Insights into early molluscan neuronal development through studies of transmitter phenotypes in embryonic pond snails

Medicine & Life Sciences

• Animals 6%
• Apoptosis 7%
• Catecholamines 11%
• Cell Shape 14%
• Central Nervous System 9%
• Cues 11%
• FMRFamide 19%
• Ganglia 24%
• Gastropoda 50%
• Mollusca 16%
• Nervous System 10%
• Neurobiology 29%
• Neurogenesis 26%
• Neurons 39%
• Peptides 8%
• Phenotype 38%
• Ponds 90%
• Population 4%
• Research Personnel 8%
• Sensory Receptor Cells 13%
• Snails 77%

Physics & Astronomy

• animals 10%
• apoptosis 14%
• catecholamine 17%
• cells 22%
• central nervous system 14%
• cues 12%
• fibers 5%
• nervous system 14%
• neurons 63%
• ontogeny 17%
• organisms 11%
• peptides 11%
• phenotype 89%
• projection 8%
• snails 100%
• transmitters 62%

Engineering & Materials Science

• Animals 10%
• Catecholamines 19%
• Cell death 15%
• Fibers 7%
• Molluscs 19%
• Neurobiology 33%
• Neurology 24%
• Neurons 58%
• Peptides 13%
• Ponds 83%
• Transmitters 52%