Upcoming Webinar - Tuesday 29th June at 14.00 BST
@DrJonLippiat will talk about the discovery of KNa1.1 (KCNT1, SLACK, Slo2.2) channel inhibitors using virtual screening and CryoEM structures.
If interested, register here: https://t.co/by9bJEMpn3
#ionchannels@Metrion_Biosci
Any channel-lovers looking for a job? We have a postdoc position available on a project to characterise our next set of novel KCNT1 potassium channel inhibitors. Deadline 28 April. #KCNT1#ionchannels#epilepsy https://t.co/QKm6zJdA85
In our new RSC review we accumulated DEER/PELDOR studies of membrane proteins over 15 years ABC/Multidrug/Secondary transporters, to GPCRs, SEC transloc, Photosynth. & Mitochondr, OMPs, ion channels et al, combined with multiple lipid mimics and MD tools : https://t.co/0QisgCl6gd
New publication: TMEM16A/ANO1 calcium-activated chloride channel as a novel target for the treatment of human respiratory syncytial virus infection https://t.co/E09n6ilUjP #ionchannels
Delighted to share our latest work published today in @CellReports on how intrinsically rapidly-inactivated PIEZO1 channels sense sustained mechanical force such as blood flow in endothelium. Thanks to our team in @unileedscardio and Toulouse. https://t.co/W3gxWNxYI0
Patch-clamp: Long shot; anyone know a patcher in the Liverpool area up for some short term/part time single-channel WORK on a great but easy project!? Even PhD student as part-time casual OK if can patch!! #ionchannels@Channelomics@RainbowLabUoL@ClaireMemimo@david_colquhoun
Please to announce my first first author paper is out now in Antiviral Research! Looking at the role of ion channels during the entry of the polyomaviruses SV40 and MCPyV
https://t.co/Ro8KXWJzLX
I am delighted to join the editorial board of The Journal of Physiology (the most prestigious and leading journal on physiology since 1878) as an editorial board fellow. Look forward to working with you @JPhysiol to serve the whole community.
Very proud to share the first #CryoEM studies by our @UoL_LICAMM@AstburyCentre#TRPC team: Cryo-EM structures of human TRPC5 reveal interaction of a xanthine-based TRPC1/4/5 inhibitor with a conserved lipid binding site. https://t.co/gzbiuDU6P3
We're delighted that @RohacsTibor is visiting us today. He will be delivering his seminar on "Regulation of TRPM Channels by G-proteins and phosphoinositides" at 2pm in RSLT23.
New #ionchannels publication from Leeds researchers @PliotasGroup and @DrJonLippiat featuring PELDOR/DEER spectroscopy and patch clamp of reconstituted mechanosensitive channels.