: They recorded the first-ever physiological measurements on the summit. They found that climbers' bodies hyperventilate so drastically that the carbon dioxide in their lungs drops to nearly impossible levels (around 7.5 mmHg), which is what actually allows oxygen to reach the blood.
John B. West is often called the "summit" of respiratory physiology, not just for his academic brilliance but for literally taking his laboratory to the top of the world. His career is a rare blend of and extreme physical exploration . 1. The Radioactive Breakthrough
: He proved for the first time that blood flow is strikingly unequal due to gravity.
West’s most legendary feat was leading the . He wanted to answer a fundamental question: How is it possible for humans to survive where oxygen levels are at the absolute limit of tolerance? .
In the late 1950s, while at Hammersmith Hospital in London, West gained access to one of the first medical cyclotrons. He used —a radioactive isotope with a half-life of only two minutes—to track how blood flowed through the human lung.
John B. West, Respiratory Physiology -
: They recorded the first-ever physiological measurements on the summit. They found that climbers' bodies hyperventilate so drastically that the carbon dioxide in their lungs drops to nearly impossible levels (around 7.5 mmHg), which is what actually allows oxygen to reach the blood.
John B. West is often called the "summit" of respiratory physiology, not just for his academic brilliance but for literally taking his laboratory to the top of the world. His career is a rare blend of and extreme physical exploration . 1. The Radioactive Breakthrough John B. West, Respiratory physiology
: He proved for the first time that blood flow is strikingly unequal due to gravity. : They recorded the first-ever physiological measurements on
West’s most legendary feat was leading the . He wanted to answer a fundamental question: How is it possible for humans to survive where oxygen levels are at the absolute limit of tolerance? . West is often called the "summit" of respiratory
In the late 1950s, while at Hammersmith Hospital in London, West gained access to one of the first medical cyclotrons. He used —a radioactive isotope with a half-life of only two minutes—to track how blood flowed through the human lung.
