Muscarinic effects on cellular functions in cultured human ciliary muscle cells

Keyphrases

• Atropine 14%
• Ca2+ 100%
• Carbachol 85%
• Cell Behavior 100%
• Ciliary muscle 100%
• Dose Effect 14%
• EC50 14%
• Extracellular Ca2+ 28%
• Fluorescence Dynamics 14%
• Fluorescence Ratio Imaging 14%
• Inositol Phosphate 14%
• Intracellular Calcium 14%
• M1 Receptor 14%
• Muscarinic Agonists 14%
• Muscarinic Antagonists 14%
• Muscarinic Receptors 28%
• Muscle Cells 100%
• Non-selective 14%
• Oscillation 14%
• Oxotremorine 14%
• Pharmacology 14%
• Phospholipase C 42%
• Phospholipase C Activity 28%
• Pilocarpine 14%
• Pirenzepine 28%
• Receptor Subtypes 14%
• Single-cell Dynamics 14%

Biochemistry, Genetics and Molecular Biology

• Calcium Cell Level 20%
• Cell Function 100%
• EC50 20%
• Inositol Phosphate 20%
• Lecithinase 100%
• Muscarinic Acetylcholine Receptor 40%
• Muscarinic Agonist 20%
• Muscarinic Antagonist 20%
• Pirenzepine 40%

Pharmacology, Toxicology and Pharmaceutical Science

• Aceclidine 11%
• Calcium Ion 100%
• Carbachol 66%
• EC50 11%
• Inositol Phosphate 11%
• Lecithinase 55%
• Muscarinic Agent 11%
• Muscarinic Receptor 22%
• Muscarinic Receptor Blocking Agent 11%
• Oxotremorine M 11%
• Pilocarpine 11%
• Pirenzepine 22%
• Receptor Subtype 33%