The discovery of a diverse and unique set of ion channels in T lymphocytes has led to a rapidly growing body of knowledge about their functional roles in the immune system. Here we review the biophysical and molecular characterization of K+, Ca2+, and Cl- channels in T lymphocytes. Potent and specific blockers, especially of K+ channels, have provided molecular tools to elucidate the involvement of voltage- and calcium-activated potassium channels in T-cell activation and cell-volume regulation. Their unique and differential expression makes lymphocyte K+ channels excellent pharmaceutical targets for modulating immune system function. This review surveys recent progress at the biophysical, molecular, and functional roles of the ion channels found in T lymphocytes.
Pubmed ID: 11506193 RIS Download
Mesh terms: Amino Acid Sequence | Animals | Biophysical Phenomena | Biophysics | Calcium Signaling | Electrophysiology | Female | Humans | Ion Channels | Maternal-Fetal Exchange | Models, Biological | Molecular Sequence Data | Potassium Channels | Pregnancy | Signal Transduction | T-Lymphocytes
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