The results suggest that nitric oxide (NO) may be involved as a signaling molecule in feeding, motor, learning, visual, and olfactory systems in the cuttlefish brain. The presence of NOS in the cephalopod “cerebellum” and learning centers is discussed in the context of the vertebrate CNS.
NOS in cephalopod "Cerebellum" / DI COSMO, Anna; Di Cristo, C.; Messenger, J. B.. - (2002), pp. 54-54. (Intervento presentato al convegno The physiological society tenutosi a London nel 17-20/12/02).
NOS in cephalopod "Cerebellum"
DI COSMO, ANNA;
2002
Abstract
The results suggest that nitric oxide (NO) may be involved as a signaling molecule in feeding, motor, learning, visual, and olfactory systems in the cuttlefish brain. The presence of NOS in the cephalopod “cerebellum” and learning centers is discussed in the context of the vertebrate CNS.File in questo prodotto:
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