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Some molecules follow familiar synthetic pathways. Others rely on reactions that are highly sensitive to temperature, pressure, reagent handling, stereochemistry, or impurity formation. In these programs, laboratory success alone is not enough. The chemistry must be scaled safely, controlled consistently, and translated into a manufacturable process.
We apply complex chemistry expertise across process development, scale-up, and cGMP manufacturing. Beyond achieving conversion, our focus is on understanding reaction behaviour, controlling impurities, and establishing processes that remain practical and reliable at manufacturing scale.
Reaction experience is supported by development knowledge and manufacturing infrastructure.
Cyanation chemistry supported within regulated manufacturing environments.
Development and manufacturing capabilities supported by dedicated hydrogenation infrastructure.
Our experience extends beyond reaction chemistry to complex molecular architectures, including deuterated molecules, heterocyclic compounds, carbohydrate chemistry, the synthetic portion of fermented molecules, steroidal bile acids, and vitamin D derivatives. Each presents unique challenges related to route design, impurity control, isolation, and scale-up.
Successful process development requires more than reaction expertise. Specialized chemistry must be supported by process understanding, analytical insight, and manufacturing execution to achieve reliable commercial outcomes.
Evaluate route efficiency, reaction control, robustness, safety, and equipment fit.
Build methods to track conversion, assay, related substances, and emerging impurities.
Share your reaction, molecule class, development challenges, and target scale with our development and manufacturing teams.
Experience with bromination reactions across development and manufacturing stages.
Low-temperature processing for reactions that require controlled cryogenic conditions.
Organometallic carbon-carbon bond formation for complex synthetic routes.
Development and manufacture of chiral compounds where stereochemical control is central to product quality.
Transfer the developed chemistry into controlled manufacturing execution.
