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Rudolf Christian Böttger (28 April 1806 – 29 April 1881) was a German inorganic chemist. He conducted most of his research at the University of Frankfurt am Main.He is credited with discovery of nitrocellulose in 1846, independently to Schönbein, and with the synthesis of the first organocopper compound copper(I) acetylide Cu 2 C 2 in 1859.
(Top) 1 World War II. 2 ... 22 May 1987) was a German medical doctor, pharmacologist and chemist ... Accused by Polish war crimes prosecutors of conducting medical ...
Christian Hackenberger grew up in Damme.He attended the Gymnasium Damme, where he obtained his Abitur in 1995. After completing his civil service, he studied chemistry at the Alfred-Ludwig-Universität in Freiberg (1996–1998) and the University of Wisconsin-Madison (M.S. with Samuel H. Gellman, 1998–1999), with support from the German Academic Scholarship Foundation. [4]
Otto Diels Johann Wolfgang Döbereiner. Gerhard Damköhler; Ludwig Darmstaedter; Heinrich Debus; Gero Decher; Max Delbrück; Friedrich Wilhelm Hermann Delffs; Walter Dieckmann; Otto Diels
Nitrocellulose is widely used as support in diagnostic tests where antigen-antibody binding occurs; e.g., pregnancy tests, U-albumin tests, and CRP tests. Glycine and chloride ions make protein transfer more efficient. Radon tests for alpha track etches use nitrocellulose. Adolph Noé developed a method of peeling coal balls using ...
Arthur Eichengrün (13 August 1867 – 23 December 1949) was a German Jewish chemist, materials scientist, and inventor. He is known for developing the highly successful anti-gonorrhea drug Protargol, the standard treatment for 50 years until the adoption of antibiotics, and for his pioneering contributions in plastics: co-developing (with Theodore Becker) the first soluble cellulose acetate ...
He thought this granulate was a sign of good nourishment, and accordingly named these cells mast cells, (from the German word for an animal-fattening feed, Mast). This focus on chemistry was unusual for a medical dissertation. In it, Ehrlich presented the entire spectrum of known staining techniques and the chemistry of the pigments employed.
Ludwig Brieger among his assistants and collaborators, 1909. From 1900 he worked as a professor of general internal medicine. He investigated metabolic and infectious diseases and explored the basic nature of bacterial toxins. In the early 1880s he conducted research on cadaveric poisons.