Louis J. Ignarro

@Pharmacologists, Life Achievements and Personal Life

Louis J

May 31, 1941

New YorkAmericanScientistsPharmacologistsGemini Celebrities
Biography

Personal Details

  • Birthday: May 31, 1941
  • Nationality: American
  • Famous: Scientists, Pharmacologists
  • City/State: New Yorkers
  • Spouses: Sharon Elizabeth Williams
  • Siblings: Angelo
  • Known as: Louis Ignarro

Louis J. Ignarro born at

Brooklyn, NY

Unsplash
Birth Place

Louis J. Ignarro is twice married. His first marriage, which produced a daughter, ended in divorce. He married Sharon Elizabeth Williams in 1997.

Unsplash
Personal Life

He is a fitness enthusiast, an avid cyclist and marathoner, having completed 13 marathons. A popular and charming personality in addition to being a brilliant Nobel laureate, he is also a public speaker on the topics of health and wellness in his association with Herbalife.

Unsplash
Personal Life

Louis J. Ignarro was born on May 31, 1941 in Brooklyn, New York, to Italian immigrants. He has a younger brother named Angelo. His father was a carpenter while his mother managed the home and raised the boys.

Unsplash
Childhood & Early Life

He spent his boyhood days swimming in the ocean and loved to build sand castles. He was interested in science from a young age and was thoroughly fascinated by the chemistry set he received when he was an eight year old.

Unsplash
Childhood & Early Life

He attended Central Grade School and Long Beach High School where his love for chemistry flourished. After high school, he enrolled at the Columbia University where he studied chemistry and pharmacology and graduated with a bachelor's degree in pharmacy in 1962.

Unsplash
Childhood & Early Life

He then proceeded to the University of Minnesota where he received a Ph.D. in pharmacology in 1966. At the university, he took a very demanding course in enzymology, taught by the future Nobel laureate Paul Boyer. He also studied cardiovascular physiology and took additional courses in biochemistry and anatomy.

Unsplash
Childhood & Early Life

Following the completion of his doctorate, Louis J. Ignarro accepted a postdoctoral position at the National Institutes of Health (NIH) in the Laboratory of Chemical Pharmacology in the National Heart, Lung and Blood Institute. There the atmosphere was a highly stimulating one and the young scientist learned a lot from his brilliant mentor, Elwood Titus, and collaborated with several others to discover regulatory mechanisms of the cardiovascular system.

Unsplash
Career

In 1968, Ignarro left the NIH to work for Geigy Pharmaceuticals where he headed the biochemical and anti-inflammatory program. There he played a role in the development and marketing of a new nonsteroidal anti-inflammatory drug (diclofenac). This job also gave him the freedom to continue research into new areas of pharmacology including cyclic GMP.

Unsplash
Career

Geigy Pharmaceuticals merged with Ciba Pharmaceuticals in the early 1970s and Ignarro left to accept the position of Assistant Professor of pharmacology at Tulane University School of Medicine in New Orleans in 1973. He became a Professor there in 1979, a position he held until becoming a professor of pharmacology at the University of California, Los Angeles, in 1985.

Unsplash
Career

It was during the 1970s and 1980s that he became involved in the groundbreaking research that would eventually earn him the Nobel Prize. Around this period, scientists Robert F. Furchgott and Ferid Murad had already performed a series of experiments that demonstrated that cells in the endothelium, or inner lining, of blood vessels produce an unknown signaling molecule which Furchgott had named endothelium-derived relaxing factor (EDRF).

Unsplash
Career

Louis J. Ignarro conducted several analyses to finally identity EDRF as nitric oxide. This discovery was the first one to demonstrate that a gas could act as a signaling molecule in a living organism. Further research in this field determined that there were a multitude of applications for nitric oxide in the pharmaceutical industry which could lead to improved treatments for heart disease, shock, and cancer.

Unsplash
Career

He demonstrated the signaling properties of nitric oxide, which has significant applications in the field of cardiovascular medicine. His works on nitric oxide paved the way for further research which is likely to lead to improved treatments for heart disease, shock, and cancer. The anti-impotency drug Viagra is also indirectly based on the principles of his research.

Unsplash
Major Works