Your Inner Fish: The amazing discovery of our 375-million-year-old ancestor

Your Inner Fish: The amazing discovery of our million-year-old ancestor eBook: Neil Shubin: leondumoulin.nl: Kindle Store.
Table of contents

• About the Book
• Your Inner Fish, The amazing discovery of our million-year-old ancestor by Neil Shubin
• Your Inner Fish: The Amazing Discovery of Our 375-Million-Year-Old Ancestor

His personal anecdotes came at perfect times and flowed with the book in harmony. His writing style is congenial, conversational, humorous, candid, and i'd go as far to say inspirational. Prospective readers - especially those who aren't enthralled by evolution or anatomy - might predetermine the text as being bland and heavy. It's quite the opposite; I found myself laughing many times and perhaps the only weakness of the book is that it's too short. I personally enjoy shorter books because I enjoy delving into a few different topics a month.

For only pages there is a hell of a lot to learn and so much great information jam-packed in an easy-to-understand way. The author is an acute articulator, and has a good habit of recapitulating unfamiliar topics.

This is an unconventional evolution book. This could have been the name of this book. Having read numerous evolution books before, I would have thought that attaining higher appreciation for it than I already have was an unattainable goal, but reading this book shattered that notion because my appreciation for evolution is substantially heightened. Nothing is more enlightening than finding out the truth of your existence up to your very faults. The book is split by 11 chapters. The first four explore the theme of how we can trace the same organ in different creatures.

1. Your Inner Fish: The amazing discovery of our 375-million-year-old ancestor.
2. The Thing Under the Building.
3. Your Inner Fish!
4. leondumoulin.nl | Your Inner Fish: The Amazing Discovery of Our Million-Year-Old Ancestor.
5. ?

The author starts by describing his legendary trip to Ellesmere Island in Nunavut, Canada. He describes the struggles and the significance of his finding: The Tiktaalik; a creature from the late Devonian period million years ago that currently holds as the most well-established evolutionary transition from fish to amphibian. I've read about the Tiktaalik before in one of Dawkin's books, but I was surprised to find out that the author of this book actually discovered it.

His expedition is a fascinating read in itself because the author is a great storyteller, and seems to be a really humble, laid-back, and fun guy. He all of the latter not only when sharing his personal experiences, but when speaking on behalf of his chosen subjects as well.

He describes how he ended up near the arctic - and on the Pennsylvania highways - when looking for his fossils of choice. He gives a general introduction of where and how - using paleontology and evolution - you would find fossils. He elucidates the difference between fish and amphibian through bone structure and limbs and mammal and reptile. There's a chapter dedicated to teeth. Teeth are important and extremely helpful when identifying or distinguishing differences among animals i. There's a chapter dedicated limb structure, specifically the hand and arm. The developmental difference between our arms and a fish's fins are very similar early on in development but become vastly different through the process inside the egg.

About the Book

The author explains why and shows experiments involving the relevant genes for such functions those involving the ZPA tissue and Sonic Hedgehog gene manipulation, there's a chapter to this called "Handy Genes". In each one of these chapters, certain body parts of ours are to our distant ancestors. In other words, we get to explore, interpret, analyze, compare and contrast the our body functions with our distant ancestors.

We figure out the inception of many body parts and functions and why they evolved to work the way they do for us. Specifically, there's a chapter on: Some interesting stuff by chapter: In the field of Embryology, - the study of Embryos, or fetuses - we see that all animals are alike at their very initial gestation stage, with four little swellings called arches that develop around what comes to be the throat area.

This is explained in more detail in the book but the fascinating thing is that these arches, depending on the species, all come to have a different but similar function in the body as the conception process gets underway. In the book, the example of comparison are humans and our very distant ancestor shark. Cranial nerve structure is also discussed and compared. Also discussed are headless animals - primitive ones - and the origins of our notochord. There's a whole section on the similarity of active and inactive genes among completely different specifies.

What happens if you remove tissue, or add certain DNA strands in fruitful area? The evolution of scent is interesting because fish evolving to leave the water and thus become an amphibian, it requires major changes because there are 2 kinds of smelling genes: The chapter on scent is epic and so is the proceeding one on vision and then Hearing. We can trace major events in our eyes by analyzing certain eye genes that we share with other creatures. Mammals have the same ear bones as fish, the difference being that wish don't have ears.

We come to see that there's major contrast between the functions of these bones for different groups of animals, like mammals and amphibians. These differences are part of why we label an animal to be a "mammal" or "amphibian" in the first place. Our middle ear bones are the malleus, incus and stapes.

We come to see that the malleus and incus evolved from jawbones. Of the million years of life, Homo Sapiens have survived extinction and for the time being remain extant. The Tiktaalik; a creature from the late Devonian period million years ago that currently holds as the most well-established evolutionary transition from fish to amphibian. I've read about the Tiktaalik before in one of Dawkin's books, but I was surprised to find out that the author of this book actually discovered it.

