New research reveals how tiny electrical gates in the brain, known as NMDA receptors, control learning, memory, and neuron ...

Ion channel voltage-dependence alterations can shape intrinsic homeostatic plasticity, even if operating faster than other intrinsic regulatory processes—where timescale separation would suggest its ...

Ion channels conduct electrical signals in excitable cells, giving rise to nerve impulses and muscle contraction. Defects in ion channels underlie a range of neurological, muscular and cardiovascular ...