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- NCIT_C88549 IAO_0000115 "A process that involves the detection of and alteration of either the voltage or pH across a membrane, and results in a chloride channel becoming permeable to Cl- and related ions, including HCO3-, I-, SCN- and NO3-. This interaction plays a crucial role in setting the potential of the resting membrane, but also functions to regulate pH, the transport of organic solutes and the migration, differentiation and proliferation of cells." @default.
- NCIT_C88549 NCIT_NHC0 "C88549" @default.
- NCIT_C88549 NCIT_P106 "Phenomenon or Process" @default.
- NCIT_C88549 NCIT_P108 "Ligand-Independent Chloride Ion Channel Activation" @default.
- NCIT_C88549 NCIT_P207 "C2982035" @default.
- NCIT_C88549 NCIT_P98 "Deficiencies in this process may result in pathologies including Bartter Syndrome, Dent Disease and Thomsen Disease." @default.
- NCIT_C88549 NCIT_R35 NCIT_C17710 @default.
- NCIT_C88549 NCIT_R35 NCIT_C17828 @default.
- NCIT_C88549 NCIT_R35 NCIT_C28498 @default.
- NCIT_C88549 normalizedInformationContent "100" @default.
- NCIT_C88549 referenceCount "1" @default.
- NCIT_C88549 hasExactSynonym "Ligand-Independent Chloride Ion Channel Activation" @default.
- NCIT_C88549 type Class @default.
- NCIT_C88549 isDefinedBy ncit.owl @default.
- NCIT_C88549 label "Ligand-Independent Chloride Ion Channel Activation" @default.
- NCIT_C88549 subClassOf NCIT_C17710 @default.
- NCIT_C88549 subClassOf NCIT_C17828 @default.
- NCIT_C88549 subClassOf NCIT_C18219 @default.
- NCIT_C88549 subClassOf NCIT_C19986 @default.
- NCIT_C88549 subClassOf NCIT_C88470 @default.
- NCIT_C88549 subClassOf NCIT_C88549 @default.