Gill ionic transport, acid-base regulation, and nitrogen excretion

Medicine & Life Sciences

• Gills 100%
• Hagfishes 90%
• Fresh Water 82%
• Nitrogen 79%
• Lampreys 77%
• Vertebrates 72%
• Acids 61%
• Seawater 52%
• Body Fluids 44%
• Fishes 37%
• Osmolar Concentration 28%
• Urea 25%
• Ions 22%
• trimethyloxamine 20%
• Epithelium 10%
• Homeostasis 9%
• Animals 6%

Agriculture & Biology

• Myxini 76%
• gills 71%
• Petromyzontiformes 67%
• excretion 65%
• vertebrates 60%
• nitrogen 46%
• body fluids 46%
• acids 45%
• seawater 36%
• osmolarity 31%
• aquatic environment 29%
• fossils 27%
• solutes 26%
• fish 23%
• urea 20%
• ions 19%
• Myliobatiformes 19%
• trimethylamine 17%
• aquatic animals 16%
• chemical reactions 15%
• oxides 12%
• homeostasis 11%
• epithelium 10%
• calcium 8%

Chemical Compounds

• Evans Reaction 82%
• Osmolarity 59%
• Plasma Level 50%
• Nitrogen 48%
• Environment 45%
• Solute 33%
• Urea 31%
• Cope Reaction 26%
• Biochemical Reaction 25%
• Trimethylamine 24%
• Ion 15%
• Plasma 12%
• Oxide 10%
• Acid 7%