Apart from being a marvelous introduction to molecular biology, this Manga guide is a great example of how graphics can be used to explain complex scientific concepts."
—Linux Users of Victoria (Read More)
"I enjoyed this book on two different levels. I needed a refresher in molecular biology. . . . I needed the manga tale also, to remind me how small our planet is getting and how transnational science, culture and education are today."
—Dr. Dobb's CodeTalk (Read More)
"Provides an excellent overview of the main concepts, is a great introduction to the topic, and would be a powerful companion to a standard molecular biology textbook."
—TCM Reviews (Read More)
Errata for the first printing>
The final figure on this page illustrating Okazaki fragments is incorrect—the label and the shorter arrows representing the fragments should be on the opposite strands. See the correct image here.
Human cells do contain 24 unique chromosomes. However, they contain 46 total chromosomes. 44 out of the 46 chromosomes in human cells are autosomes and are unrelated to gender. These 44 chromosomes are a set of duplicate pairs—there are only 22 unique autosomes in the human body. The two chromosomes which are not autosomes are sex chromosomes.
In the diagrams of Deoxyribose and Ribose on this page, the unnumbered carbon at the top of the molecule should be an oxygen (that is, an "O" not a "C").