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Summary:
Oliver Sacks on Your Inner Fish Since the 1970 publication of Migraine, neurologist Oliver Sacks's unusual and fascinating case histories of "differently brained" people and phenomena--a surgeon with Tourette's syndrome, a community of people born totally colorblind, musical hallucinations, to name a few--have been marked by extraordinary compassion and humanity, focusing on the patient as much as the condition. His books include The Man Who Mistook His Wife for a Hat, Awakenings (which inspired the Oscar-nominated film), and 2007's Musicophilia. He lives in New York City, where he is Professor of Clinical Neurology at Columbia University.
Ted Daeschler and Neil Shubin propecting for new sites (Credit: Andrew Gillis)
The valley where Tiktaalik was discovered (credit: Ted Daeschler, Academy of Natural Sciences)
The models of Tiktaalik being constructed for exhibition (Tyler Keillor, University of Chicago)
Me with one of the models (John Weinstein, Field Museum)
Customer Reviews:
Average Customer Rating:
Of Human Descent
Customer Rating:
Your Inner Fish is an interesting book by Neil Shubin who is an anatomy professor at the University of Chicago. In this book, Shubin attempts to find links from early life forms all the way up to the present modern human.
He devotes a chapter to discuss the development of each of the various body parts over time. Briefly summarizing:
In Chapter one, we learn about his co-discovery of the famous fossil Tiktaalik. This fossil actually has specialized fins that have bones that correspond to the upper arm, forearm, and parts of a wrist. It is believed to be an intermediary between fish and tetrapod.
Chapter two discusses the common plan for limbs; chapter three shows how DNA of ancient genes may have been repurposed for development of limbs with fingers and toes for example. The remaining chapters discuss the development of teeth, the head, nose and smell, eyes and vision, ears and hearing.
In all of this, Shubin tries to demonstrate how what make us human today - all of our constituent parts - has its origins in the creatures that preceded us. It would make a welcome addition to your collection of books on the evolutionary process.
Entertaining and informative book -- a must read.
Customer Rating:
I bought the book to read, like I do all the books I purchase. This I bought to read about one of the most important archeological finds of all time - the Tiktaalik. But I was simply amazed by what I found in the pages of this book.
Not only does Shubin explain the find, he presents the case of how we evolved from fish. Based on his knowledge of researching and teaching the human anatomy he explains how the most important parts of our body -- especially our hands -- directly descended from fish anatomy.
The stories he narrates are entertaining and revealing. His explanation is simple and easy to follow -- although I have to admit my continuing problem of remembering the medical terminology.
In the end (almost the end) Shubin reveals the most astonishing fact of all. That the scientists have stopped marshaling evidence which proves that we evolved from fish. It is as secure a 'fact' as the knowledge that the Earth revolves around the Sun. Simply brilliant.
So is the book.
Excellent
Customer Rating:
This is a wonderful book! Shubin, with great enthusiasm, shows how our bodies are interconnected with other species, and he makes the experience of learning about the evolutionary history of humans fun. I highly recommend this book to anyone interested the evolution.
A Novel Approach.
Customer Rating:
This is a totally new approach to and further unequivocal proof of Darwin's "The Origin of Species." An original & spellbinding story. Well written & easy to understand. Who, with a modicum of common-sense, can doubt Evolution. Complimentary to Richard Dawkin's " The Ancestors' Tale"
Uneven, But Awesome
Customer Rating:
A little uneven in parts, this book still offers some near-overwhelming gems of evolutionary history. The greatest for me was the discussion and exploration of the experiments that showed how colonies of single-celled organisms could, when their environment changed through the introduction of a 'predatory' microbe, adapt to form multi-celled bodies, first with hundreds of cells, before evolving to a more stable and liveable eight-celled arrangement. When transplanted to a new environment, the eight-celled arrangement continued to be produced.