IndraLab

Statements



reach
"Together, these data indicate radiation induced migration in U-87MG-Katushka cells depending on IR induced BK channel activity."

reach
"Together, these data suggest the involvement of SDF-1 and CXCR4 signaling in IR induced BK channel activation of U-87MG-Katushka cells."

reach
"These results suggest that the previously reported IR induced and paxilline sensitive migration of T98G cells [XREF_BIBR] is mediated by IR induced BK channel activation."

reach
"The BK inhibitor paxilline blocked the IR induced outward current and the paxilline sensitive current fraction showed typical outward rectification indicative of IR induced BK channel activation."

sparser
"Likewise, AMD3100 significantly blocked the BK channel activation by IR when applied before on-cell patch-clamp recording (Figure xref , xref )."

reach
"Based on these data, these authors concluded that IR stimulates BK channel activity which results in activation of CaMKII leading to enhanced cell migration."

sparser
"These results suggest that the previously reported IR-induced and paxilline-sensitive migration of T98G cells [ xref ] is mediated by IR-induced BK channel activation."

reach
"Thereby, IR induced BK channel activity seemed to be a key event since BK blockage by paxilline abrogated IR induced brain infiltration."

sparser
"The BK inhibitor paxilline blocked the IR-induced outward current (Figure xref , grey closed triangles and Figure xref , 4th bar) and the paxilline-sensitive current fraction showed typical outward rectification (Figure xref , closed triangles) indicative of IR-induced BK channel activation."

reach
"To test, whether SDF-1 can mimic IR induced BK channel activation and migration in U-87MG-Katushka cells, free [Ca 2+] i was recorded during wash-in of SDF-1."

reach
"Therefore, U-87MG-Katushka and T98G were tested in vitro for IR induced BK channel activity, transfilter migration and the role of SDF-1 signaling herein in order to define radiation induced signaling events upstream of BK channel activation."