Transgenic Overexpression of the Extra-Large Gsα Variant XLαs Enhances Gsα-Mediated Responses in the Mouse Renal Proximal Tubule in Vivo

Abramowitz; Aldred; Aydin; Bastepe; Bastepe; Brenza; Bringhurst; Chen; Chillambhi; Crawford; Cumhur Aydin; Cunningham; Doctor; Faroqui; Fröhlich; Fröhlich; Genevieve; Germain-Lee; Hayward; Hiroko Segawa; Honegger; Hurtado-Lorenzo; Kehlenbach; Kelly; Klemke; Kozasa; Lee S. Weinstein; Leopold F. Fröhlich; Linglart; Linglart; Liu; Lotscher; Min Chen; Monica Reyes; Murat Bastepe; Murayama; Pasolli; Peters; Plagge; Plagge; Reinhold G. Erben; Schaffner; Segawa; Segawa; Skinner; Teitelbaum; Traebert; Traebert; Tsang; Vladimir Marshansky; Weinstein; Williamson; Xie; Yu; Yu; Yu; Zun Liu

Transgenic Overexpression of the Extra-Large Gsα Variant XLαs Enhances Gsα-Mediated Responses in the Mouse Renal Proximal Tubule in Vivo

Abstract

Targeting XLαs expression to the mouse renal proximal tubule augments Gsα-mediated responses and mitigates the PTH-resistance phenotype observed in mice with maternal Gsα ablation

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Last time updated on 03/01/2020