… Cell volume changes through the regulation of ion flux, … increased understanding of the
contributions of ion channels … form an amiloride-sensitive nonselective cation channel. The …

… sodium channels (ENaC) are a class of amiloride-sensitive … of human glioma biopsies found
that higher grade gliomas … in glioma cell division, likely because of its regulatory effect on …

… for ASIC1 in glioma cell volume regulation in response to a … at the invadopodium of D54
human glioma cells [16,17]. Blocking … to form an amiloride-sensitive nonselective cation channel. …

… can participate in the regulation of glioblastoma cell … the amiloride-sensitive ASIC1a channels
in glioma U251 MG … Our data suggest that mambalgin-2 inhibits the growth of glioma cells …

… in glioma cells (10); contribute to increased proliferation and … cancer cell behavior have
focused on changes in cell volume. … to contribute to amiloride-sensitive current in cancer cells (39)…

… Potentiators such as ivacaftor increase the probability of the channel being open, … regulation
by controlling the volume of bodily fluids [28]. Amiloride-sensitive epithelial Na + channels in …

… main regulators of water-salt and volume balance in cells of … by benzamil and no
amiloride-sensitive component of recorded … ASIC1, as it was previously shown in human glioma …

… We found that IFNγ increased the phagocytosis of … ENaC contributed to this stimulated
response, we examined the amiloride (1 µM) sensitivity (Fig. 3C) and found the amiloride-sensitive …

… in glioma cells increased motility by upregulating RhoC (a … [22] that is expressed in human
glioma biopsies [24]. The … channel ClC-3, also disrupting glioma cell volume regulation [131], …

… sodium channels (ENaC) are a class of amiloride-sensitive … in glioma cell division, likely
because of its regulatory effect on … channel 3 expression increases sensitivity of human glioma …