4.4 • 921 Ratings
🗓️ 24 September 2024
⏱️ 97 minutes
🔗️ Recording | iTunes | RSS
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Dr. Theodore Schwartz’s book Gray Matters: A Biography of Brain Surgery offers a comprehensive exploration of neurosurgery, a field barely a century old that profoundly connects two human beings. The book delves into the history of how early neurosurgeons came to understand the complex human brain and how this challenging specialty emerged. Drawing from his own cases and various archives, Schwartz provides insights into the practical aspects of brain surgery and its life-or-death nature.
The book covers a wide range of brain-related topics that have long captivated public interest, including famous cases like JFK’s assassination and President Biden’s brain surgery, as well as the NFL’s management of CTE. Dr. Schwartz also discusses the field’s latest advancements and tackles philosophical questions about the unity of self and free will. As a practicing neurosurgeon and professor at Weill Cornell Medicine, Schwartz brings a unique perspective to this cultural and scientific history of a mind-blowing human endeavor.
Theodore Schwartz, MD, is the David and Ursel Barnes Endowed Professor of Minimally Invasive Neurosurgery at Weill Cornell Medicine, one of the busiest and highest-ranked neurosurgery centers in the world. He has published over five hundred scientific articles and chapters on neurosurgery, and has lectured around the world—from Bogotá to Vienna to Mumbai—on new, minimally invasive surgical techniques that he helped develop. He also runs a basic science laboratory devoted to epilepsy research. He studied philosophy and literature at Harvard. His new book is: Gray Matters: A Biography of Brain Surgery.
Shermer and Schwartz explore a wide range of neurosurgical topics, from Schwartz’s career path to brain anatomy and anesthesia. They discuss brain mapping, sports-related injuries, tumors, strokes, and famous medical cases. The conversation delves into neurological conditions like dementia and historical practices like lobotomies. They examine the neuroscience of aggression, philosophical questions about consciousness and free will, and the concept of self. Personal experiences, including Schwartz’s father’s stroke, are shared. The discussion includes future technologies like Neurolink and their potential impact on brain-computer interfaces.
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0:00.0 | You're listening to the Michael Sherman Show In the mid-70s or so I went to visit a friend of my boyhood friend Rich Burris who was a medical student. |
0:32.3 | I think it was at Virginia. |
0:34.0 | Anyway, I was at Pepperdine and so I went back to see him and it happened to be a time |
0:38.8 | when he was going to see a brain surgery on a child. |
0:42.8 | It was like a two-year-old or something. |
0:44.8 | And he said, you want to go? |
0:46.4 | And I'm like, they're not going to let me in, are they? |
0:48.7 | He goes, oh yeah, sure, you just get dressed up |
0:51.2 | with all the stuff and all that, and you can just stand up on the |
0:53.1 | sidelines. So I saw it and I like you I just could not believe it. I didn't become a |
0:57.1 | brain surgeon but it was really impressive and even more impressive now I'm sure. |
1:01.6 | I guess at that early age the brain just |
1:04.2 | bounces back much more readily than it would if if I had that surgery at this point |
1:08.7 | in my life. Children's brains do recover more easily and more quickly than the adult brain, but we do |
1:15.4 | adult surgery all the time. We can take out brain tumors deep in adult brains without doing any |
1:21.1 | significant harm. So neurosurgery has really evolved to the point where we can get anywhere, |
1:26.0 | take out almost any tumor that we want to, using techniques like, you know, under the microscope and endoscopes and we have |
1:34.4 | lasers and robots that help us in computers and really very sophisticated field |
1:39.9 | at the moment but although the child's brain does recover more quickly it doesn't mean that we can't operate safely on adults. |
1:47.0 | Yeah, of course. But the idea there is brain plasticity that early on brain areas that are damaged or extracted other areas |
1:57.2 | of the brain can take over those functions? Yeah you know there's a surgery we do and I do |
2:02.1 | it for epilepsy on on children where literally entire half of their brain is having seizures and causing them to have seizures, which is really a firing of the neurons in the brain uncontrollably. |
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