A Fully Human, Allosteric Monoclonal Antibody That Activates the Insulin Receptor and Improves Glycemic Control

por Bhaskar, Vinay, Goldfine, Ira D., Bedinger, Daniel H., Lau, Angela, Kuan, Hua F., Gross, Lisa M., Handa, Masahisa, Maddux, Betty A., Watson, Susan R., Zhu, Shirley, Narasimha, Ajay J., Levy, Raphael, Webster, Lynn, Wijesuriya, Sujeewa D., Liu, Naichi, Wu, Xiaorong, Chemla-Vogel, David, Tran, Catarina, Lee, Steve R., Wong, Steve, Wilcock, Diane, White, Mark L., Corbin, John A.
Publicado 2012

Improved Glucose Metabolism In Vitro and In Vivo by an Allosteric Monoclonal Antibody That Increases Insulin Receptor Binding Affinity

por Corbin, John A., Bhaskar, Vinay, Goldfine, Ira D., Bedinger, Daniel H., Lau, Angela, Michelson, Kristen, Gross, Lisa M., Maddux, Betty A., Kuan, Hua F., Tran, Catarina, Lao, Llewelyn, Handa, Masahisa, Watson, Susan R., Narasimha, Ajay J., Zhu, Shirley, Levy, Raphael, Webster, Lynn, Wijesuriya, Sujeewa D., Liu, Naichi, Wu, Xiaorong, Chemla-Vogel, David, Lee, Steve R., Wong, Steve, Wilcock, Diane, White, Mark L.
Publicado 2014

Inhibition of insulin receptor function by a human, allosteric monoclonal antibody: A potential new approach for the treatment of hyperinsulinemic hypoglycemia

por Corbin, John A, Bhaskar, Vinay, Goldfine, Ira D, Issafras, Hassan, Bedinger, Daniel H, Lau, Angela, Michelson, Kristen, Gross, Lisa M, Maddux, Betty A, Kuan, Hua F, Tran, Catarina, Lao, Llewelyn, Handa, Masahisa, Watson, Susan R, Narasimha, Ajay J, Zhu, Shirley, Levy, Raphael, Webster, Lynn, Wijesuriya, Sujeewa D, Liu, Naichi, Wu, Xiaorong, Chemla-Vogel, David, Lee, Steve R, Wong, Steve, Wilcock, Diane, Rubin, Paul, White, Mark L
Publicado 2014