… M2 proton channel of influenza A virus, which is the target for the antiviral drugs amantadine
… for viroporins as therapeutic targets that has driven research into the ion channels of other …

… targets, with the M2 ion channel and the HA function at the same concentration, might have
a reduced probability to develop resistance. In this case, two mutations, one in each target …

… , receptor-operated channels, transient receptor potential ion channels, and … antiviral drugs.
In this present review, the recent identified cellular calcium channels and pumps as targets …

… The influenza A virus M2 proton channel (A/M2) is the target of the antiviral drugs amantadine
and rimantadine, whose use has been discontinued due to widespread drug resistance. …

… oligomeric protein harboring ion channel activity. It is essential for effective assembly and
release of infectious HCV particles and an attractive target for antiviral intervention. Yet, the self…

… ion channel activity essential for virus infectivity. These viroporin features render p7 an
attractive target for antiviral … synthesized and purified for ion channel activity measurements and …

… channels to specifically target host cell ion channel functionality, we show that MCPyV, but
not SV40 can be inhibited by K + channel … spectrum Ca 2+ channel inhibitor verapamil. Using …

… M2 ion channel blockers Do any antiviral agents other than neuraminidase inhibitors
have potential in the control (prevention or therapy) of influenza A (H5N1) infections? The …

… 2-E channel is an effective antiviral drug target and provides a potential antiviral candidate
… After ion channel conductance was detected, 100 μM compounds were added to the trans …

… ion channel activity in cellular membranes and its inhibition by amantadine affirm the
protein as a target … an opportunity for a new direction of research for antiviral chemotherapy. …