SeeSAR is your intuitive, visual drug design platform. Covering every step of your drug discovery process — from virtual screening to fragment-based design — SeeSAR fosters ideation in the most fun and comprehensive way.
infiniSee is your Chemical Space navigation platform. Based on similarity, infiniSee finds molecules of interest in screening libraries or Chemical Spaces of almost infinite size. Given a template or query molecule, infiniSee returns unexpectedly similar molecules.
Services
As your team of experts in computational chemistry we help your medicinal chemists excel. Access our medicinal chemistry expertise and industry leading software suite as a service, and accelerate your drug discovery. Working as an integrated part of your project team, we will use our decades of experience and deploy our proprietary solutions across the whole drug discovery process to help you achieve your goals.
Do you have an in-house chemistry team looking for new inspiration, or an outsourced project team that needs support? Whether your needs are large or small, we would love to hear from you. Our solutions are tailored towards cracking the toughest nuts in small molecule discovery – from protein-protein interactions, overcoming toxicity and ADME issues, to understanding and visualizing selectivity - we will get you the answers you seek.
Let us convince you! Contact us for a free, no-obligation, and confidential evaluation or pilot project.
BioSolveIT Services
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The ability to explore Chemical Spaces is becoming more and more important in the drug discovery process. Today, BioSolveIT is already a leader in this field through its similarity-search technology and the possibility to screen billions of compounds (e.g. 13 billion in the Enamine REAL Space™). Given our experience in docking software, we are ready to go to the next level: Chemical Space docking. We do not only want to find virtual compounds of interest by means of similarity, we also want to dock these virtual products on the fly. Chemical Space docking will be the next ground-breaking invention, which empowers medicinal chemists to find new structures. While this is not available as an end-user product yet, we already have the technical means and can offer you our services to perform Chemical Space docking based on your target and the Enamine REAL Space™. For you this can be a giant leap forward in your drug design project.
Service request
Need to identify novel hits against your target? We have the expertise plus some of the most powerful de-novo design methods available. Our docking and scoring algorithms have been shown to perform exceptionally well in generating hits against a broad range of targets, and have been rated amongst the top performers in this area. Should an Xray not be available, our fuzzy similarity search generates diverse hits that other methods would have missed. Top notch clustering and XXL-virtual screening hardware combined with years of medicinal chemistry experience perfect our offering.
Service request
Understanding SAR, optimizing leads, and increasing potency is made easier with our proprietary visual affinity technology. Ideas can be generated, modified and scored on the fly. We go way beyond a black box-approach to services. Our suggestion is to maximize synergies by brainstorming ideas, factor in your needs and constraints, and deliver solutions that will engage your chemists, rather than leave them with lists to pick from. Through your service agreement, you will have the benefit of access to our software technology, so every deliverable can help jump-start your own innovations.
Service request
Our fragment-based design technology is industry-leading. With amazing speed, we can replace a central template, link fragment hits, or grow in various directions to explore additional sub-pockets. Why is speed so important? Medicinal chemists have creative minds: if processing takes hours, this inhibits that creativity. Our technology enables the exploration of many new ideas, so whether you need to replace a liability for ADMET or IP overlap, why not ask us for a free demonstration of the ideas we could generate specifically for you, and your project?
Service request
We can mine the entire PDB to find and compare similar binding sites to your target of interest. This may reveal inhibitor chemotypes of related macromolecular structures, short-cutting the hit discovery process. We can also use this information to predict potential tox pitfalls due to structurally similar anti-target binding sites. We can also discover novel binding sites and assess their druggability.
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