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Walther Flemming (21 April 1843 – 4 August 1905) was a German biologist and a founder of cytogenetics . He was born in Sachsenberg (now part of Schwerin) as the fifth child and only son of the psychiatrist Carl Friedrich Flemming (1799–1880) and his second wife, Auguste Winter. He graduated from the Gymnasium der Residenzstadt, where one of ...
- University of Prague, University of Kiel
Apr 17, 2024 · Walther Flemming (born April 21, 1843, Sachsenberg, Mecklenburg [now in Germany]—died Aug. 4, 1905, Kiel, Ger.) was a German anatomist and a founder of the science of cytogenetics (the study of the cell’s hereditary material, the chromosomes). He was the first to observe and describe systematically the behaviour of chromosomes in the cell ...
- The Editors of Encyclopaedia Britannica
The German anatomist Walther Flemming began his pioneering studies of mitosis almost 150 years ago. What were his achievements, and where have his discoveries led?
Jan 1, 2001 · Flemming's career. Walther Flemming was born on 21 April 1843, in Sachsenberg/Mecklenburg in Germany. His father, Carl Friedrich, was a famous psychiatrist and ...
- Neidhard Paweletz
- 2001
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Learn how Walther Flemming, a German anatomist, discovered the fibrous network of chromatin in the nucleus and observed its movement during mitosis. He also linked chromosomes to heredity and genetic traits through his research of Ascaris worms and other organisms.
Walther Flemming (1843-1905) Walther Flemming was born in Sachsenberg, Mecklenburg, now in Germany. He was a military physician during the Franco-Prussian War. Flemming held positions at the University of Prague (1873-76), and at the University of Kiel (1876-1901). Flemming was one of the first to devote his time to cytology, the study of ...
Mar 23, 2024 · Learn about the life and work of Walther Flemming, a German cytologist who discovered the threadlike structures in the cell nucleus, now known as chromosomes, in 1882. Find out how he used aniline dyes to stain the cell nucleus and how his results were related to heredity and mitosis.
