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Details if other :. Thanks for telling us about the problem. Return to Book Page. Preview — Shattered Nerves by Victor D. Once the stuff of science fiction, neural prosthetics are now a reality. Research and technology are creating implants that enable the deaf to hear, the blind to see, and the paralyzed to move. Shattered Nerves takes us on a journey into a new medical frontier, where sophisticated, state-of-the-art medical devices repair and restore failed sensory and motor systems.

In a co Once the stuff of science fiction, neural prosthetics are now a reality. In a compelling narrative that reveals the intimate relationship between technology and the physicians, scientists, and patients who bring it to life, Victor D. Chase explores groundbreaking developments in neural technology. Through personal interviews and extensive research, Chase introduces us to the people and devices that are restoring shattered lives, from implants that enable the paralyzed to stand, walk, feed, and groom themselves, to those that restore bladder and bowel control, and even sexual function.

Signals from the brains of paralyzed people are captured and transformed to allow them to operate computers. Brain implants hold the potential to resolve psychiatric illnesses and to restore the ability to form memories in damaged brains. This timely and important book also explores troubling boundaries between restoration and enhancement, where implants could conceivably endow the able-bodied with superhuman capabilities.

Chase concludes this fascinating book with a provocative question: Just because we can, does that mean we should? Get A Copy. Hardcover , pages. More Details Original Title.

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Patient Profiling: Are You a Victim? | Pamela Wible MD

Jul 15, Michael Connolly rated it liked it Shelves: reviewed , neuroscience. Chase Neural Prostheses This is a book about neural prostheses.

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It is about both sensory an motor nerves. It is non-technical and full of human-interest stories, about both the scientists and the patients. First he came down with tinnitus ringing in the ears , followed by deafness and inflammation of the cornea.

Michael received one of the early cochlear implants to deal with his deafness. His six-channel Ineraid implant was developed by Donald K. Michael helped the researchers improve the device by offering them accurate feedback no pun intended on the efficacy of various changes the researchers made.

Electrode implants are becoming common ways of helping to interpret the brain signals being sent to a non-functioning nerve site, to allow people who are missing function to regain it. Chase does a great job of detailing the different advances and medical availabilities that are being utilized to help those who have nerve damage through mostly anecdotes of people who have received the treatments.

In the majority of the middle of this book, he goes through different areas of success in reviving motor capabilities or control, in areas such as hand movement, the ability of quadriplegics to stand and potentially walk again, cochlear implants and other major hearing advances for the deaf, and retinal implants. Chase then takes great time to explain the electrode and how it is being used as the new nerve in all of these advances, and then implementing prosthetic systems in the brain.

He then moves from discussing motor nerve damage to brain diseases, such as Parkinson's disease; Chase explains deep brain stimulators and their effects in countering motor diseases that originate in the brain. Current research is being done to see if there is a way to use these brain stimulators to alleviate depression. Different successes have been seen so far in the implants, with the most extreme case being one patient fully recovering and setting up their own successful business. Finally, he discusses Alzheimer's and the possibility of an implant or a chip in the hippocampus that helps keep and restore memory.

A man named Berger has done extensive research in trying to develop a hippocampus computer model in order to help recover the full functionality of it. The end of this book is an overview of the ethics behind these advances. Chase brings up the different ethical decisions and dilemmas researchers face in this area of neural prosthetic technology such as: How can researchers ensure that human test subjects are made fully aware of the potential risks involved? Once these devices are approved for clinical use, who should receive them? Reading this Book The Style: This book is written with the overall goal to provide a story of how nerves are being restored by science.

The history is extremely interesting, Chase does an incredible job at using humor and just purely amazing facts and research to keep you engaged and excited while reading through a seemingly "dry" subject such as the history of neural prosthesis.

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I actually think my favorite chapter of the book was "The Grandfather of Neural Prostheses", which details the history of one man and how his incredible genius mind impacted the development of numerous tracks within neural prosthesis. I was blown away by how his story was presented almost every single page. Chase does this throughout the rest of the book - the topic is never boring to read through. Using stories of different patients, Chase presents the repairs in a very personal way, discussing through a person's life and how the technology being described was used to impact their life.

Almost every chapter gives one or multiple stories of how the technology was developed to the point of helping this particular person, and what has happened since. I have really enjoyed this book overall. There were a few topics that I was less-interested in, but as stated, Chase's use of stories keeps you engaged and frankly in awe of what modern medicine is able to accomplish and how people have really been helped with what you are reading about.

I loved learning about so many different systems in the body without feeling like I was reading a textbook, and thinking of how I would act in similar situations was always an interesting thought process that kept me very interested in the book. I would definitely recommend this book to others, especially if one is not overwhelmingly knowledgeable about the nervous system.

Free Thought Lives

Chase does a really good job of explaining things on a simple level for understanding to form, and then makes you feel really smart that you are understanding how someone was given a cochlear implant, or how retina implants are being developed. I would absolutely suggest getting the book for a light read or even for a class learning more about advancement in neuroscience. It was very enjoyable but still helped solidify a lot of understanding of the brain and nerves and opportunities to improve both. One person found this helpful. I'm overwhelmed by the amount of fascinating, up-to-the-minute information, the painstaking research, and the easy to understand writing.

Especially intriguing is the clear path to future breakthroughs indicated in each area. It shatters our preconeptions about the limits of medicine. Excelent book for someone entering the field of neuroprosthetics. Shattered Nerves does a great job of providing a layperson's explanation of the fascinating advances medical science is making in the field of neuroprosthetics.

It nicely blends the human stories of the researchers and the subjects with clear descriptions of the technical advances--and the science that underlies the technology--all without becoming too complicated for the interested non-scientist. This book tracks the development of implants and aids that help take the place of damaged nerves in the human body.

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From cochlear implants that help deaf people hear, to hookups that allow people to operate computers just by thinking, reachers are successfully combining medical science, engineering, computer technology and great personal committment. Be sure to get to the last chapter, which discusses ethics and the issues that confront the researchers and technologists in this field.

This is a good book for anyone interested in how technology advances and how real people make the individual steps that add up to giant strides for medical science. It provides great insights into the personalities and the processes involved. One person found this helpful 2 people found this helpful. Some of the technology originally developed for cochlear implants has been applied to retinal implants.

The visual technology is still experimental and primitive. It is not routinely clinical, as are cochlear implants.