Design

I am trying to design a helical linker between two strongly interacting subunits that connects their termini using RosettaRemodel.

I am running remodel with the following flags in mpi mode and get the desired output (around 2-4 structures with -num_trajectory 32). However when I increase -num_trajectory to e.g. 1000 I still get only around 2-4 strucures out (named 1.pdb 2.pdb ...). while computation time increases drastically.

Good evening, I want to use the pepspec anchor dock application and I am using the following flags file:
-ignore_unrecognized_res
-pepspec :: no_prepack_prot
-pepspec :: anchor_type PRO
-pepspec :: prep_align_prot_to input / 1CKA.nopep.pdb
-s input / 1CKA.nopep.pdb
-pepspec :: ref_pdb_list input / homol.pdblist
-restore_pre_talaris_2013_behavior
-score :: weights pre_talaris_2013_standard.wts
-pepspec :: soft_wts soft_rep.wts
-pepspec :: interface_cutoff 6
-pepspec :: n_dock_loop 1

Hi folks,

I wonder if there is a way to constrain the number of maximal allowed mutations from the input sequence when doing a regular backbone-fixed design or a backbone-flexible design. For example, I only want the designed sequences away from the wild-type sequence by 5 residues at most (i.e. including 5, 4, 3, 2, and 1 mutations). Many thanks!

Kurt

Hi all,

I am tryig to use RosettaAntibody3 to build a homology model for my antibody sequence. I am following the protocol workflow outlined in detail here: https://www.rosettacommons.org/docs/latest/application_documentation/antibody/antibody-protocol. The only difference is that I am modleing a VHH (heavy chain only antibody).