A New Model for Vitamin K-Dependent Carboxylation: The Catalytic Base That Deprotonates Vitamin K Hydroquinone Is Not Cys but an Activated Amine by Rishavy, Mark A., Pudota, B. Nirmala, Hallgren, Kevin W., Qian, Wen, Yakubenko, Anna V., Song, Jee-Hyeon, Runge, Kurt W., Berkner, Kathleen L., Majerus, Philip W.

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Vitamin K-Dependent Carboxylation of the Carboxylase by Berkner, Kathleen L., Pudota, B. Nirmala

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Identification of the Vitamin K-Dependent Carboxylase Active Site: Cys-99 and Cys-450 Are Required for Both Epoxidation and Carboxylation by Pudota, B. Nirmala, Miyagi, Masaru, Hallgren, Kevin W., West, Karen A., Crabb, John W., Misono, Kunio S., Berkner, Kathleen L.

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Tethered Processivity of the Vitamin K-Dependent Carboxylase:  Factor IX Is Efficiently Modified in a Mechanism Which Distinguishes Gla's from Glu's and Which Accounts for Comprehe... by Stenina, Olga, Pudota, B. Nirmala, McNally, Beth A, Hommema, Eric L, Berkner, Kathleen L

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Identification of Sequences within the γ-Carboxylase That Represent a Novel Contact Site with Vitamin K-dependent Proteins and That Are Required for Activity by Pudota, B. Nirmala, Hommema, Eric L., Hallgren, Kevin W., McNally, Beth A., Lee, Susan, Berkner, Kathleen L.

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Identification of Sequences within the γ-Carboxylase That Represent a Novel Contact Site with Vitamin K-dependent Proteins and That Are Required for Activity by B. Nirmala Pudota, Eric L. Hommema, Kevin W. Hallgren, Beth A. McNally, Susan Lee, Kathleen L. Berkner

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