Add to ORKGIn this review we examine mutations that alter electrical excitability in the nervous system of the fruitfly, Drosophila melanogaster, and discuss how these mutations may be used to approach the molecular basis of ionic channel function
Evoked transmitter release is abnormal at the larval neuromuscular junctions of two Drosophila muta...
Voltage-gated ion channels are essential for electrical signaling in neurons and other excitable cel...
Homeostasis is the property of a system to precisely maintain constant function at a set point level...
In this review we examine mutations that alter electrical excitability in the nervous system of the...
Genetic analysis of ion channel dysfunction in Drosophila. To dissect the molecular mechanisms of el...
Several different methods have been employed in the study of voltage-gated ion channels. Electrophy...
Ion channels are the determinants of excitability; therefore, manipulation of their levels and prope...
AbstractA unique family of putative ion channels that are related to voltage-gated sodium and calciu...
Mutations that exist in voltage-gated ion channels are associated with diseases, including epilepsy ...
An important body of evidence documents the differential expression of ion channels in brains, sugge...
An important body of evidence documents the differential expression of ion channels in brains, sugge...
Voltage-dependent ion channels mediate electrical signals in the nervous system; many sodium (Na+), ...
AbstractA unique family of putative ion channels that are related to voltage-gated sodium and calciu...
<div><p>Voltage-gated ion channels are essential for electrical signaling in neurons and other excit...
Voltage-clamp analysis of Drosophila larval muscle revealed that ether a go-go (eag) mutations affec...
Evoked transmitter release is abnormal at the larval neuromuscular junctions of two Drosophila muta...
Voltage-gated ion channels are essential for electrical signaling in neurons and other excitable cel...
Homeostasis is the property of a system to precisely maintain constant function at a set point level...
In this review we examine mutations that alter electrical excitability in the nervous system of the...
Genetic analysis of ion channel dysfunction in Drosophila. To dissect the molecular mechanisms of el...
Several different methods have been employed in the study of voltage-gated ion channels. Electrophy...
Ion channels are the determinants of excitability; therefore, manipulation of their levels and prope...
AbstractA unique family of putative ion channels that are related to voltage-gated sodium and calciu...
Mutations that exist in voltage-gated ion channels are associated with diseases, including epilepsy ...
An important body of evidence documents the differential expression of ion channels in brains, sugge...
An important body of evidence documents the differential expression of ion channels in brains, sugge...
Voltage-dependent ion channels mediate electrical signals in the nervous system; many sodium (Na+), ...
AbstractA unique family of putative ion channels that are related to voltage-gated sodium and calciu...
<div><p>Voltage-gated ion channels are essential for electrical signaling in neurons and other excit...
Voltage-clamp analysis of Drosophila larval muscle revealed that ether a go-go (eag) mutations affec...
Evoked transmitter release is abnormal at the larval neuromuscular junctions of two Drosophila muta...
Voltage-gated ion channels are essential for electrical signaling in neurons and other excitable cel...
Homeostasis is the property of a system to precisely maintain constant function at a set point level...