Ion exchange mechanisms on the erythrocyte membrane of the aquatic salamander, Amphiuma tridactylum.

Medicine & Life Sciences

• 4,4'-Diisothiocyanostilbene-2,2'-Disulfonic Acid 65%
• Amiloride 55%
• Chloride-Bicarbonate Antiporters 34%
• Epinephrine 21%
• Erythrocyte Membrane 80%
• Erythrocytes 17%
• In Vitro Techniques 9%
• Ion Exchange 91%
• Ouabain 25%
• Pharmacology 15%
• Protons 23%
• Sodium 18%
• Sodium Chloride 25%
• Urodela 100%
• Water 45%

Agriculture & Biology

• alkalinization 28%
• bicarbonates 23%
• cells 14%
• epinephrine 23%
• erythrocyte membrane 78%
• erythrocytes 17%
• ion exchange 77%
• ouabain 24%
• protons 22%
• salamanders and newts 72%
• sodium 16%
• sodium chloride 20%
• water content 48%

Earth & Environmental Sciences

• alkalinization 34%
• bicarbonate 23%
• cell 28%
• chloride 17%
• effect 10%
• incubation 38%
• ion exchange 62%
• membrane 46%
• removal 11%
• salamander 89%
• sodium 34%
• water content 52%