![Figure 12. Effect of apical bath CO2 on basolateral membrane Na/nHCO3 cotransporter. Low HCO3 (2.62 mM) Ringer was perfused into the basal bath to record the initial control response, and this maneuver was repeated in (A) 13% or (B) 1% apical bath CO2. After returning to control Ringer, low basal bath [HCO3]-induced control response was obtained. Solid bars above the graphs represent solution changes from control Ringer as described in the legend to Fig. 2.](https://cdn.rupress.org/rup/content_public/journal/jgp/133/6/10.1085_jgp.200810169/6/jgp_200810169_lw_fig12.jpeg?Expires=1767647735&Signature=q456O1aeZvsUt-2B~SZuucINFxqXH8nl6f5q3Zh3DbAaPMwAfckUbtRbkO6FxgY59piAlr1Wid5y~de7U6ARN3X6vJXfMKcUDlP2IIzDazKswzBiQrpOGCh4D25n9pyR28iArQBcrZ7rMHp-ul~EB3P1bhqWBXUqjsXCO0O36d8KozsrN0ytoKfc33S6PIKoZgyU916GNEMudz07nh8WVoml6VrbYXGDkBC5Pvmrv8X2bUSLT8xtWQCKZwDf-ht-Lvr1wvzZ38Omv~jq6IzJymgghNjmB65M~3c8Ay~uewOBJh92buTcLNgTGePqLHVxhiWbYMOzNPg5rwVxCGYj1g__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
Figure 12.
Effect of apical bath CO2 on basolateral membrane Na/nHCO3 cotransporter. Low HCO3 (2.62 mM) Ringer was perfused into the basal bath to record the initial control response, and this maneuver was repeated in (A) 13% or (B) 1% apical bath CO2. After returning to control Ringer, low basal bath [HCO3]-induced control response was obtained. Solid bars above the graphs represent solution changes from control Ringer as described in the legend to Fig. 2.
