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- Schwann devised a “balance” to measure muscle contractions, connected protein digestion to a pepsin-induced fermentation, and co-discovered in 1837 the reproductive process and role of yeast in alcoholic fermentation. But his main contribution to biological science was the cell theory he framed in 1838–1839.
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His most significant contribution to biology is considered to be the extension of cell theory to animals. Other contributions include the discovery of Schwann cells in the peripheral nervous system, the discovery and study of pepsin, the discovery of the organic nature of yeast, [4] and the invention of the term "metabolism". [5]
His contributions to biology and medicine has paved the way for the emergence and blooming of several fields of study such as microbiology, pathology, histology and the principle of antibiotics. INTRODUCTION.
Schwann made a significant contribution to histology – the anatomy of cells and tissues on the microscopic scale – when he placed adult animal tissues into five distinct groups: separate independent cells, e.g. blood
Nov 21, 2023 · Theodor Schwann made numerous contributions to science that include discovery of the enzyme pepsin, spontaneous generation, and identifying the role of microbes in fermentation. Schwann...
Feb 10, 2022 · Theodor Schwann (1810–1882), a noted German physiologist, made similar microscopic observations of animal tissue. In 1839, after a conversation with Schleiden, Schwann realized that similarities existed between plant and animal tissues.
Microscopical researches into the accordance in the structure and growth of animals and plants is a famous treatise by Theodor Schwann published in 1839 which officially formulated the basis of the cell theory.
Jan 1, 2017 · History of Life. Theodor Schwann went to school in Neuss and Cologne. From 1829 to 1831, he studied philosophy and medicine in Bonn, and subsequently medicine in Würzburg from 1831 and in Berlin from 1833. In Würzburg, he attended the lectures of the famous clinician Johann Lukas Schönlein.