J-STAR’s team of 50 PhD process chemists have an impressive track record of designing cost effective and efficient synthetic routes to target molecules in support of the biopharmaceutical industry. We can partner with
Many chemical transformations require gases as reactants and perform better at high pressures. The decision to conduct a reaction at high pressure is sometimes an economic one, as it often requires smaller quantities of an
Continuous flow offers many advantages over traditional batch processes. Often cited advantages are:
Process Analytic Technologies (PAT) allow the continuous monitoring of a reaction. Traditionally, reactions were run one at a time and often sampled at a specific time point to determine reaction progress. Although this method
Statistics and DoE are increasingly common in pharmaceutical development processes, from the manufacturing of RSMs and regulatory intermediates to API and the final drug product. The type of analysis can vary
In recent years, High-Throughput Experimentation (HTE) – in which 100 or more experiments are conducted in parallel – has emerged as an important tool for the pharmaceutical industry at various stages of drug discovery and
