Secretion by the nasal salt glands of two insectivorous lizard species is initiated by an ecologically relevant dietary ion, chloride

Keyphrases

• Chloride 100%
• Lizard 100%
• Nasal 100%
• Salt Gland 100%
• Sodium 60%
• Potassium 60%
• Anions 40%
• Sodium-to-potassium Ratio 40%
• Skink 40%
• Bicarbonate 20%
• Inhibitory Effect 20%
• Histidine 20%
• Vertebrates 20%
• Control Mechanism 20%
• Water Loss 20%
• Sodium Chloride 20%
• Bicarbonate Secretion 20%
• Scincidae 20%
• Ecological Factors 20%
• Urate 20%
• Chloride Secretion 20%
• Green Anole 20%
• Anolis Carolinensis 20%
• Eumeces 20%
• Hyperosmotic 20%
• NaCl Solution 20%
• Dietary Salt 20%
• Salt Load 20%
• Selective Pressure 20%
• Polychrotidae 20%
• Anole 20%
• KCl Solution 20%
• Acetate 20%
• Osmotic Challenge 20%
• Sham 20%

Agricultural and Biological Sciences

• Table Salt 100%
• Scincidae 60%
• Selective Pressure 20%
• Anolis Carolinensis 20%
• Histidine 20%