Beta 3 Adrenergic Receptor Activation Rescues Metabolic Dysfunction in Female Estrogen Receptor Alpha-Null Mice von Clookey, Stephanie L, Welly, Rebecca J, Shay, Dusti, Woodford, Makenzie L, Fritsche, Kevin L, Rector, R Scott, Padilla, Jaume, Lubahn, Dennis B, Vieira-Potter, Victoria J

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Deletion of UCP1 enhances ex vivo aortic vasomotor function in female but not male mice despite similar susceptibility to metabolic dysfunction von Winn, Nathan C, Grunewald, Zachary I, Gastecki, Michelle L, Woodford, Makenzie L, Welly, Rebecca J, Clookey, Stephanie L, Ball, James R, Gaines, T'Keaya L, Karasseva, Natalia G, Kanaley, Jill A, Sacks, Harold S, Vieira-Potter, Victoria J, Padilla, Jaume

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Increased susceptibility to OVX-associated metabolic dysfunction in UCP1-null mice von Clookey, Stephanie L, Welly, Rebecca J, Zidon, Terese M, Gastecki, Michelle L, Woodford, Makenzie L, Grunewald, Zachary I, Winn, Nathan C, Eaton, Dusti, Karasseva, Natalia G, Sacks, Harold S, Padilla, Jaume, Vieira-Potter, Victoria J

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Loss of UCP1 improves ex vivo aortic vasomotor function in female but not male mice despite similar susceptibility to metabolic dysfunction von Winn, Nathan C, Grunewald, Zach I, Gastecki, Michelle L, Woodford, Makenzie L, Welly, Rebecca J, Clookey, Stephanie L, Ball, James R, Gaines, T'Keaya L, Karasseva, Natalia G, Kanaley, Jill A, Sacks, Harold S, Vieira‐Potter, Victoria J, Padilla, Jaume

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UCP1‐Null Mice Display Increased Susceptibility to Ovariectomy‐Associated Metabolic Dysfunction von Clookey, Stephanie L., Welly, Rebecca J., Zidon, Terese M., Gastecki, Michelle L., Grunewald, Zachary I., Winn, Nathan C., Karasseva, Natalia G., Sacks, Harold S., Padilla, Jaume, Vieira‐Potter, Victoria Jeanne

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