Egor Marin

1. you get rate limited from @hf.co
2. you go to the page with rate limits, given you by 429 error
3. you get rate limited🫠

rustedpy rustedpy has 3 repositories available. Follow their code on GitHub.

kinda reminds me of these projects: github.com/rustedpy

sadly neither `maybe` nor `result` are not maintained anymore💔

that was actually my motivation behind choosing a uni: I deliberately went for the one offering most flexibility throughout the bachelor, and ended up using it to its maximu.

damn that's complicated! I guess i'm too lazy to go that deep😁

ah, and caps is language switching for me, also insanely useful.

hey Pablo, congrats on the publication!

I imagine you started working on it before MDAnalysis introduced parallelization, so I wonder if you'd be interested in implementing it for eRMSF as described here: docs.mdanalysis.org/stable/docum...

<<<< binding right cmd to escape

So your data are available upon reasonable request? Well, we are making some reasonable requests - at scale. :)

1. Search literature (currently stubbed)
2. Enumerate papers, extract contacts
3. Send email w/ data drop location
4. Parse data

Does anyone want to help productionize this?

please tell me there was "rust is blazingly fast" option

In-person participants at the MDAnalysis 2025 User Group Meeting (online participants not shown).

The 2025 MDAnalysis User Group Meeting wrapped up. If you want to see what great talks and workshops we had, have a look at the UGM2025 repo github.com/MDAnalysis/U... . It was fantastic to have so many of you in Arizona and joining online! See you all again soon.

I checked Plank and Einstein obituaries -- they've referred as Dr all throughout. But I guess it's, unfortunately, not the worst disgrace she's had throughout.

within 24h, someone who I never comes in with a chunky PR that a) is more concise than my code, b) fixes all of my issues, c) also fixes relevant documentation for that. All I had left to do is to add this person to the changelog.

Feels unexpectedly good, I should say.

Just had my "damn I love open-source" moment yesterday: have been struggling with a custom new reader for @mdanalysis.bsky.social, spent two big evenings on that, and decided to let it go and just ask for help in org's discord & github.

I immediately wonder if there's any preference for antibody fold around heavy/light chain variable fragment length🤔

>Send me a message for any questions

it seems that your DMs are closed, could you double-check your privacy settings please?

yep, it was Andre Geim, IgNobel for diamagnetic levitation (funny flying frog, it's also on youtube) and Nobel for graphene

people at apple rn

impressive maps!

aren't you worried that someone might guess your target based on these maps and e.g. scoop you?🫣

and afaik it's implementation-dependent, so for example pypy could've done things differently

it honestly looks like the same shape in different colors, copypasted across the plot😁

that's a t-shirt idea right here

oh that's a great one

there was also a weak negative correlation between model quality and a journal impact factor, I recall -- high(est) impact papers tend to focus on more challenging targets, which results in lower resolution and worse QC scores for the model.

I think the first in line was some ide that forked PyCharm community edition, but I forgot the name :)

on a more serious note, you might try referring to the existence of a strong Rust community in the country of application, and say that it'll help you to soften the bus factor and grow the community further🤷‍♂️

I honestly believe that the "career impact" section of a grant application should look like a single sentence saying "no grant -- no career"

so you're saying that perhaps this self-censorship is limiting reviewers from writing good reviews?

>diffusion-based antibody-specific NNs wouldn't do this?

why though? when it comes to antigens, they definitely memorise the interface, as per recent independent benchmark😁

oh sorry, by models I meant which NNs, not antibody structures

do you have a list of antibody-specific models that you tested?

oh, I actually recall one case, but for membrane homo-trimers GltTk and GltPh -- there are structures of both in the same space group. Can't find quickly, but I'm certain they exist :)

I haven't seen that (worked with GPCRs and P450 enzymes), although technically there are no limitations.

But many times saw "one protein gets crystallised in many different space groups even within one crystallisation drop"