His expedition is a fascinating read in itself because the author is a great storyteller, and seems to be a really humble, laid-back, and fun guy. He all of the latter not only when sharing his personal experiences, but when speaking on behalf of his chosen subjects as well. He describes how he ended up near the arctic - and on the Pennsylvania highways - when looking for his fossils of choice. He gives a general introduction of where and how - using paleontology and evolution - you would find fossils.

He elucidates the difference between fish and amphibian through bone structure and limbs and mammal and reptile. There's a chapter dedicated to teeth. Teeth are important and extremely helpful when identifying or distinguishing differences among animals i. There's a chapter dedicated limb structure, specifically the hand and arm. The developmental difference between our arms and a fish's fins are very similar early on in development but become vastly different through the process inside the egg.

The author explains why and shows experiments involving the relevant genes for such functions those involving the ZPA tissue and Sonic Hedgehog gene manipulation, there's a chapter to this called "Handy Genes". In each one of these chapters, certain body parts of ours are to our distant ancestors. In other words, we get to explore, interpret, analyze, compare and contrast the our body functions with our distant ancestors. We figure out the inception of many body parts and functions and why they evolved to work the way they do for us.

Specifically, there's a chapter on: Some interesting stuff by chapter: In the field of Embryology, - the study of Embryos, or fetuses - we see that all animals are alike at their very initial gestation stage, with four little swellings called arches that develop around what comes to be the throat area. This is explained in more detail in the book but the fascinating thing is that these arches, depending on the species, all come to have a different but similar function in the body as the conception process gets underway.

In the book, the example of comparison are humans and our very distant ancestor shark. Cranial nerve structure is also discussed and compared. Also discussed are headless animals - primitive ones - and the origins of our notochord. There's a whole section on the similarity of active and inactive genes among completely different specifies. What happens if you remove tissue, or add certain DNA strands in fruitful area? The evolution of scent is interesting because fish evolving to leave the water and thus become an amphibian, it requires major changes because there are 2 kinds of smelling genes: The chapter on scent is epic and so is the proceeding one on vision and then Hearing.

We can trace major events in our eyes by analyzing certain eye genes that we share with other creatures. Mammals have the same ear bones as fish, the difference being that wish don't have ears. We come to see that there's major contrast between the functions of these bones for different groups of animals, like mammals and amphibians. These differences are part of why we label an animal to be a "mammal" or "amphibian" in the first place. Our middle ear bones are the malleus, incus and stapes. We come to see that the malleus and incus evolved from jawbones.

Of the million years of life, Homo Sapiens have survived extinction and for the time being remain extant. But this doesn't mean that we don't have our problems. There's no preternatural creator ghost behind the complexity or susceptibility of our bodies, but even better: Because of such primitive origins, our bodies aren't fully accustomed to certain things and thus thanks to our fish ancestors we develop things like hernias or hangovers.

So why is this better then? For one, because it makes perfect sense! And two, by having a natural understanding of our anatomy, we can spearhead our way into the understanding of imperative issues - like disease or congenital defects - that shackle and sometimes terminate the life of many good individuals.

This is very important, and so is this book. I'm grateful I read it. Unlike the Christian symbol, the Darwin fish has, you know, legs. But the Darwin fish isn't merely a clever joke; in effect, it contains a testable scientific prediction. If evolution is true, and if life on Earth originated in water, then there must have once been fish species possessing primitive limbs, which enabled them to spend some part of their lives on land. And these species, in turn, must be the ancestors of four-limbed, land-living vertebrates like us.

When a member of the Facebook history and current events website I manage posted this … I considered it a kind of mockery of evolution and written by someone with a limited knowledge of evolution. You will never look at humans the same A must read for those that love science and those just interested in evolution, genes, and where we come from!

Really enjoyed this book. He explores how various aspects of our bodies e.

The information is very well presented in non technical language so accessible to all. This reviewer encapsulates why I did not enjoy this book as much as I had wanted to: Good take on evolution. I learned a bunch. Talks about when and how and why major parts of human anatomy evolved. Honestly one of my favorite books. It convinced me of how cool evolution is. Interesting read even though a few places are a little hard going. I would recommend to anyone who likes biology or fossil stuff. Good, wholesome pop science. I wanted to understand how evolution works.

• JUNOS Enterprise Switching: A Practical Guide to JUNOS Switches and Certification!
• The Capstone Encyclopaedia of Business.
• !
• Water Logic: An Elemental Logic Novel!

Read it for my comparative anatomy class. Easy to understand, interesting story. An awesome evo-devo book written in a lovely style by a TRUE explorer. Discussion of evolution at its best! Neil Shubin gave us the goods without talking down to his audience. I found it fascinating how paleontologists can study aspects of long dead and fossilized creatures and figure out how they evolved into people.