ColabFold - Making protein folding accessible to all via Google Colab!

[@marias471]

I love when science is public and collaborative. Thank you so much for this beautiful class and tutorial!

[@jackduggan96]

Thank you very much for making both this resource and the video publicly available, as a complete structural biology novice, it was very helpful!

[@smbargeenturzo673]

This is excellent presentation! Thank you so much to everyone who took their time to organize this.

[@nsteussy]

Great presentation. Really clears up what is going on under the hood.

[@rhysm8167]

This was brilliant. Thank you!

[@xinformatics]

Thank you for uploading this.

[@Christine636]

Great presentation! That really helped me with finding my way through the notebook!

[@andreasj5522]

Thank you so much 🙏🙇‍♂️

[@MrOmid1955]

Be really nice to add custom template as an option! Thank you for the presentation

[@alejandroalarcon6683]

Thank you, this is amazing

[@Draalnexa]

Very informative. Thank you.

[@jjsu816]

how to model if my protein has two chains?

[@stefanob1371]

CASP16 will be.....incredible!

[@wesswenson4415]

How do you run it to evaluate two different proteins interacting with each other?

[@mipsee5967]

What is that black line supposed to mean in the Coverage Sequence graphic? Thanks

[@saharnh5175]

Is there anyone who had a problem running? I get different errors each time! name error, list index out of range etc.

[@craigwood8862]

Many thanks.

[@feofandeuriman7524]

Kushelev:
The nanotechnological level. of representation of the protein structure in the form of spirals does not give an idea of the mechanism of protein functioning. Another thing is "wheel on wheel, wheel on rail"

[@darbaum1]

How can you add several sequences to fold?

[@26goldnugge]

Can you have closed Colab while it is running a task and when it gets done, it will save it?

[@klepto1840]

That's a great presentation and tutorial! Thank you. I have one question: are the results of the predictions saved on google servers or after download they are deleted?

[@lixar008]

Noice!

[@Jaeoh.woof765]

39:28 - Homo-oligomeric predictions