Just looking at the speakers at the Mobile Chemistry conference organised by RSC Chemical Information and Computer Applications Group 7 September 2016 10:00-16:30, Cambridge, United Kingdom.
Andy Davies is talking about the RSC Medicinal Chemistry Toolkit app a suite of resources (Chemical Formula, MWt, GCLogP, Ligand Efficiency, Ligand Lipophilic Efficiency and AZFilters calculations) to support the day to day work of a medicinal chemist. Based on the experiences of medicinal chemistry experts, it was developed otherwise difficult-to-access tools in a portable format for use in meetings, on the move and in the lab. The app was developed in collaboration with Molecular Materials Informatics.
The latest version includes computational structural filters developed by AstraZeneca drug design teams. This looks like an excellent opportunity to hear more about this swiss army knife for medicinal chemists and feedback what new features you might want.
The Medicinal Chemistry Toolkit is one of the best examples yet to show how mobile devices are making an impact in science. It is becoming the "swiss army knife" for medicinal chemists with an increasing calculators that are critical for drug design. To be honest I think a lot of biologists will find it useful as well.
SeeSAR 1.5 has been released. SeeSAR it is intended as an interactive tool for designing/improving ligands for drug discovery.
The latest release covers two major topics: 1. A series of features that make the editing more swift and easier. To this end they introduced hot-keys, context menus and drawing a bond by drag&drop. 2. Often times people use SeeSAR for visual inspection e.g. after docking. Now normally you'll have multiple poses per compound. For a better overview the Table now allows you to collapse all poses to just one line per compound.
Furthermore you can set a bookmark to indicate what you like and export only the ones on the wish list.
There is a review of SeeSAR here.
I was at the Cresset Science Meeting last week and heard about the plans to update their comprehensive suit of drug discovery and design computational tools.
Together with an interesting updates to the tools the suite has undergone something of a makeover, all of the software tools have be renamed using a “Fire” theme and refocussed to specific users needs rather than the software capabilities. The renaming will not be complete until September so in the interim the links on some of the download pages still point to the originally named application.
TorchV10lite is a free 3D molecule viewing, editing and drawing application that shows your molecules in 3D overlaid with field patterns generated using their proprietary field technology together with 2D structure and physicochemical properties. It is the replacement of FieldView.
TorchV10 is a powerful design and 3D SAR tool for medicinal chemists. It is used to take leaps in structural design by identifying compounds with similar fields but different 2D chemical structures while maintaining or improving biological activity. It is the replacement for FieldAlign and due for release very soon.
SparkV10 is a powerful way of generating novel and diverse structures for your project. sparkV10 uses Cresset’s field technology to find biologically equivalent replacements for key moieties in your molecule, enabling you to find new structures in new chemical space. You can then use calculated physiochemical properties to filter and select the best designs. sparkV10 is the exciting replacement for FieldStere and due for release very soon.
The three applications above look to be intended for use by Medicinal Chemists whilst the remaining two applications are perhaps better suited to those more experienced in computational chemistry.
ForgeV10 takes advantage of Cresset’s patented ligand comparison method to align, score and compare molecules from a biological viewpoint, using the shape and electrostatic character of your molecules to create qualitative and quantitative 3D models of activity. forgeV10 combines FieldAlign and FieldTemplater in a single application,
BlazeV10 uses the shape and electrostatic character of known ligands to rapidly search large chemical collections for molecules with similar shape and electrostatic properties. It is installed and runs on a Linux cluster but is operated through a web-browser, enabling access from any platform and multiple locations.
Many molecular visualisation/modelling tools seem to assume the charge associated with an atom sits as a point at the centre of the nucleus, whilst this makes the computation easy it does not really reflect what the electrostatic surface really “looks like”. Cresset has pioneered the use of field point descriptors to give a more accurate description of the charge around an atom and to enable better comparisons and visualisation. This has been shown to be particularly important when trying to understand some molecular interactions such as Aryl-Aryl interactions or creating bioisosteric replacements.
Cresset now have an impressive suite of tools for drug discovery and I hope to review them in due course.