… hybrid channel is responsible for the amiloride-sensitive current that is seen in human glioma
cells [… -bound ion channels play a key role in regulating many signaling pathways in tumor …

… Human glioblastoma cell lines U87-MG and U251-MG (… CKD4 and mutation of transcriptional
regulator ATRX [83] in U87-… of the amiloride-sensitive acid-sensing ion channel 1 (ASIC1) […

… improves its binding to C/EBP in the process of insulin deficiency-induced nerve cell apoptosis,
lowering the negative regulatory … amiloride-sensitive cations into advanced glioma cells […

… epithelial sodium channel subunits in human glioma cells … association between the
Amiloride-Sensitive Cation Channel 2 (… Regulation of ASIC1 by Ca2+/ calmodulin-dependent …

… , including the amiloride-sensitive epithelial sodium channel (… or γ-ENaC in human gliomas
is wildly found to promote … thereby inducing regulatory volume increase (RVI) in glioma cells […

… Different types of ion channels are involved in the regulation … -sensing ion channels (ASICs)
contribute to cellular response to … of the amiloride-sensitive ASIC1a-containing channels by …

… as mutant SOD1, contribute to the increased surface trafficking of … that the volume increase
activates the regulatory volume … the electrogenic and amiloride-sensitive sodium retention in …

… , including neuronal activity, fluid volume, acid–base balance, … the amiloride-sensitive
degenerin/epithelial Na + channels (… intake may contribute to cell and organ growth, tumorigenesis…

… This channel increases the excitability of snail neurons when … and recorded amiloride-sensitive
sodium conductance in … of regulation of neuronal output by these channels might be …

… Using a 2.5D migration assay, here we report that acidic pH dramatically increased … +
channel (also known as IKCa) activated by intracellular Ca 2+ . It contributes to controlling the cell …