Ion channels especially nicotinic acethylcholine receptor channels, potassium and sodium channels play roles in the physiopathology of various types of epilepsies. They play vital roles in either providing membrane potential and in neuronal signaling. In this review, first, information about the structure and function of ion channels and then how the structure and functions of subunits of them change within a neurological disease like epilepsy will be given. [Archives Medical Review Journal 2010; 19(2.000): 72-84
Epilepsy is a devastating neurological disorder characterized by recurrent seizures attributed to th...
Epilepsy is the third most common brain disorder and affects millions of people. Epilepsy is charact...
Brain voltage-gated sodium channels are complexes of a pore-forming alpha subunit and auxiliary beta...
International audienceVoltage-gated ion channels play a pivotal role in cell signaling. They are res...
Ion channels are protein molecules that span across the cell membrane allowing the passage of ions f...
Genetic mutations causing dysfunction of both voltage- and ligand-gated ion channels make a major co...
Genetic mutations causing dysfunction of both voltage- and ligand-gated ion channels make a major co...
The discovery of genetically transmissible form of epilepsy associated with a mutation in a gene tha...
AbstractIn diseases of the brain, the distribution and properties of ion channels display deviations...
Ion channels provide the basis for excitability in nerve and muscle cells. This thesis presents the ...
K+ channels are important determinants of seizure susceptibility. These membrane proteins, encoded b...
There is a multiplicity of potassium channels in nervous tissue. These have been characterized on th...
Available from British Library Document Supply Centre- DSC:DXN059416 / BLDSC - British Library Docum...
There is a multiplicity of potassium channels in nervous tissue. These have been characterized on th...
Understanding the molecular mechanisms underlying voltage-dependent gating in voltage-gated ion chan...
Epilepsy is a devastating neurological disorder characterized by recurrent seizures attributed to th...
Epilepsy is the third most common brain disorder and affects millions of people. Epilepsy is charact...
Brain voltage-gated sodium channels are complexes of a pore-forming alpha subunit and auxiliary beta...
International audienceVoltage-gated ion channels play a pivotal role in cell signaling. They are res...
Ion channels are protein molecules that span across the cell membrane allowing the passage of ions f...
Genetic mutations causing dysfunction of both voltage- and ligand-gated ion channels make a major co...
Genetic mutations causing dysfunction of both voltage- and ligand-gated ion channels make a major co...
The discovery of genetically transmissible form of epilepsy associated with a mutation in a gene tha...
AbstractIn diseases of the brain, the distribution and properties of ion channels display deviations...
Ion channels provide the basis for excitability in nerve and muscle cells. This thesis presents the ...
K+ channels are important determinants of seizure susceptibility. These membrane proteins, encoded b...
There is a multiplicity of potassium channels in nervous tissue. These have been characterized on th...
Available from British Library Document Supply Centre- DSC:DXN059416 / BLDSC - British Library Docum...
There is a multiplicity of potassium channels in nervous tissue. These have been characterized on th...
Understanding the molecular mechanisms underlying voltage-dependent gating in voltage-gated ion chan...
Epilepsy is a devastating neurological disorder characterized by recurrent seizures attributed to th...
Epilepsy is the third most common brain disorder and affects millions of people. Epilepsy is charact...
Brain voltage-gated sodium channels are complexes of a pore-forming alpha subunit and auxiliary beta...