🚨Preprint! From my PhD “Genome delivery of a contractile tailed phage and its superinfection exclusion mechanism”. We use #cryoEM to study the genome ejection of the #phage T4, revealing how the tape measure protein regulates the process @NMITaylorLab
https://t.co/syOhafWv7g
Excited to see our work published in @ScienceAdvances!
We present RBPseg, a method for structural prediction of #phage receptor-binding proteins.
We applied it to diverse tail fibers and validated the predicted structures using #cryoEM.
Read here: https://t.co/4tnb65svpY
Thrilled to share that our collaborative work, led brilliantly by @HaidaiHu, is now published in @Nature! Huge thanks to the incredible @NMITaylorLab team - it was a joy to work with you. Grateful to @Salmo_Lab, @SimonJacksonNZ, and @AHarms485 for their invaluable contributions!
Excited to share our latest paper on new Eukaryotic-like bacteriophage defense systems. What great joint project by @DaanFvdBerg, @AnaRitaMCosta and Jelger Esser combining the power of bioinformatics and experiments.
https://t.co/xHEGbGQr87
Very excited to release our Zorya anti-phage defense system preprint @HaidaiHu et al. Zorya has a rotary molecular motor with a 700 Å (!) tail. Wonderful collaboration with @SimonJacksonNZ, @Salmo_Lab, Richard Berry,@thenielsenlab and @yongwangKU https://t.co/E99C6XLSoe #cryoEM
The April issue continues the Special series: #ScientificFigureDevelopment where we learn insights from Jonathan Markert, @LugerLab, Hayun Lee, Haidai Hu, @NMITaylorLab, @RoutLab_RU, and @alderlab on how to create protein structure schematics.
https://t.co/Y3zcbKMvNy
“It is a national scandal, we shouldn’t be in this position”
@RichardHorton1 says the UK has “wasted February” when we should have been preparing the NHS for coronavirus #bbcqt
@janisfrayer@zlj517 They are busy passing the buck and making up lies, these false information have led the public astray. At the most critical moment, the President @realDonaldTrump has only an election on his mind.
https://t.co/NnVVksPysR