RESOURCES AND GUIDES
SARvision|SM:
1. Introduction.
How to get started.
2. R-Group Table View.
Getting started analyzing R-Groups.
3. Substituent Analysis Views.
How to visualize scaffold-centric molecular pairs.
4. Analysis of R-Groups Using SABRE.
Rgroup cross-tables.
5. R-Groups and Machine Learning.
How to use Amedeo to learn about R-Groups.
6. Scanning catalog files.
SARvision can be used to scan SDF files of molecules performing many substructure searches at a time.
7. Integrating with CDDVault.
8. Import a Structure From Image.
9. Analyzing Large Libraries.
SARvision|Biologics:
1. Overview.
Are you still using Excel to keep your biologics sequences and data? A brief video shows you how to make your life easier, and extract more from your peptide SAR with SARvision|Biologics.
2. Introduction.
How to get started.
3. How to Prepare the Residue and Modifier Table.
A discussion of those two critical files.
4. Data Views.
How to visualize sequences and data in the Sequence table view.
5. Logo and Bar Plots.
Logo plots can be great tools to analyze trends in your SAR for peptides or phenotypic characteization of your antibodies.
6. Invariant Maps.
Invariant maps show which residues have been tried at each position in the sequence alignment and how many times.
7. Mutation cliffs are set up to identify pairs of sequences that differ only at single position and organize them by both mutation and sequence position.
8. Working With Subset Groups.
How to filter one view by another view.
9. Antibody Numbering.
A simple application note that to facilitate relating sequences to data in antibody design.