Medical Technology

Blinded at age three, Mike May defied expectations by breaking world records in downhill speed skiing, joining the CIA, and becoming a successful inventor, entrepreneur, and family man. He had never yearned for vision. Then, in 1999, a chance encounter brought startling news: a revolutionary stem-cell transplant surgery could restore May's vision.

Jeanne Marie Laskas first met the young forensic pathologist Dr. Bennet Omalu in 2009, while reporting a story for GQ that would go on to inspire the movie Concussion. Omalu told her about a day in September 2002, when, in a dingy morgue in downtown Pittsburgh, he picked up a scalpel and made a discovery that would rattle America in ways he’d never intended. Omalu was new to America, chasing the dream, a deeply spiritual man escaping the wounds of civil war in Nigeria.

Kristine Barnett’s son Jacob has an IQ higher than Einstein’s, a photographic memory, and he taught himself calculus in two weeks. At 9 he started working on an original theory in astrophysics that experts believe may someday put him in line for a Nobel Prize, and at age 12 he became a paid researcher in quantum physics. But the story of Kristine’s journey with Jake is all the more remarkable because his extraordinary mind was almost lost to autism. At age 2, when Jake was diagnosed, Kristine was told he might never be able to tie his own shoes.

Doctors and patients have lost control of American medicine. Generative AI can put the power back in their hands, save millions of lives, and restore the doctor-patient relationship. Welcome to ChatGPT, MD. In this unique collaboration, renowned healthcare leader Dr. Robert Pearl teams up with the artificial intelligence system ChatGPT to examine the transformational power of generative AI in medicine.

The controversial Emanuel Revici, M.D., made the bones grow back in cancer patients, and restored health to AIDS patients as well as drug addicts and alcoholics. His medicines lifted debilitating migraines in as little as three minutes. Revici's reward? He was attacked and ostracized by the best. JAMA published false reports about his work. The American Cancer Society blasted him time and again. Meanwhile, word of mouth brought new patients to see him for decades.

Hear about some of the world's most messed-up medical mishaps. Find out how each procedure, tool, or surgery failed, the basic science that was missed, and what doctors learned from their mistakes.

In gripping prose, one of the world's leading cardiac surgeons lays bare both the wonder and the horror of a life spent a heartbeat away from death. When Stephen Westaby witnessed a patient die on the table during open-heart surgery for the first time, he was struck by the quiet, determined way the surgeons walked away. As he soon understood, this detachment is a crucial survival strategy in a profession where death is only a heartbeat away. In Open Heart, Westaby reflects on over 11,000 surgeries, showing us why the procedures have never become routine and will never be.

Futurologist Luna Lee presents possibilities for the future of medicine in the next 100 years.

Lawrence Weschler sets Oliver Sacks' brilliant table talk and extravagant personality in vivid relief, casting himself as a beanpole Sancho to Sacks' capacious Quixote. We see Sacks rowing and ranting and caring deeply; composing the essays that would form The Man Who Mistook His Wife for a Hat; recalling his turbulent drug-fueled younger days; helping his patients and exhausting his friends; and waging intellectual war against a medical and scientific establishment that failed to address his greatest concern: the spontaneous specificity of the individual human soul.

The Nobel laureate Otto Warburg was widely regarded in his day as one of the most important biochemists of the 20th century, a man whose research was integral to humanity’s understanding of cancer. He was also among the most despised figures in Nazi Germany. As a Jewish homosexual living openly with his male partner, Warburg represented all that the Third Reich abhorred. Yet Hitler and his top advisors dreaded cancer, and protected Warburg in the hope that he could cure it.

G. Wayne Miller has dramatically and meticulously reconstructed an amazing true story: how a group of renegade Minnesota surgeons, led by Dr. Walt Lillehei, made medical history by becoming the first doctors to operate deep inside the human heart.

In the early days of the Cold War, a spirit of desperate scientific rivalry birthed a different kind of space race: not the race to outer space that we all know, but a race to master the inner space of the human body. While surgeons on either side of the Iron Curtain competed to become the first to transplant organs like the kidney and heart, a young American neurosurgeon had an even more ambitious thought: Why not transplant the brain?

When a waiting world learned on April 12, 1955, that Jonas Salk had successfully created a vaccine to prevent poliomyelitis, he became a hero overnight. Born in a New York tenement, humble in manner, Salk had all the makings of a 20th-century icon - a knight in a white coat. In the wake of his achievement, he received a staggering number of awards and honors; for years his name ranked with Gandhi and Churchill on lists of the most revered people.

Salk became a cultural hero and icon for a whole generation. Now, at the fiftieth anniversary of the first national vaccination program, and as humanity is tantalizingly close to eradicating polio worldwide, comes this unforgettable chronicle. Salk's work was an unparalleled achievement, and it makes for a magnificent listen.

In Good Blood, best-selling writer Julian Guthrie tells the gripping tale of the race to cure a horrible affliction known as Rh disease that stalked families and caused a mother’s immune system to attack her own unborn child. The story is anchored by two very different men on two continents: Dr. John Gorman in New York, who would land on a brilliant yet contrarian idea, and the unassuming Australian whose almost magical blood - and his unyielding devotion to donating it - would save millions of lives.

Against a global backdrop of wartime suffering and postwar hope, Borrowing Life gathers the personal histories of the men and women behind the team that enabled and performed the modern medical miracle of the world's first successful organ transplant.

Dr. Lange graduated from medical school in 1981, right as a new plague swept across the globe. His story became intertwined with the story of HIV. At once a physician, scientist, AIDS activist, and medical diplomat, Lange studied ways to battle HIV and prevent its spread from mother to child. Fighting the injustices of poverty, Lange advocated for better access to health care for the poor and the vulnerable. The Impatient Dr. Lange is the story of one man's struggle against a global pandemic - and the tragic attack that may have slowed down the search for a cure.

When Dr. David Hosack tilled the country's first botanical garden in the Manhattan soil more than 200 years ago, he didn't just dramatically alter the New York landscape; he left a monumental legacy of advocacy for public health and wide-ranging support for the sciences. In melodic prose, historian Victoria Johnson eloquently chronicles Hosack's tireless career to reveal the breadth of his impact. The result is a lush portrait of the man who gave voice to a new, deeply American understanding of the powers and perils of nature.

An inside account of the fight to contain the world's deadliest diseases - and the panic and corruption that make them worse. The Next Pandemic is a firsthand account of disasters like anthrax, bird flu, and others - and how we could do more to prevent their return. It is both a gripping story of our brushes with fate and an urgent lesson on how we can keep ourselves safe from the inevitable next pandemic.

In 1998, Dr. Louis J. Ignarro was awarded a rare and coveted Nobel Prize for his groundbreaking discovery of nitric oxide (NO) and its many critically important biological actions. But his work goes far beyond the development of Viagra. It has never been more urgently relevant to the world than it is today, as clinical trials are underway that involve using inhaled NO to treat patients suffering from COVID-19.