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Site
Map |
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- Introduction
- Early Education
Thressa
Campbell
Earl Stadtman
- At Berkeley
Marriage and Wartime Research
The Heritage of the "Delft
School" of Microbiology
- Why NIH?
The Anti-Nepotism Rules
Married
Couples in Science at NIH
Building
3 Biochemists
- "Follow Your Nose!"
Thressa
Stadtman's Research
How Does Vitamin B12 Function?
Pioneer of Selenium
Biochemistry
Earl Stadtman's Research
How Are Fatty Acids
Made?
How to Control the
Production of Amino Acids?
What is Aging?
Summary of the Stadtmans' Research
- Laboratory Settings
Anaerobic
Laboratory-An NIH First
Fermenter
Room
Warburg
Apparatus
Micro-Combustion
Furnace
Amino
Acid/Peptide Analyzer
Electron
Paramagnetic Resonance (EPR)
Spectrophotometer
and High Pressure Liquid Chromatography (HPLC)
- "Teachers Live in Eternity"
Mentoring
at NIH
Group
Photos
- Other features
Chronology: "Making
Biochemists Par
Excellence "
Slide
Show: "Life of a Beleaguered
Chemist"
Video: "Building
3 in Historical Perspective: Scientists and Their
Laboratories"
Video
Clip Collection
Earl
Stadtman on how he became a biochemist
Earl
Stadtman on biochemists in Building 3 at NIH
Thressa
Stadtman on selenium biochemistry
Boon
Chock on glutamine synthetase
Rodney
Levine on protein oxidation and aging
Michael
Poston on the anaerobic laboratory
Moon
Bin Yim on EPR
Barbara
Berlett on 500-liter fermenter
Barbara
Berlett on spectrophotometer, HPLC, and other instruments
- Glossary
- Biographical Sketches
Anfinsen, Christian Boehmer
Ames,
Bruce N.
Barker, Horace Albert
Beijerinck, Martinus W.
Berzelius, Jöns Jacob
Brown,
Michael Stuart
Hodgkin, Dorothy Crowfoot
Kluyver, Albert Jan
Lipmann, Fritz Albert
Lynen, Feodor
Nirenberg, Marshall
Prusiner, Stanley B.
Stetten, DeWitt, Jr.
Vagelos, P. Roy
Van Niel, Cornelis Bernardus Kees
Warburg, Otto Heinrich
Winogradsky, Sergey Nikolaevicht
- References
- Acknowledgments
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