I am proud that I contributed to SARS-CoV2 drug discovery project during Covid pandemic. Fantastic collaboration accross several groups at @UBC and @SFU which I was a small part of it.
To prospective postdocs: Remember that my lab (https://t.co/rM1HzwvgHi) has this exciting 3-year postdoc position available within Nanobody Discovery against bacterial virulence factors!
@DTUbioengineer@DTUtweet@DTUBiosustain@SyddanskUni#Bactolife
Interesting project with fantastic collabororation across several groups, using multidisciplinary biochemical/biophysical & cell biology approaches to further understand how #centriole's length is regulated. The findings have been well-described by @microtubule_guy
New preprint alert: Microtubule plus-end regulation by centriolar cap proteins. A collaboration between @1Funso @MoradiShoeib and myself, led by Anna Akhmanova with contributions from @cursed_tubule@GudimchukNikita @MarileenD Kai Jiang et al. A short ๐งต:
https://t.co/6OjmlF9KCr
Second session of lightning โก๏ธ talks by @MoradiShoeib, Dr. Martell, Dr. Heinze, Dr. Miao, Dr De-Jongh Gonzรกlez, Dr. McKay and Dr. Aliabadi with topics ranging from cancer to malware detection ๐ป and corals ๐ to our immune system ๐
Hassan YAZDANICHARATI ๐ฎ๐ท got his revenge on David TAYLOR ๐บ๐ธ and claimed his third world title. 'The Greatest' won the #WrestleOslo 86kg gold with a 6-2 victory.
I will soon be recruiting a postdoc to join my lab (https://t.co/91Iv0GUrZl). We work on things related to ubiquitin, inflammation, and metabolism. Get in touch if you have a project in mind and are interested in joining (DM or email). Please pass it on. Official ad will follow.
I am so thrilled that my PhD work is published today @NatureComms
A challenging project with great contributions across several fantastic groups! Thank you all for your great support and collaboration @Jamie_Rossjohn@RossjohnLab Julian Vivian and Andrew Brooks
New in this weekโs #EMDB release, is the first #CryoEM structure of apo #HSPD1#chaperone complex at 3.5ร . Along with the single ring, #HSPD1 can also form an unusual inverted ring architecture (EMD-11189).
So thrilled to share our #CryoEM structure of the 56-subunit human #Mediator bound #Transcription PIC. Led by fearless @RyanAbdella and @anna_talyzina in a wonderful collaboration with the @TjianDarzacq group. https://t.co/5XqPesiZFs