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What did Robert Remak discover?
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Robert Remak (26 July 1815 – 29 August 1865) was an embryologist, physiologist, and neurologist, born in Posen, Prussia, who discovered that the origin of cells was by the division of pre-existing cells. [1] as well as several other key discoveries.
Nov 1, 2013 · Robert Remak was the first scientist to undertake successful research on fungal skin infections. A neurologist, physiologist, and embryologist, Remak was the first to observe the fungal changes causing the disease of favus; however, he gave credit for the discovery to Professor Johann Schönlein and denied all attempts by others to credit him ...
- Andrzej Grzybowski, Krzysztof Pietrzak
- 2013
In 1852, Robert Remak (1815–1865), a prominent neurologist and embryologist, published convincing evidence that cells are derived from other cells as a result of cell division. However, this idea was questioned by many in the scientific community.
Robert Remak was the first scientist to successfully research fungal skin infections. The object of his research was a disease classified within the tinea capitis (favus) group.1,2 Robert Remak (Figure 1) was a neurologist, a physiologist, and an embryologist. He was born on July 26, 1815, in Poznań, the region that originally belonged to
Nov 28, 2012 · He also discovered that fibers from motor neurons in the spinal cord course without interruption in the anterior roots and peripheral nerves. Later, Purkyne named these connections “axis cylinders”. Remak further showed in his thesis that sympathetic ganglia are of great importance in the functioning of the nervous system .
- Andrzej Grzybowski, Krzysztof Pietrzak
- 2013
1842 discovered and named the three embryo germ layers ( ectoderm, mesoderm and endoderm ). 1838 discovered the non-medullated nerve fibres. 1844 discovered the nerve cells of the heart, called Remak's ganglia. Links: [ of Science - Remak] | gastrulation | neural.
Jan 1, 2017 · Remak was first to describe the normal, undamaged intermediate filaments in nerve cells of the crayfish, and their disintegration by external factors like pressure and water. This discovery was important for the description of the cytoskeleton in general (1843).
