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In 1962, James D. Watson, PhD, along with Francis Crick, PhD, won the Nobel Prize in Physiology or Medicine for scientific research that led to the proposal of the complementary double-helical configuration. Their research efforts meant solving the structure of DNA.
In 1962, James D. Watson, PhD, along with Francis Crick, PhD, won the Nobel Prize in Physiology or Medicine for scientific research that led to the proposal of the complementary double-helical configuration. Their research efforts meant solving the structure of DNA.
Sharing highlights of his accomplished research career, Dr. Watson offered some words of advice to the audience of vision researchers and ophthalmologists in what he called, "Rules for Important Science." The Nobel Laureate was the keynote speaker Friday night at a Special Keynote Presentation, sponsored by (OSI) Eyetech Pharmaceuticals, at the Wynn Hotel.
In the course of Dr. Watson's research career, he has had the opportunity to work with many important figures in the arena of genetics, including H.J. Muller, PhD, and T.M. Sonneborn, PhD. Many colleagues at the time, however, thought Drs. Watson and Crick where doomed to fail in trying to prove the existence of the complementary double-helical configuration.
Dr. Watson said the Rules for Important Science are derived from his years of scientific and life experiences. After each rule, Dr. Watson intermingled anecdotes of his scientific work and the work of his research colleagues. The rules are:
That premise brought about Dr. Watson's decision to leave Harvard University to join Cold Spring Harbor Laboratory, Cold Spring Harbor, NY. Today, Dr. Watson serves as chancellor of the private, non-profit institution that performs research in cancer, neuroscience, plant genetics, genomics, and bioinformatics.
"The most important rule of my life now as administrator is: make decisions as soon as you can," he said. "If it looks right, and it's 85% right, then assume it's right."
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