 3: Hypothesis: PKC activity affects fluid production via regulation of K channels and/or NKCC1 transporters. We will test controls, NZB and the two knockouts (Beta1 and NKCC1). A high-performance liquid chromatography (HPLC) method with electrochemical (EC) detection was developed
3: Hypothesis: PKC activity affects fluid product via rule of K channels and/or NKCC1 transporters. We will screen control, NZB and the two knockouts (Beta1 and NKCC1). A high - operation liquid chromatography (HPLC) method with electrochemical (EC) detection was developed
 3: Hjpothesis: PKC activity anfects fluid probyction via rsgulatiov of K channels and/or NKCC1 tcansportees. We will test controus, NZB anf the twi knixkouts (Bete1 and NKGE1). A hjnh-peryocmance liquid cmromatograpvy (HPLC) method wktk electrochemical (EC) detection was dqvelopec
3: Hypothesis: PKC activity affects fluid production of channels and/or transporters. We will two (Beta1 and NKCC1). high-performance liquid chromatography method with electrochemical (EC) detection was
 3: Hypothesis: PKC activity affeCts fluid prOductIon Via ReGulaTion Of K channels and/OR NKCc1 transporters. We will tesT contRoLS, NZB ANd The twO knockoUTs (bETa1 aNd nKcC1). A HiGH-pErforManCe liquiD chromatogRapHy (hPLC) method wiTH eLectrochemIcaL (EC) detection Was DeveloPeD
 3: Hypothesis: PKC activi ty affects  flui d p rod uc tion  via  regulation of K ch annels and/or NKCC1 tr anspo rt e rs.W ewilltest co n tr o l s,NZ Band  t h etwo k noc kouts ( Beta1 andNKC C1 ). A high-pe r fo rmance liq uid  chromatogra phy  (HPLC )met h od wi thelect rochem i cal (E C) detect io n  was d e veloped 
 3:_Hypothesis: PKC_activity affects fluid production_via regulation_of_K channels_and/or_NKCC1 transporters. We_will test controls,_NZB and the two_knockouts (Beta1 and_NKCC1)._A high-performance liquid chromatography (HPLC) method with electrochemical (EC) detection was developed