The Nerve-Wracking Art of Brain Surgery

As a neurosurgeon, their expertise rests on precise skills and advancing neurological insights, but true mastery goes beyond technique to shape their impact and empathy.
1. The Making of a Neurosurgeon [American University of Antigua]
2. So, You Want to Be a Surgeon [American College of Surgeons]
3. Neurosurgeon [Cleveland Clinic]
4. History of Neurology and Neurosurgery [Wikipedia]
Contact That's Life, I Swear
- Visit my website: https://www.thatslifeiswear.com
- Twitter at @RedPhantom
- Bluesky at @rickbarron.bsky.social
- Email us at https://www.thatslifeiswear.com/contact/
Episode Review
- Submit on Apple Podcast
- Submit on That's Life, I Swear website
Other topics?
- Do you have topics of interest you'd like to hear for future podcasts? Please email us
Listen to podcast audios
- Apple https://apple.co/3MAFxhb
- Spotify https://spoti.fi/3xCzww4
- My Website: https://bit.ly/39CE9MB
Other
- Music and/or Sound Effects are courtesy of Pixabay
Thank you for following the That's Life I Swear podcast!!
⏱️ 13 min read
Imagine standing over an open brain, every nerve exposed, every movement critical. For a neurosurgeon, one slip, one wrong cut can alter a life forever. This is the world of brain surgery—not the triumphs or the headlines, but the tense, sensitive moments that even the surgeon fears.
This inside look comes from Dr. Theodore H. Schwartz, a neurosurgeon, who shares what it’s really like to remove a brain tumor: the moments of sheer terror, the decisions that make his heart race, and why, sometimes, he holds his breath. This is a journey into the razor-thin line between life and loss. Welcome to an inside look in the operating room.
Welcome to That's Life, I Swear. This podcast is about life's happenings in this world that conjure up such words as intriguing, frightening, life-changing, inspiring, and more. I'm Rick Barron your host.
That said, here's the rest of this story
I read a lot—books, newspapers, and my iPad, always on the lookout for intriguing articles to write about. Recently, one caught my eye in the Wall Street Journal. As I read it over my morning coffee, I was captivated by Dr. Theodore H. Schwartz’s reflections in his new book, Gray Matters: A Biography of Brain Surgery. In the article, Dr. Schwartz shared a detailed glimpse into a surgeon’s life, and it stopped me in my tracks.
As I began writing the script for this podcast episode, I realized that to truly capture the essence of the story, it was best to let Dr. Schwartz’s own words do the talking. So today, you’ll hear a passage from his book. This episode is a credit to Dr. Schwartz and to the Wall Street Journal for bringing his insights to light.
Let’s jump into this. What it’s like to remove a brain tumor, in Dr. Schwartz’s own words.
Most of the ships in a bottle you see in souvenir shops are built first, before inserting them into the bottle. Imagine having to assemble the ship, piece by piece, by working through the neck of the bottle with the bottle intact. That’s what it’s like to perform neurosurgery, a life-and-death technical exercise in which the surgeon must exert his or her will on the external world, working at the bottom of a deep, narrow corridor with a margin of error measured in millimeters.
The key to success relies not just upon a detailed understanding of the brain’s anatomy but also on careful preparation. The analogy to a mountaineer is aptitude: The equipment is laid out in advance, every piece of gear is examined for weakness, and each step is rehearsed again and again until it becomes routine. The night before a complex operation, I will often review a few textbook chapters, then revisit the anatomy to make sure I have a perfect mental vision of the upcoming assault on whatever summit I will be tackling the following day.
After a few hours of sleep, I often find myself staring up at the ceiling at 4 a.m. My internal alarm is unrelenting, telling my body to begin preparing for the day ahead. At this early hour I am usually not thinking so much about the who of the operation. I focus more on the what and the how. While it may sound callous, I don’t want to be distracted by any emotional attachment that might cloud my judgment. I knew one neurosurgeon, in fact, who refused to even look at his patients in the 24 hours leading up to their operations. At the end of the day, while the doctor in me requires deep wells of empathy and heart, the surgeon in me must be able to turn off the heart and focus solely on one thing: flawless execution.
Operating deep in the brain, whether through a microscope or an endoscope, requires intense, sustained focus in which the eyes and hands must work together seamlessly. No matter how much preparation you’ve done, until you are there, seeing the relationship between the tumor and the distorted anatomy, all bets are off. For this reason, the first move is always just to look around. You try to compare what you thought you were going to see with what you are seeing. Then you come up with a game plan—a blueprint for altering the anatomy to accomplish your goal.
To remove a tumor, you begin by making a series of minute finger movements to manipulate long, thin instruments whose sharp tips gently begin to dislodge the spaghetti-like nerves and hair-thin arteries from the tumor’s surface. Some of these blood vessels are so threadlike, it would seem the red cells must pass through single-file. As the tips of your instruments first brush up against the capsule of the mass, you give the beast its first poke and watch it rise from its slumber. Its bloodshot eyes slowly open as it prepares for the battle ahead. You pause for a moment to see how it will react. Sometimes it starts as a slow ooze; sometimes it’s an eruption, as if you’ve angered the gods with your hubris. Just what do you think you are doing?
