Published October 1, 2020 | Version v1

Models, Data, and Scripts Underlying "Robustification of RosettaAntibody and Rosetta SnugDock"

Authors/Creators

  • 1. Universität Zürich

Description

This repository contains the models, data, and scripts underlying the publication "Robustification of RosettaAntibody and Rosetta SnugDock" by Jeliazkov et al. Brief descriptions of the individual compressed files follow.

  • fkic_H3.zip/master_H3.zip contain the models underlying Figure 4A. The models are compared against their corresponding crystal structures and the backbone RMSD is calculated for the CDR H3 (residues 95-102, Chothia definition). Each zip file contains PDB-labeled directories with homology models in the base directory and loop models in the "models" subdirectory. The "master" zip used the standard H3 modeling approach in RosettaAntibody. The "fkic" directory used the standard method plus fragment insertion.
  • fragment_comparison.zip contains the scripts and raw data for Figure 4B.
  • fragments.tar.gz contains the fragments used to model the antibodies loops (Figure 4A) and for the comparison in Figure 4B. The traditional protein loop models and fragments in Figure 4B are published separately by Pan et al. [to do: update citation].
  • grafting_results.zip contains the data and analysis code behind Figure 3.
  • other_stray_code.zip contains the analysis code for Figures 1, 5, and the supplemental figures.
  • snugdock_example.zip contains the raw data for Figure 5 which is also to be published separately by Zhou et al. [to do: update citation].

Files

fkic_H3.zip

Files (23.0 GB)

Name Size
md5:c33bcf053cbcbb7aa4b6c931b0dc0713
10.5 GB Preview Download
md5:ab1c12ef39afcfdb1d13612fa13330a0
47.0 MB Preview Download
md5:d07897c2778e0947b0589bd7f3abda03
637.7 MB Download
md5:9222e44df199e215848cfb982ce6ae74
54.9 MB Preview Download
md5:e24dc7504bd14febf66303a5b26fc857
10.4 GB Preview Download
md5:80a45df962eb82ba3b3a98b6836559f7
67.0 MB Preview Download
md5:96ecf98483d14b64521632f1d0fb31f7
1.2 GB Preview Download

Additional details

Related works

Is cited by
Preprint: 10.1101/2020.05.26.116210 (DOI)