Firing properties of frog tectal neurons in vitro
N Gutmaniene, N Svirskiene, G Svirskis - Brain research, 2003 - Elsevier
N Gutmaniene, N Svirskiene, G Svirskis
Brain research, 2003•ElsevierWhole-cell recordings from frog tectal slices revealed different types of neuronal firing
patterns in response to prolonged current injection. The patterns included regular spiking
without adaptation, accelerating firing, adapting spiking, repetitive bursting and phasic
response with only one spike. The observed firing patterns are similar to those found in the
mammalian superior colliculus. The frog tectum could be a useful preparation in elucidating
the relationship between neuronal function and membrane properties.
patterns in response to prolonged current injection. The patterns included regular spiking
without adaptation, accelerating firing, adapting spiking, repetitive bursting and phasic
response with only one spike. The observed firing patterns are similar to those found in the
mammalian superior colliculus. The frog tectum could be a useful preparation in elucidating
the relationship between neuronal function and membrane properties.
Whole-cell recordings from frog tectal slices revealed different types of neuronal firing patterns in response to prolonged current injection. The patterns included regular spiking without adaptation, accelerating firing, adapting spiking, repetitive bursting and phasic response with only one spike. The observed firing patterns are similar to those found in the mammalian superior colliculus. The frog tectum could be a useful preparation in elucidating the relationship between neuronal function and membrane properties.
Elsevier
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