Hydrostatic pressure alters the time course of GTP[S] binding to G proteins in brain membranes from two congeneric marine fishes

Agriculture & Biology

• adenosine 50%
• agonists 30%
• ambient temperature 6%
• atmospheric pressure 19%
• binding properties 9%
• brain 46%
• choline 8%
• cholinergic receptors 10%
• G-proteins 69%
• guanosine 9%
• guanosine diphosphate 13%
• guanosine triphosphate 100%
• hydrostatic pressure 75%
• marine fish 71%
• muscarine receptors 10%
• nucleotides 5%
• protein subunits 8%
• receptors 22%
• Sebastolobus alascanus 32%
• Sebastolobus altivelis 16%
• signal transduction 7%

Medicine & Life Sciences

• Adenosine 16%
• Atmospheric Pressure 22%
• Brain 32%
• Choline 8%
• Cholinergic Receptors 9%
• Diphosphates 10%
• Fishes 7%
• GTP-Binding Proteins 65%
• Guanosine 20%
• Guanosine Triphosphate 69%
• Hydrostatic Pressure 85%
• Membranes 39%
• Muscarinic Agonists 10%
• Muscarinic Receptors 9%
• Nucleotides 6%
• Phenylisopropyladenosine 13%
• Pressure 16%
• Protein Subunits 9%
• Purinergic P1 Receptor Agonists 37%
• Signal Transduction 6%
• Temperature 5%
• triphosphoric acid 9%