Torsten Wiesel

@Neurophysiologist, Timeline and Family

Torsten Wiesel is a Nobel Prize winning Swedish neurophysiologist who was one of the co-recipients of the 1981 Nobel Prize in Physiology or Medicine

Jun 3, 1924

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Biography

Personal Details

  • Birthday: June 3, 1924
  • Nationality: Swedish
  • Famous: Neurophysiologist, Physicians, Neurologists, Medical Scientists, Physiologists
  • Spouses: Jean Stein (m. 1995–2007)
  • Childrens: Sara Elisabeth
  • Birth Place: Uppsala, Sweden
  • Gender: Male

Torsten Wiesel born at

Uppsala, Sweden

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Birth Place

In 1956, Torsten Wiesel married Teeri Stenhammar. The marriage ended in a divorce in 1970. The couple did not have any children.

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Personal Life

In 1973, he married Grace Ann Yee. Their daughter, Sara Elisabeth Wiesel, was born in 1975. She later grew up to be an urban planner. This marriage ended in a divorce in 1981.

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Personal Life

In 1995, Wiesel married Jean Stein. She is a renowned author and had worked as editor of various journals like The Paris Review and Grand Street. This union also ended in 2007.

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Personal Life

Torsten Wiesel was born on June 3, 1924, in Uppsala, Sweden. His father, Fritz S. Wiesel, was chief psychiatrist and head of Beckomberga Hospital, a mental institution located just outside Stockholm. His mother’s name was Anna-Lisa (Bentzer) Wiesel. He was the youngest of his parents’ five children.

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Childhood & Early Life

Torsten and his siblings grew up in his father’s quarter, located within the premise of this hospital. However, he was mostly raised by his mother. When the time came, he was enrolled at Whitlockska Samskolan, a coeducational private school in Stockholm.

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Childhood & Early Life

At school, he was a mischievous boy, interested only in games. Somehow, at the age of seventeen he turned serious. Later, he entered Karolinska Institute, also known as Royal Caroline Institute, for his medical studies. He did quite well there, receiving his medical degree in 1954.

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Childhood & Early Life

Because of his background, Wiesel was naturally interested in psychiatry. Even while he was a student, he spent one year working in various mental hospitals. His curiosity about the working of the nervous system was further aroused by Carl Gustaf Bernhard and Rudolf Skoglund, who were professors of neurophysiology at the institute.

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Childhood & Early Life

After receiving his M.D. in 1954, Wiesel returned to the Karolinska Institute to start basic research on neurophysiology at the laboratory of Professor Bernhard. He also received teaching assignment at the Institute’s psychology department and concurrently worked in the child psychiatry unit of the Karolinska Hospital.

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Career

In 1955, he moved to the United States of America on the invitation of Dr. Stephen Kuffler and joined his laboratory at Wilmer Institute, Johns Hopkins Medical School, as a postdoctoral fellow. Here he began working on visual system, which is responsible for processing visual details.

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Career

In 1958, he was appointed as the Assistant Professor at the Department of Physiology at Johns Hopkins Medical School. In the same year, he met David Hunter Hubel and under Kuffler’s instruction, the two of them started working together on the relationship between the retina and the visual cortex.

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Career

With that work, they began a partnership that lasted for more than two decades. Both of them had high regards for Kuffler and so when in 1959, Kuffler moved to Harvard University they also followed him. There Wiesel became instructor in pharmacology at Harvard Medical School.

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Career

Wiesel remained with Harvard University for next 24 years. In 1964, their team established the Department of Neurobiology at Harvard with Kuffler as its first chairman. In 1968, he was appointed to the post of the professor in the same department and became its chairman in 1971.

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Career

Wiesel is best remembered for his work with ocular dominance column. He, together with Hubel, raised a few kittens with one eye stitched shut. After two months, they observed that the ocular dominance columns were considerably disrupted.

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Major Works

On further examination, they also found that the layers representing the deprived eye in the lateral geniculate nucleus (LGN) of the thalamus had been wasted away while the ocular dominance columns representing the open eye are noticeably enlarged. They later repeated the same experiment with monkey and got the same result.

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Major Works

They concluded that each animal had specific critical period and depriving an eye even for few days during this critical period may cause sufficient damage to the anatomy and physiology of the ocular-dominance-column. Thus in case of child cataract, remedial operations should be done at the earliest.

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Major Works