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Intermediary Metabolism and Bioenergetics Section
Thressa C Stadtman, PhD, Principal Investigator
Major projects include the following: (1) Selenophosphate synthetase;
biological Se substrate and mechanism of action. (2) Mammalian
thioredoxin reductase; structure, mechanism of action, role of
Secys. (3) Identity and function of 33 kDa Se-binding protein
from Methanococcus vannielii.
For more information, please contact Thressa
C Stadtman.
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Proposed reactions for the formation
of protein perselenide and pathways for selenophosphate formation.
Cysteine-free rhodanese-type enzyme is shown as a protein
(S ). Se*, an unidentified transfer form of selenium. Read
more. |
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