“By coating themselves in sugars, viruses are like a wolf in sheep’s clothing” Professor Crispin, University of Southampton https://t.co/Jy9ICBgu9Z (image below showing SARS-CoV-2 spike model with sugar molecules made at Lee 3D with @molecmodels)
How is @UCI_Track taking cash or getting cash from #nexthash ???
Crashed a team with its fake commitments and we still can't even be clear how they have any money for any sponsorship deal?
#trackcycling
@letstalkcycling@UCI_Track Just wondering the same thing. I wonder if @UCITCL got sponsorship payment in advance? What is their due diligence policy for potential sponsors? Some background https://t.co/tDOoS7js7d
Here's a closer look at the model we made of the COVID-19 SARS CoV-2 virion which you may have seen in the background on the brilliant @Ri_Science#XmasLectures. If you missed them, you can catch up on BBC iPlayer now or soon on https://t.co/Sjbrskhv99 #Science#communication
Great photo @basham_mark! Lovely to see the model we made for @RosFrankInst in its new home! We're very proud to have made some of the models used in the @Ri_Science Christmas lectures to #communicate the relationship between the Covid-19 spike protein, ACE2, antibody & nanobody.
We really enjoyed watching this year's @Ri_Science#XmasLectures. Lots of fun & a good mix of talk and brilliant demos. Making the Covid-19 spike protein model for @RosFrankInst AND having Sir JVT and Prof. Ray Owens explain how it all works from was just 👌. Great job everyone!
We're very proud to have been involved in providing the molecular models for the @Ri_Science lectures this year and are excited to see them being used for great science communication about Covid. Always a pleasure working with @RosFrankInst
This model for the Biochemical Society (https://t.co/mckGt36feI) shows how aspirin works. COX-2 is inhibited by the anti-inflammatory drug aspirin (salicylic acid). Aspirin molecules are shown to scale alongside. PDB code 1PTH. #science#molecularmodels#cox2#aspirin#3dprint