You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
The example provided for complex estimation and the make_joint_MSA_bacterial.py script refer to just 2 proteins. In the cases where more than 2 proteins must be docked (the paper talks about two or more sequences), how does the pipeline work?
Should we run make_joint_MSA_bacterial.py iteratively adding one protein at a time (after the first 2 have been docked)?
The text was updated successfully, but these errors were encountered:
I encounter a similar problem. In my case, I need to model the complex of viruses and antibody, but antibody has two sequences(light and heavy chain).
Is there any solution for this case? Many Thanks!
This is the actual reason for which I opened the issue. Complex modeling is not feasible (looking at the provided instructions) even between two proteins if at least one them has more than one chain
What is the difference between bacterial and eukaryotic alignment that makes eukaryotic harder? How does a eukaryotic multi sequence alignment created from the same make_msa.py script differ from a bacterial one so that it can't be used as input for make_joint_MSA_bacterial.py?
The example provided for complex estimation and the
make_joint_MSA_bacterial.py
script refer to just 2 proteins. In the cases where more than 2 proteins must be docked (the paper talks about two or more sequences), how does the pipeline work?Should we run
make_joint_MSA_bacterial.py
iteratively adding one protein at a time (after the first 2 have been docked)?The text was updated successfully, but these errors were encountered: