Alessandro Grinzato (@grinzato_cryoem) 's Twitter Profile
Alessandro Grinzato

@grinzato_cryoem

structural biologist, Postdoc @esrfsynchrotron, physicist, #cryoEM lover ❄️🔬 and aspirant sommelier🍷

ID: 1096779184037396480

calendar_today16-02-2019 14:31:49

105 Tweet

239 Followers

352 Following

Filippo Mancia (@pippomancia) 's Twitter Profile Photo

bit.ly/38iPaOI Here it is as pre-proof @BBAjournals a comprehensive 10yr analysis of detergent & membrane mimetics, and techniques used for structure determination of membrane proteins. A great collaboration #ManciaLab Brendon Choy @RosemaryCater1 & Eddie Pryor

Alessandro Grinzato (@grinzato_cryoem) 's Twitter Profile Photo

I miss face-to-face conferences, but following the last year's CCP-EM Spring Symposium from my sofa was a real pleasure. I can't wait! 🎉

Alex J Noble (@alexjamesnoble) 's Twitter Profile Photo

We are offering a 2-hour hands-on remote Topaz workshop for your institution to show best particle picking practices. Topaz picks more particles resulting in higher resolution, better classification, and more complete Euler angle distributions. Email us to schedule a workshop!

We are offering a 2-hour hands-on remote Topaz workshop for your institution to show best particle picking practices. Topaz picks more particles resulting in higher resolution, better classification, and more complete Euler angle distributions. Email us to schedule a workshop!
Nature Methods (@naturemethods) 's Twitter Profile Photo

The software M establishes a reference-based multi-particle refinement framework for cryo-EM data. Combined with CTF correction and map denoising, M enables residue-level structure determination inside cells. From Mahamid group, @cramerlab and @dtegunov. nature.com/articles/s4159…

The software M establishes a reference-based multi-particle refinement framework for cryo-EM data. Combined with CTF correction and map denoising, M enables residue-level structure determination inside cells. From  Mahamid group, @cramerlab and @dtegunov. nature.com/articles/s4159…
The Nobel Prize (@nobelprize) 's Twitter Profile Photo

A mass of X-ray diffraction images, extensive calculations, and clever analysis helped Dorothy Crowfoot Hodgkin to successfully determine the structure of penicillin after many others had failed. Photo: Molecular model of penicillin by Crowfoot Hodgkin, c.1945 #WomeninScience

A mass of X-ray diffraction images, extensive calculations, and clever analysis helped Dorothy Crowfoot Hodgkin to successfully determine the structure of penicillin after many others had failed.

Photo: Molecular model of penicillin by Crowfoot Hodgkin, c.1945

#WomeninScience
Alex J Noble (@alexjamesnoble) 's Twitter Profile Photo

Ok #CryoEM twitter, it's time again to update the CryoEM map! I've added several dozen scopes since last time and a new section for Polaras/TF30s. Let me know what's missing. Maybe the next thing to add are cryoEM labs, what do you think?=) google.com/maps/d/viewer?…

Department of Biology – University of Padova (@dibio_unipd) 's Twitter Profile Photo

🇬🇧 The new call for admission to the PhD courses a.y. 2021/2022 will be published starting April 7, 2021 🇮🇹 L'avviso di selezione per l'ammissione ai corsi di dottorato di ricerca per il XXXVII ciclo verrà pubblicato a partire dal 7 aprile 2021 dottorato.biologia.unipd.it

🇬🇧  The new call for admission to the PhD courses a.y. 2021/2022 will be published starting April 7, 2021

🇮🇹  L'avviso di selezione per l'ammissione ai corsi di dottorato di ricerca per il XXXVII ciclo verrà pubblicato a partire dal 7 aprile 2021

dottorato.biologia.unipd.it
EMDB - EMPIAR @EBI (@emdb_empiar) 's Twitter Profile Photo

Another day another virus! EMPIAR-10705 entry (empiar.org/10705) from the Zanotti lab University of Padua deciphered the cryoEM structure of potato virus X, which is a filamentous plant virus (doi.org/10.1038/s41589…). #EMDB_EMPIAR #CryoEM #VirusAppreciation #FromItalyWithLove

Another day another virus! EMPIAR-10705 entry (empiar.org/10705) from the Zanotti lab <a href="/UPadua/">University of Padua</a> deciphered the cryoEM structure of potato virus X, which is a filamentous plant virus (doi.org/10.1038/s41589…). #EMDB_EMPIAR #CryoEM #VirusAppreciation #FromItalyWithLove
Annabel Romero (@opuntiavisual) 's Twitter Profile Photo

Sharing some work in progress for #sciartportfolioweek. This is a small infographic with some of the tools I use everyday for #cryoEM to solve protein structures. Need to add a clipping station.

Sharing some work in progress for #sciartportfolioweek. This is a small infographic with some of the tools I use everyday for #cryoEM to solve protein structures. Need to add a clipping station.
Science Magazine (@sciencemagazine) 's Twitter Profile Photo

In a new Science study, researchers present #RoseTTAFold—an #AI network that can solve challenging x-ray crystallography and cryo–electron microscopy modeling problems and generate accurate models of protein-protein complexes. Read more: fcld.ly/12qdtwg

In a new Science study, researchers present #RoseTTAFold—an #AI network that can solve challenging x-ray crystallography and cryo–electron microscopy modeling problems and generate accurate models of protein-protein complexes.

Read more: fcld.ly/12qdtwg
Science Magazine (@sciencemagazine) 's Twitter Profile Photo

A new #ScienceReview looks at the bright future ahead for crystallography, explaining that time-resolved crystallography is growing rapidly based on serial approaches developed at x-ray free electron lasers. Learn more: fcld.ly/5ovkotg

A new #ScienceReview looks at the bright future ahead for crystallography, explaining that time-resolved crystallography is growing rapidly based on serial approaches developed at x-ray free electron lasers. Learn more: fcld.ly/5ovkotg
Giovani Cristallografi Italiani (@gci_aic) 's Twitter Profile Photo

#AIC congress: Day 2! Don't miss "Integration of diffraction techniques in structural biology" chaired by Alessandro Grinzato and "Frontiers in Methods and Techniques for crystal structure characterization " chaired by Paolo P. Mazzeo featuring @CarlottaGiacobb and @RacioppiStefano

Dawid Zyla (@dawidzyla) 's Twitter Profile Photo

Not only DNA but also your favorite helical proteins can be simply rendered in #blender #b3d! Thanks to Brady Johnston tutorial, it is as easy as it gets. Thanks for sharing!

Not only DNA but also your favorite helical proteins can be simply rendered in #blender #b3d! Thanks to <a href="/bradyajohnston/">Brady Johnston</a> tutorial, it is as easy as it gets. Thanks for sharing!