Antonio Brito (@antonio_dbrito) 's Twitter Profile
Antonio Brito

@antonio_dbrito

ID: 1489545785377181699

calendar_today04-02-2022 10:36:35

25 Tweet

31 Takipçi

50 Takip Edilen

Estibaliz Gómez de Mariscal, PhD (@gomez_mariscal) 's Twitter Profile Photo

@antbri_imga's sweet way of saying good morning ☀️: "I tried your #pmoss method and it works 😎 0 errors!! 😃" There he has the modelled #pvalue and the very recognizable plots 😍 of course a discussion in the blackboard about replicates is always good🤓

@antbri_imga's sweet way of saying good morning ☀️: "I tried your #pmoss method and it works 😎 0 errors!! 😃" There he has the modelled #pvalue and the very recognizable plots 😍 of course a discussion in the blackboard about replicates is always good🤓
Inês Cunha (@inesmcunha) 's Twitter Profile Photo

😍Estibaliz Gómez de Mariscal, PhD is now showing us how the AI4Life Team is making Deep Learning tools Findable, Accessible, Interoperable and Reusable (FAIRy🧚‍♀️) for the science community 😃

😍<a href="/gomez_mariscal/">Estibaliz Gómez de Mariscal, PhD</a> is now showing us how the <a href="/AI4LifeTeam/">AI4Life Team</a> is making Deep Learning tools Findable, Accessible, Interoperable and Reusable (FAIRy🧚‍♀️)  for the science community 😃
Ricardo Henriques (@henriqueslab) 's Twitter Profile Photo

It was awesome to get the call from @PinhoLab to collaborate on this. Tour de force from Simon, Antonio Brito et al. A beautiful single-molecule quantitative studies proposing FtsW/PBP1 remains associated with DivIB to drive cell constriction independently of FtsZ treadmilling

It was awesome to get the call from @PinhoLab to collaborate on this. Tour de force from Simon, <a href="/Antonio_DBrito/">Antonio Brito</a> et al. A beautiful single-molecule quantitative studies proposing FtsW/PBP1 remains associated with DivIB to drive cell constriction independently of FtsZ treadmilling
Bruno Saraiva (@bruno_msaraiva) 's Twitter Profile Photo

Hey #Microscopy 🔬 Twitter! We have a new #preprint out 🚨🔥🚨 #NanoPyx is a #Python 🐍 bioimage analysis framework that can dynamically exploit the hardware of YOUR computer to improve performance by over 10-fold! biorxiv.org/content/10.110…

Hey #Microscopy 🔬 Twitter! We have a new #preprint out 🚨🔥🚨 #NanoPyx is a #Python 🐍 bioimage analysis framework that can dynamically exploit the hardware of YOUR computer to improve performance by over 10-fold! biorxiv.org/content/10.110…
Inês Cunha (@inesmcunha) 's Twitter Profile Photo

The #NanoPyx #preprint is finally out!! 😍 Our project brings bioimage analysis into #Python with a special emphasis in high speeds for *everyone* with the new system: the Liquid Engine (1/n)

Inês Cunha (@inesmcunha) 's Twitter Profile Photo

I’d say this photo perfectly describes our work dynamic: me (realising I did something wrong), asking Antonio Brito for help (who is just trying to focus) while Bruno Saraiva is…. well, not surprised.

I’d say this photo perfectly describes our work dynamic: me (realising I did something wrong), asking <a href="/Antonio_DBrito/">Antonio Brito</a> for help (who is just trying to focus) while <a href="/Bruno_MSaraiva/">Bruno Saraiva</a>  is…. well, not surprised.
Bruno Saraiva (@bruno_msaraiva) 's Twitter Profile Photo

#seeingisbelivingiis starting NOW! Happy to bring a poster to talk about our (Ricardo Henriques) #NanoPyx framework, leveraging our #LiquidEngine to improve speed on your bioimage analysis tasks! If you would like to hear more about it, come visit me at Poster 190 #ESSImaging

#seeingisbelivingiis starting NOW!
Happy to bring a poster to talk about our (<a href="/HenriquesLab/">Ricardo Henriques</a>) #NanoPyx framework, leveraging our #LiquidEngine to improve speed on your bioimage analysis tasks! If you would like to hear more about it, come visit me at Poster 190 #ESSImaging
Antonio Brito (@antonio_dbrito) 's Twitter Profile Photo

Ever wanted your Python code to run ☄️blazing fast ☄️? You can do so using our new #cookiecutter 🍪 Liquid Engine template! #NanoPyx github.com/HenriquesLab/L…

Inês Cunha (@inesmcunha) 's Twitter Profile Photo

And to start 2025 strong… Our work #NanoPyx is out in Nature Methods 😍❤️ DOI: doi.org/10.1038/s41592… #NanoPyx is a Python framework that uses the #LiquidEngine to efficiently accelerate bioimage analysis for any user! (1/n) ⬇️