 of Na+/H+ exchangers and Na+/K+/2Cl- cotransporters to drive fluid secretion and related processes such as cell volume maintenance and intracellular pH regulation. Ductal cells then act on acinar cell secretions to conserve NaCl utilizing Na+/H+ exchangers, Na+ channels and other
of Na+/H+ exchangers and Na+/K+/2Cl- cotransporters to drive fluid secretion and related processes such as cellular telephone bulk maintenance and intracellular pH regulation. Ductal cell then dissemble on acinar cell secretions to conserve NaCl utilize Na+/H+ exchanger, Na+ channels and other
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of Na+/H+ exchangers and Na+/K+/2Cl- cotransporters to secretion related processes as cell volume Ductal then act on cell secretions to NaCl utilizing Na+/H+ exchangers, Na+ channels other
 of Na+/H+ exchangers and Na+/K+/2Cl- coTransporteRs to dRivE flUiD secRetiOn and related prOCessEs such as cell volume mainTenanCe ANd inTRaCelluLar pH reGUlATIon. duCtAl cElLS tHen acT on Acinar cEll secretiOns To Conserve NaCl UTiLizing Na+/H+ eXchAngers, Na+ chanNelS and otHeR
 of Na+/H+ exchangers andNa+/K+/2Cl - cot ran spo rt ersto d rive fluid sec r etio n and related processe s suc ha s ce l lvolum e maint e na n c e a nd  i ntr ac e ll ularpHregulat ion. Ducta l c el ls then acto nacinar cel l s ecretions to  co nserve  N aCl utili zin g Na+ /H+ ex c hanger s, Na+ ch an n els an d  other
 of_Na+/H+ exchangers_and Na+/K+/2Cl- cotransporters to_drive fluid_secretion_and related_processes_such as cell_volume maintenance and_intracellular pH regulation. Ductal_cells then act_on_acinar cell secretions to conserve NaCl utilizing Na+/H+ exchangers, Na+ channels and other