In eiiabtdc eaci,dtkssoio heetr si dceesrani dica ni eht altclarlexuer es.acp nogiAdccr to FA reeth si a urclarsalenlt isfth ued to eadsdecer snnliui atht laesd to rmoe H+ rneiegtn het cell in cahxgeen rfo K.+ hTsi ladse ot elrikyaapehm twih etdeelpd caarnlureillt otssre fo +K. reehT si aols itosmoc usirdise atth deals ot drnisacee K+ olss in eth uienr dan tlaot dboy +K eiptl.dneo hTe tinesuqo sask ttha si mtos eklyil to eeeardsc iwth nuisinl e:aprthy ermsu omtspiuas ocrncttenioan illw ederaesc as K+ si now agexdchne fro +H iseidn eth l.cle
This explanation is faulty. Insulin causes K to go inside via upregulating NaKATPase activity. Nothing to with H+ exchange as far as Insulin is concerned.
H and K exchange is separate from this.
I ergea tath Smrue K esderace si het ttrebe eas,nrw btu ldwot'nu erUni K alos ecrasdee ceon obold rugas esog dnwo hwti snilnui trntetmea .(.ie oomitsc uessrdii udlow sl)?eesn
submitted by โan_improved_me(91)
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nnIsuil soed paly a relo ni gibnnrgi back K+ nito leslc avi aunotodlim fo H/+K+ nex.eghac sThi is aesuebc ti psleh to sddesra het oiceaictdtok ttesa of het eai.nptt By irgningb pH losrce to elebi,sna ereth is rrtuen fo +K inot het cls,el hliwe H+ omcse akcb uot of eht s.clle
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