Neurobiology of Invertebrates: Gastropoda BrainJ. Salánki |
Contents
List of participants | 13 |
Opening address by G Ádám | 19 |
A Sakharov | 27 |
Copyright | |
6 other sections not shown
Common terms and phrases
acid action potentials activity amines amplitude antidromic Aplysia californica Aplysia neurons axon Ba² Ba2+ behaviour Biochem Biol buccal bursting neurones Ca2+ calcium cell bodies cellular central nervous system cerebral ganglion Chalazonitis Comp concentration conductance Cottrell depolarizing dopamine effect electrode enzyme EPSP evoked excitatory experiments firing flurazepam frequency function GABA ganglia ganglion gastropod Gastropoda Brain giant neurones glial cells glutamate heart Helix pomatia histidine histidine decarboxylase hyperpolarization I-V characteristic identified neurons inactivation increase inhibitory input intestinal nerve intracellular ionic ions IPSPs Jahan-Parwar Kerkut Lymnaea stagnalis mechanism membrane potential Mirolli mollusc molluscan msec nerve cells Neurobiology of Invertebrates neurosecretory Osborne oscillations outward current pacemaker potential parietal pattern pedal perfusion peripheral Physiol physiological pneumostome potassium pulses receptors recorded reflex response Sakharov Salánki sensory serotonin shows slow waves snail sodium solution soma spike stable point stimulation studies synaptic Tihany tion tissue uptake visceral voltage clamp