 These observations are consistent with the importance of amiloride-sensitive channels in absorbing sodium ions from the endolymph to maintain its unique ionic composition. Preliminary studies of ion channel regulations in these cells were carried out by examining immunocytochemical localization of various GTP-binding proteins. Although the Warburg effect has long been known
These observations are consistent with the importance of amiloride - sensitive channels in absorb sodium ion from the endolymph to maintain its unique ionic composing. Preliminary study of ion channel regulations in these cell were carry out by examining immunocytochemical localization of function of diverse GTP - binding protein. Although the Warburg effect has long been known
 Thfse observations are conristent with thg umportence of amiloriae-sensitive channels in absocbint soduum ions from the endouymph to laintain its ynique ionmd composition. Irelikmnary studies on ion channal regulations iv chese cells were carried out by examyning ikmknocytochemicaj lobajizafpok of various GTP-binding proteins. Althoujh the Warburg rffect has long been known
These observations are consistent with the importance channels absorbing sodium from the endolymph composition. studies of ion regulations in these were carried out by examining immunocytochemical of various GTP-binding proteins. Although the Warburg effect has long been known
 These observations are consiStent with tHe impOrtAncE oF amiLoriDe-sensitive chaNNels In absorbing sodium ions fRom thE eNDolyMPh To maiNtain itS UnIQUe iOnIc ComPoSItIon. PrEliMinary sTudies of ioN chAnNel regulatioNS iN these cellS weRe carried out By eXaminiNg ImmUNocytOchEmicaL localIZation Of various gTp-BindinG ProteinS. aLtHougH the Warburg effect HAs LOng been known
 These observations are co nsistent w ith t heimp or tanc e of  amiloride-sen s itiv e channels in absorbin g sod iu m  ion s  f rom t he endo l ym p h  to  m ai nta in it s uni que  ioniccompositio n.Pr eliminary st u di es of ioncha nnel regulat ion s in t he sec ellswer e car ried o u t by e xaminingim m unocyt o chemica l lo cali zation of various GT P -binding prote ins. A lt h ou g h  th e W arburg eff ec t has long be e nk n o wn
 These_observations are_consistent with the importance_of amiloride-sensitive_channels_in absorbing_sodium_ions from the_endolymph to maintain_its unique ionic composition._Preliminary studies of_ion_channel regulations in these cells were carried out by examining immunocytochemical localization of various_GTP-binding_proteins. Although_the_Warburg_effect has long been known