Frederick Gowland Hopkins

Explore the significant milestones in the life of Frederick Gowland Hopkins, the pioneering British biochemist known for his discovery of vitamins. This timeline outlines his contributions to science, from his early education and groundbreaking research to receiving the Nobel Prize in Physiology or Medicine in 1929. Discover how Hopkins's work shaped modern biochemistry and nutrition science.

Born: June 20, 1861
Biochemist
University of Cambridge

20 juni 1861

1 april 1898

1 juni 1906

1 oktober 1912

10 december 1929

1 november 1930

20 juni 1935

16 mei 1941

20juni
1861
20 June 1861

Birth of Frederick Gowland Hopkins

Frederick Gowland Hopkins was born on June 20, 1861, in Eastbourne, England. Hopkins would later become a renowned English biochemist, most famous for his discovery of vitamins and his contributions to our understanding of biochemistry. His work laid the foundations for modern nutrition, leading to critical insights into the role of vitamins and amino acids in human health.

01april
1898
01 April 1898

Appointment at Cambridge University

In 1898, Frederick Gowland Hopkins was appointed as a lecturer in chemical physiology at Trinity College, Cambridge. This was a pivotal moment in his career, providing him the platform to advance his research in biochemistry. At Cambridge, Hopkins was able to carry out his groundbreaking studies on the role of certain nutrients, which we now know as vitamins, in animal diets.

01juni
1906
01 June 1906

Discovery of Tryptophan

Hopkins discovered the amino acid tryptophan in 1906, significantly advancing the field of biochemistry. His research demonstrated the essential nature of certain amino acids in the diet of mammals. This work was critical in establishing the concept that certain nutrients must be obtained through diet and laid the basis for understanding the importance of amino acids in metabolism.

01oktober
1912
01 October 1912

Identification of Vitamins

In 1912, Hopkins published his research suggesting the existence of essential accessory food factors, now known as vitamins. His work emphasized that certain diseases were due to dietary deficiencies, reshaping the field of nutritional science. This discovery marked a turning point in the understanding of nutrition and disease, pointing to the preventive potential of vitamins against deficiency diseases.

10december
1929
10 December 1929

Nobel Prize in Physiology or Medicine

Frederick Gowland Hopkins was awarded the Nobel Prize in Physiology or Medicine in 1929, alongside Christiaan Eijkman, for their discoveries regarding vitamins. Hopkins was recognized for his work on the role of vitamins in nutrition; specifically, his research showed that certain diseases were caused by the lack of specific nutrients. This award highlighted the critical importance of his work in the field.

01november
1930
01 November 1930

Establishment of Biochemistry Department at Cambridge

In 1930, under the guidance of Frederick Gowland Hopkins, the University of Cambridge established its Department of Biochemistry. Hopkins, already a leading figure in biochemistry, played an instrumental role in the department's founding. This marked a significant development in academic biochemistry, providing a dedicated base for further research and education in the field at one of the world's leading universities.

20juni
1935
20 June 1935

Knighted by King George V

On June 20, 1935, Frederick Gowland Hopkins was knighted by King George V for his contributions to biochemistry and the discovery of vitamins. This recognition was a testament to his impact on science and medicine. Knighting of Hopkins not only acknowledged his scientific achievements but also the broader influence of scientific discovery on health and society, reflecting his status as a pioneer in nutrition science.

16mei
1941
16 May 1941

Death of Frederick Gowland Hopkins

Frederick Gowland Hopkins passed away on May 16, 1941, in Cambridge, England. His death marked the end of a distinguished career in biochemistry. Hopkins left behind an extraordinary legacy in the scientific study of nutrition, amino acids, and vitamins. His pioneering research fundamentally altered our understanding of diet and health, and his contributions continue to influence the fields of biochemistry and nutrition.

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