Using abinition to predict a new (previously unsolved) structure.
Dear Rosetta experienced users,
I am trying to predict the structure of a protein using the abinitio algorithm.
The problem hasn't been solved
Dear Rosetta experienced users,
I am trying to predict the structure of a protein using the abinitio algorithm.
Dear all,
I submitted six jobs to Rosie (28069 through 28074) under the username dstork. They failed quickly with no error messages beyond "Failed * Tech support has been notified of this error" anywhere that I can see. After waiting a few weeks the issue hasn't been resolved. What can I do to get this job to work?
Thanks,
-Devon
I am getting the foloowing testing error when I setup Rosetta 3.7. It seems to be limited to one protocol. Is there a solution to fix this?
Error Output as follows. Thank You
Hi all,
I'm trying to model the binding of an antibody to a citrullinated peptide. I've created rotlibs and params files for the citrulline amino acid following the protocol in Renfrew, et al. "Incorporation of Noncanonical Amino Acids into Rosetta and Use in Computational Protein-Peptide Interface Design", doi:10.1371/journal.pone.0032637. Now I'm trying to use SnugDock to model the antibody:antigen binding, but I keep hitting the following error.
Hi Rosetta Community,
I am running RASREC CS-ROSETTA on a Cluster using 10 cores with mpi.
After 2 days, I got this error message:
------------------------------------------------------------------------------------------------------------------------------------
ERROR: error detected in ArchiveManager -- spinning down
ERROR:: Exit from: src/protocols/jd2/archive/ArchiveManager.cc line: 445
Hi all,
I'm presently working on a project to modify the substrate specificity of a DNA polymerase for non-natural nucleic acids.
I've currently been using the GreedyOptMutationMover with a ddg filter (jump across the substrate) for a 10Å shell around the active site and identified several single point mutations that have been experimentally validated to improve activity.
However, one of the problems with greedyopt is that it does not appear to screen every possible position or single point mutation within the designable region.
Hi,
I'm trying to perform a residue scanning of an interface in order to identify potential mutations that can improve affinity. I tried using the FilterScan filter:
<ROSETTASCRIPTS>
<SCOREFXNS>
<t14 weights="talaris2014"/>
</SCOREFXNS>
Hi,
I am using rosetta scripts to build a protein into electron density.
However, I am getting some warning messages, which relate to my CYX residues. I understand the message itself, but I don't know why it appears, what it means to my structure and whether I should be worried about it. As I said, I have several CYS residues, which I mutated to CYX (CYX name in PDB file) and when I start my calculations I am getting the following warning message for all CYX residues:
Hello,
What is the easiest way to scan all possible double mutations in RosettaScrippts?
Any suggestion would be highly appreciated!