ICSYNTH25 Jan 2021 13:12
Ok, so I’ve been looking into some of the aspects of this company and would appreciate if any lth here with a greater understanding of the tech, to correct anything that is wrong, please? Or maybe jump in and give alternate views?
So, glassware is clearly for dealing with the huge reproducibility crisis in chemistry. It’s not what I’m going to focus on for now though. As I’m sure everyone is aware, this is a huge problem as 50% of all work completed by chemists is not able to be replicated.
ICSYNTH is basically software for retro synthetic planning. Ideally to be used with digital glassware, but doesn’t have to be. So when a pharmaceutical company wants to make a new drug, they use this software to make a kind of roadmap, so see which pathways are possible to get there. Access to a huge database of reactions and compounds make up part of this process and allow scientists to see other ideas that they may not have already considered. So this isn’t particularly unique to DMTR, there are two other main competitors here. Synthia (used to be Chematica) and chemplanner (which is now incorporated into the sci-finder programme). It’s a kind of horses for courses deal, whereby different companies will have different needs, so as each piece of software works in a different way, then some companies will prefer one over the other.
Now, ICSYNTH was incorporated into everything AstraZeneca does, so they basically adopted, championed, and sponsored ICSYNTH. This software, along with all the others is being upgraded all the time and is getting better, so is now really kicking in with starting to help save chemists time at the preclinical, especially discovery phase.
synthia basically does the same as ICSYNTH, but not as well. Ours seems to be better at making a more clear roadmap according to the requirements of the chemist. May that be cost, or speed of development, of having certain issues with certain compounds. Synthia is basically to present some other risky routes and just to show that they can be done, whereas ICSYNTH appears to be able to do more. This is also majorly helped by the addition of ICFRP, which is an add on that works in the complete opposite direction to ICSYNTH. It predictions reactions of the target molecule in the forward direction. This is the exciting bit for me.