Bengt I. Samuelsson

@Medical Scientists, Family and Personal Life

Bengt I

May 21, 1934

SwedishScientistsMedical ScientistsPhysiologistsBiochemistsTaurus Celebrities
Biography

Personal Details

  • Birthday: May 21, 1934
  • Nationality: Swedish
  • Famous: Scientists, Medical Scientists, Physiologists, Biochemists
  • Known as: Bengt Ingemar Samuelsson
  • Birth Place: Halmstad, Sweden
  • Height: 183cm
  • Gender: Male

Bengt I. Samuelsson born at

Halmstad, Sweden

Unsplash
Birth Place

Samuelsson met his future wife, Karin Bergstein, while he was a student at University of Lund. Later they got married and the couple has one son, Bo, and two daughters, Elisabet and Astrid.

Unsplash
Personal Life

In August 2014, researchers from all around the world met for a three-day symposium held in Karolinska Institutet. In this symposium, they honored Professor Samuelsson as the founder of the research field Lipid Mediators.

Unsplash
Personal Life

On April 22, 2015, The Bengt Samuelsson Institute of Life Science was inaugurated in Jiangyin City of China. The institute focuses on the development of biomedical and pharmaceutical projects.

Unsplash
Personal Life

Bengt Ingemar Samuelsson was born on 21 May 1934, in Halmstad in southwest Sweden, to Anders Samuelsson and Kristina Nilsson Samuelsson. He was the only child of his parents.

Unsplash
Childhood & Early Years

Bengt had his early education at local public schools. Later, he entered University of Lund to study medicine. On earning his B.S. degree in biology, he decided to take up cholesterol metabolism and its reaction mechanisms for his graduate work. Instead, he was picked up by Sune Bergström, who at that time, was the professor of physiological chemistry at the University of Lund and was working on prostaglandins.

Unsplash
Childhood & Early Years

At the University of Lund, Bergström gathered a team of graduate students and started his his work on prostaglandins. Samuelsson was one of them. By 1957, using countercurrent fractionations and partition chromatography, their team isolated two prostaglandin compounds, E1 and F1.

Unsplash
Childhood & Early Years

A year later in 1958, Bergström joined Karolinska Institute in Stockholm as a professor of chemistry and moved his entire research team with him. Samuelsson also went with him.

Unsplash
Childhood & Early Years

At Karolinska, they continued with their research on prostaglandin. Concurrently with his graduate work in biochemistry, Samuelsson continued his medical studies. Finally, in 1960, he finished his dissertation and became docent in medical chemistry. Then in 1961, he received his MD degree from Karolinska Institute.

Unsplash
Childhood & Early Years

In 1961, Samuelsson was appointed as the Assistant Professor of Medical Chemistry at Karolinska Institute Concurrently, he also received one-year research fellowship at Department of Chemistry, Harvard University. He went to the United States in the same year and joined Harvard University as research fellow.

Unsplash
Career

In 1962, on the completion of the fellowship period, Samuelsson returned to Karolinska Institute as Assistant Professor. Here, he rejoined Bergström’s team and resumed his work on prostaglandins. Later, he successfully determined the molecular structure of the compound and started working on synthesizing it.

Unsplash
Career

In 1964, they established that prostaglandins are derived from an unsaturated fatty acid, called arachidonic acid. Later, Samuelsson developed a process by which arachidonic acid was first combined with oxygen to form endoperoxides, which was later converted into prostaglandins.

Unsplash
Career

In 1967, Samuelsson left Karolinska Institute to join Royal Veterinary College at Stockholm as the Professor of Medical Chemistry. Here too, he continued his work on prostaglandins, establishing its importance on livestock breeding and other veterinary applications.

Unsplash
Career

In 1973, he returned to Karolinska Institute as Professor of Medical and Physiological Chemistry. At the same time, he also became the Chairman of the Department of Chemistry. Also in 1973, he discovered thromboxane, which is known for its blood clotting properties.

Unsplash
Career

Samuelsson’s work on prostaglandins remains his most significant contribution to physiology and medicine. He was not only the first to describe its molecular structure, but he also showed that the compound is derived from an arachidonic acid, found in certain vegetable oils and meats. Later, he showed how this acid combines with oxygen to form prostaglandins.

Unsplash
Major Works