Maximilian Nierenstein: Difference between revisions
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an organic reaction describing the conversion of an acid chloride into an haloketone with diazomethane. |
→Works: Benjamin Moore (biochemist) |
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== Works == |
== Works == |
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* ''Synthese des 2-Oxyflavonols.'' Maximilian Nierenstein, 1904 |
* ''Synthese des 2-Oxyflavonols.'' Maximilian Nierenstein, 1904 |
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* ''Concerning the Treatment of Experimental Trypanosomiasis.'' Benjamin Moore, Maximilian Nierenstein and John Lancelot Todd, 1908 |
* ''Concerning the Treatment of Experimental Trypanosomiasis.'' [[Benjamin Moore (biochemist)|Benjamin Moore]], Maximilian Nierenstein and John Lancelot Todd, 1908 |
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* ''Chemie der Gerbstoffe.'' Maximilian Nierenstein, 1910 |
* ''Chemie der Gerbstoffe.'' Maximilian Nierenstein, 1910 |
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* ''Organische Arsenverbindungen un ihre chemotherapeutische Bedeutung.'' Maximilian Nierenstein, 1913 |
* ''Organische Arsenverbindungen un ihre chemotherapeutische Bedeutung.'' Maximilian Nierenstein, 1913 |
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Revision as of 14:08, 21 May 2012
Maximilian Nierenstein (born 1877 - died 1946) was a professor of biochemistry at the University of Bristol.
He is known for the Nierenstein reaction, an organic reaction describing the conversion of an acid chloride into an haloketone with diazomethane.
He also studied tannins.[1] He prepared ellagic acid from algarobilla and certain other fruits. He suggested its formation from galloyl-glycine by Penicillium in 1915.[2] Tannase is an enzyme that Niederstein used to produce m-digallic acid from gallotannins.[3]
Works
- Synthese des 2-Oxyflavonols. Maximilian Nierenstein, 1904
- Concerning the Treatment of Experimental Trypanosomiasis. Benjamin Moore, Maximilian Nierenstein and John Lancelot Todd, 1908
- Chemie der Gerbstoffe. Maximilian Nierenstein, 1910
- Organische Arsenverbindungen un ihre chemotherapeutische Bedeutung. Maximilian Nierenstein, 1913
- Incunabula of Tannin Chemistry: A Coll. of Some Early Papers on the Chemistry Chemistry of the Tannins. Maximilian Nierenstein, 1932
- The Natural Organic Tannins: History, Chemistry, Distribution. Maximilian Nierenstein and Macgregor Skene, 1934
References
- ^ On the Role of Phenols, Tannic Acids, and Oxybenzoic Acids in Cork Formation. Eric Drabble and Maximilian Nierenstein, Biochem. J., 1907, 2 (96–0) (article)
- ^ The Formation of Ellagic Acid from Galloyl-Glycine by Penicillium. Maximilian Nierenstein, Biochem J., 1915 June, 9(2), pages 240–244, PMC PMC1258574
- ^ A biological synthesis of m-digallic acid. Maximilian Nierenstein, Biochem J., 1932, 26(4), pages 1093–1094, PMC PMC1261008
External links
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