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nherf nhe 3 activity nhe 3 nherf 2 nherf 1 activity caco -2/bbe cells caco -2 cells ␣- md-g -2/bbe inhibition protein stimulation control nherf 2 kd regulation expression ␣- md-g stimulation physiol study donowitz m exchanger mouse donowitz figure nhe 3 regulation nhe 3 expression surface result ␣- md-g treatment basal effect mouse jejunum jejunum model ezrin apical camp inhibition antibody membrane infection nhe 3. intestine change ϩ/h exchanger 3 nherf 2-kd cells domain cgk ii shrna mechanism weinman ej signi ficantly knockdown factor ϩ/h exchanger ficking epithelial cells particle blot analysis tse cm nherf 1-kd cells adeno-ha-nhe exchange increase control cells speci condition nhe 3 stimulation mannose number kinase epithelial sirna weinman –induced treatment ps 120 cells carbachol figure 3 b nhe 3 co-localized
2 Most Recent Publications
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NHERF1 and NHERF2 are necessary for multiple but usually separate aspects of basal and acute regulation of NHE3 activity
(Article)
Sarker, R. Valkhoff, V.E. Donowitz, M. Zachos, N.C. Lin, R. Cha, B. Chen, T.E. Guggino, S. Zizak, M. Jonge, H. de Hogema, B. |
2011-04-01
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D-glucose acts via sodium/glucose cotransporter 1 to increase NHE3 in mouse jejunal brush border by a Na+/H+ exchange regulatory factor 2dependent process
(Article)
Lin, R. Murtazina, R. Li, X. Kovbasnjuk, O. Donowitz, M. Cha, B. Chakraborty, M. Sarker, R. Chen, T. Hogema, B.M. Jonge, H.R. de Seidler, U. Turner, J.R. |
2011-02-01
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