Understanding of organic molecules, their properties and their interactions will take your synthetic or medicinal chemistry projects to the next level.
Outsourcing chemistry is very expensive, be aware of what exactly a project needs before embarking in expensive collaborations.
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More than 25 years experience in developing new synthetic routes. I&OS Route Scouting includes full retrosynthetic analysis, a detailed scheme with all synthetic alternatives (known and novel) and a list of literature references for the new suggested synthesis.
Some of I&OS research interests and views about science.
In recent years, AI algorithms gained popularity in scientific fields, including chemistry. One application is predicting chemical reactions. A challenge is limited data with low yields. This article proposes an innovative solution: generating artificial reactions with predicted low yields (prophetic bad reactions).
Can the new (artificial intelligence-based) retrosynthetic analysis tools find new synthetic routes for complex organic molecules?. In this study, up to 5 different computer aided synthesis design systems (CASD) have been tested to find new synthetic paths for the natural product Longifolene. A sesquiterpene first synthesized by Corey et al in 1961.
Introducing 'Transform Descriptors' (TDs), a user-friendly tool for chemical reaction analysis. These descriptors simplify reactions data mining, enabling classification, clustering, and improved route design. TDs enhance understanding and decision-making in synthetic chemistry.
