Responsiveness of selenoproteins to dietary selenium von Allan, C.B, Lacourciere, G.M, Stadtman, T.C

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Characterization of Potential Selenium-Binding Proteins in the Selenophosphate Synthetase System von Ogasawara, Yuki, Lacourciere, Gerard M., Ishii, Kazuyuki, Stadtman, Thressa C.

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Functional diversity of the rhodanese homology domain: the Escherichia coli ybbB gene encodes a selenophosphate-dependent tRNA 2-selenouridine synthase von Wolfe, Matt D, Ahmed, Farzana, Lacourciere, Gerard M, Lauhon, Charles T, Stadtman, Thressa C, Larson, Timothy J

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Formation of a Selenium-Substituted Rhodanese by Reaction with Selenite and Glutathione: Possible Role of a Protein Perselenide in a Selenium Delivery System von Ogasawara, Yuki, Lacourciere, Gerard, Stadtman, Thressa C.

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Direct Detection of Potential Selenium Delivery Proteins by Using an Escherichia coli Strain Unable to Incorporate Selenium from Selenite into Proteins von Lacourciere, Gerard M., Levine, Rodney L., Stadtman, Thressa C.

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Selenium Is Mobilized In Vivo from Free Selenocysteine and Is Incorporated Specifically into Formate Dehydrogenase H and tRNA Nucleosides von Lacourciere, Gerard M

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The iscS Gene is Essential for the Biosynthesis of 2-Selenouridine in tRNA and the Selenocysteine-Containing Formate Dehydrogenase H von Mihara, Hisaaki, Kato, Shin-ichiro, Lacourciere, Gerard M., Stadtman, Thressa C., Robert A. J. D. Kennedy, Kurihara, Tatsuo, Tokumoto, Umechiyo, Takahashi, Yasuhiro, Esaki, Nobuyoshi

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The catalytic mechanism of microsomal epoxide hydrolase involves an ester intermediate von Lacourciere, Gerard M, Armstrong, Richard N

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Escherichia coli NifS-like Proteins Provide Selenium in the Pathway for the Biosynthesis of Selenophosphate von Lacourciere, Gerard M., Mihara, Hisaaki, Kurihara, Tatsuo, Esaki, Nobuyoshi, Stadtman, Thressa C.

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The NIFS Protein Can Function as a Selenide Delivery Protein in the Biosynthesis of Selenophosphate von Lacourciere, Gerard M., Stadtman, Thressa C.

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Catalytic Properties of Selenophosphate Synthetases: Comparison of the Selenocysteine-Containing Enzyme from Haemophilus influenzae with the Corresponding Cysteine-Containing Enzym... von Lacourciere, Gerard M., Stadtman, Thressa C.

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Biosynthesis of selenophosphate von Lacourciere, Gerard M.

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Functional Diversity of the Rhodanese Homology Domain von Wolfe, Matt D., Ahmed, Farzana, Lacourciere, Gerard M., Lauhon, Charles T., Stadtman, Thressa C., Larson, Timothy J.

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5.Mobilization of Seleniumfrom Selenocysteine and Its Utilization in Selenophosphate Biosynthesis(セレノシステインから遊離したセレニウムのセレノリン酸への取り込み : ビタミンB_6酵素の作用)... von Gerard, Lacourciere

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Interaction of hepatic microsomal epoxide hydrolase derived from a recombinant baculovirus expression system with an azarene oxide and an aziridine substrate analog von Lacourciere, Gerard M, Vakharia, Vikram N, Tan, Carina P, Morris, Diane I, Edwards, Gerard H, Moos, Malcolm, Armstrong, Richard N

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Abstract B233: c-Met antagonist Avimer™ polypeptide that exhibits potent in vivo and in vitro inhibitor activity von Cho, Song, Smith, Richard, Duguay, Amy, Li, Peng, Bakker, Alice, Alba, Ben, Thomas, Melissa, To, Wayne, Silverman, Josh, Swimmer, Candace, Moore, Kevin, Strout, Patrick, Bobofchak, Kevin, McCarthy, Mike, Pemmaraju, Kalyani, Lacourciere, Gerard, Zhou, Qin, Damschroder, Melissa, Wu, Herren, Coats, Steve, Kamal, Adeela

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Utilization of selenocysteine as a source of selenium for selenophosphate biosynthesis von Lacourciere, Gerard M., Stadtman, Thressa C.

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Direct detection of potential selenium delivery proteins by using an Escherichia coli strain unable to incorporate von Lacourciere, Gerard M, Levine, Rodney L, Stadtman, Thressa C

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Microsomal and Soluble Epoxide Hydrolases Are Members of the Same Family of C-X Bond Hydrolase Enzymes von Lacourciere, Gerard M, Armstrong, Richard N

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Catalytic properties of selenophospate synthetases: Comparison of the selenocysteine-containing enzyme from Haemophilus influenzae with the corresponding cysteine-containing enzyme... von Lacourciere, Gerard M, Stadtman, Thressa C

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