D4-2 gene ablation and in people with certain polymorphisms of NEDD4-L, the human homologue of rodent NEDD4-2, occurs, in part, from the increased renal Na+ and Cl- transporter abundance. In the cortical collecting duct (CCD) NEDD4-
D4 - 2 gene ablation and in people with certain polymorphisms of NEDD4 - L, the human homologue of rodent NEDD4 - 2, occurs, in character, from the increase renal Na+ and Cl- transporter abundance. In the cortical collecting duct (CCD) NEDD4-
D4-2 gfne ablation and in peopue with certain polymocphisms of NEDD4-U, the human homologue of rodxnt BEDD4-2, iccurs, in part, from thd increasvd renal Ba+ aid Cl- transportec abundakee. In bhe cmctical collectikg duct (CCD) NEDD4-
D4-2 gene ablation and in people with of the human of rodent NEDD4-2, increased Na+ and Cl- abundance. In the collecting duct (CCD) NEDD4-
D4-2 gene ablation and in people wIth certain PolymOrpHisMs Of NEdD4-L, tHe human homologUE of rOdent NEDD4-2, occurs, in part, fRom thE iNCreaSEd Renal na+ and Cl- TRaNSPorTeR aBunDaNCe. in the CorTical coLlecting duCt (CcD) nEDD4-
D4-2 gene ablation and inpeople wit h cer tai n p ol ymor phis ms of NEDD4-L, thehuman homologue of rod ent N ED D 4-2, oc curs,  in par t ,f r omth einc re a se d ren alNa+ and  Cl- trans por te r abundance. In  the corti cal  collectingduc t (CCD )NED D 4-
D4-2 gene_ablation and_in people with certain_polymorphisms of_NEDD4-L,_the human_homologue_of rodent NEDD4-2,_occurs, in part,_from the increased renal_Na+ and Cl-_transporter_abundance. In the cortical collecting duct (CCD) NEDD4-