lipmann
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Definition
Proper noun * Fritz Albert Lipmann: A German-born American biochemist who made fundamental discoveries about how cells generate and use energy. He is particularly renowned for identifying coenzyme A and its critical role in metabolism, for which he received the Nobel Prize in Physiology or Medicine in 1953.
Usage
- The name "Lipmann" is used primarily in historical and scientific contexts to refer to the biochemist and his discoveries.
- It functions as a proper noun and is always capitalized.
Examples
- In a biographical context:
- The research of Lipmann laid the groundwork for our understanding of metabolic pathways.
- Fritz Lipmann shared the 1953 Nobel Prize with Hans Krebs.
- Referring to his scientific contributions:
- Lipmann's discovery of coenzyme A was a milestone in biochemistry.
- The Lipmann hypothesis addressed the mechanism of energy transfer in cells.
Advanced Usage
- The term can be used attributively to describe concepts, awards, or institutions named in his honor.
- She received a Lipmann fellowship to study enzyme kinetics.
- The Lipmann Lecture is a prestigious event at the annual meeting.
Variants and Related Words
- Coenzyme A (CoA): The essential cofactor discovered by Lipmann, central to the metabolism of fats and carbohydrates.
- Acetyl-CoA: A crucial molecule in metabolism, often described as "the fuel of the citric acid cycle," whose formation involves coenzyme A.
- High-energy phosphate bond: A concept central to Lipmann's work on energy transfer, exemplified by molecules like ATP.
Synonyms
- There are no direct synonyms for the proper noun "Lipmann." In contexts describing his role, one might use phrases like:
- the Nobel laureate biochemist
- the discoverer of coenzyme A
Related Phrases
- Lipmann's "squiggle" (~P): An informal term and symbol used by Lipmann to denote a high-energy phosphate bond in his lectures and notes, representing a major conceptual advance in bioenergetics.
Noun
- United States biochemist (born in Germany) noted for his studies of metabolic processes (1899-1986)