Either way, your focus shifts to controlling the bleeding, which you do by rolling your thumb over the teardrop-shaped opening in the suction to increase the aspiration. Too much force and those angel hair strands carrying the fuel of life will be damaged. Too little and the rising crimson tide will become overwhelming.
During critical movements, when the tips of the microscissors are cutting adhesions that attach small but crucial vessels to the walls of a tumor, I’ll take in a deep breath and hold it until the maneuver is accomplished. This control of my breathing allows me to minimize any tremor in my hands, as does bracing my wrists or my pinky or some part of the instrument I’m holding against a rigid structure, like the edge of the skull.
Operations unfold like a three-act play or a performance. The opening of the skull and the approach to the tumor are the setup. The exposure of the pathology raises the stakes as the tension builds. Inevitably the complexity of the situation increases. It seems that the villain is gaining the upper hand. The tumor may be firmer than anticipated, the anatomy more complex, the normal structures just too stuck to allow safe removal. You may start to wonder whether the surgery is even feasible. Self-doubt may set in: Wait, maybe I chose the wrong approach?
Over time, an obstacle that appeared insurmountable is overcome, a corner is turned, and we reach the climax of the operation. As the stakes finally abate, it’s time to exhale. The last move is to cauterize any small capillaries that may still be oozing and evacuate any blood that may have pooled in secluded locations. At this point it’s time to close everything up and exit stage left. Sometimes I even take a bow.
A few of the most terrifying moments in brain surgery occur when we need to remove the bone overlying certain critical structures such as the carotid artery, which carries most of the blood supply to the brain, or the optic nerves, which transmit visual information from the eyes to the visual cortex. Each of these structures passes through a small canal encased in bone, which must be shaved away to expose the relevant anatomy.
The best way to remove this bone is with a power drill. Shaving the eggshell-thick encasing away from a gossamer nerve or tenuous blood vessel with a 2-millimeter ball-shaped diamond drill bit, rotating at 10,000 rpm, requires a combination of practiced skill, confidence and delicacy—not to mention constant irrigation with cold saline to minimize the heat created by the friction, which would otherwise cause thermal damage, even if the task were performed flawlessly.
Ideally, we execute every move as we visualized it earlier. But what about when you’re working down a deep, narrow hole and you can see only partially that last tiny bit of tumor because it’s obscured by a small piece of bone, or by an unexpected artery that was too small to have been visible on the MRI?
Is it worth the risk to pull that last bit out blindly, or do you leave it behind, knowing that it will only grow back and require yet another risky surgery in the future?
What if that last bit of tumor is stuck to another artery or a hidden nerve?
Is it worth the risk of damaging those structures to get that last remaining piece?
Decision after decision after decision, with so much on the line…
We try to make each determination objectively, but should these choices be the surgeon’s sole responsibility? Well, yes and no. No, because it’s not my body, and if I make an error, I don’t suffer the consequences. In some sense, I have no right to make these kinds of decisions for someone else. And yet who else can or will?
Ultimately, it comes down not to a simple yes or a no but to the plain fact that the decision is going to be made either by the tumor or by me. So better it be me. I must weigh the potential risks and benefits of each move and make the decision I would want made for myself if I were lying on that table.
What can we learn from this story? What's the takeaway?
As a neurosurgeon, your expertise rests on precise skills and advancing neurological insights, but true mastery goes beyond technique to shape your impact and empathy.
- Patient-Centered Communication: Clear, compassionate communication is crucial. Building trust and reducing anxiety improves patient outcomes, helping them heal better when they feel supported.
- Adaptability in Techniques and Technology: Neurosurgery evolves rapidly. Embracing ongoing learning, from robotics to precision medicine, ensures your care stays at the cutting edge.
- Team Dynamics: Collaboration with specialists is essential. Strong teamwork and leadership refine each step of care, aligning efforts for the best outcomes.
- Balancing Precision with Innovation: Precision is key, but so is flexibility. Staying open to new methods can lead to breakthroughs in both surgical success and medical understanding.
- Empathy and Self-Care: High-stakes cases require resilience. Empathy strengthens patient relationships, and prioritizing self-care sustains your focus and emotional well-being.
By integrating effective communication, adaptability, teamwork, innovation, empathy, and self-care, you elevate your neurosurgical practice, benefiting patients, colleagues, and the field’s future.
Again, the words to this podcast come directly from Dr. Schwartz’s own words found in his new book.
Well, there you go, my friends; that's life, I swear
For further information regarding the material covered in this episode, I invite you to visit my website, which you can find on Apple Podcasts for show notes and the episode transcript.
As always, I thank you for the privilege of you listening and your interest.
Be sure to subscribe here or wherever you get your podcast so you don't miss an episode. See you soon.