Idealp Pharma Chemistry

Seamless collaboration with our medicinal, synthetic and analytical chemistry teams means that Idealp-Pharma functions just like your own chemistry department. Idealp-Pharma has its own chemistry research infrastructure, including a 1000-square metre organic synthesis lab and associated analytical facilities.

Flexible contract chemistry research

The majority of Idealp-Pharma’s business is derived from exclusive, confidential, novel molecule synthesis contract projects (with particular expertise in multi-step synthesis). Most client programmes require flexible management of molecule optimisation projects. Clients may refocus their project at any time, according to their exact needs. Our clients are in direct contact with a dedicated project manager (PhD) throughout the period of collaboration. Thanks to our teams' reactivity and flexibility, we guarantee that your deadlines will be met whilst still providing high-calibre work.

Custom synthesis

Custom synthesis projects cover a wide range of organic chemistries and start with the customer's need for a particular compound. Idealp-Pharma tackles syntheses up to the 500 gram scale. In some cases, the customer may wish to supply a known route but we can also draw upon our own knowledge to devise or improve synthetic routes. Idealp-Pharma assumes full responsibility for delivering your molecules.

Patent exemplification

Idealp-Pharma can synthesize a range of analogues in order to support a client’s intellectual property (IP) position.

Focused libraries

By combining a high-performance, automated platform with the skills of our parallel synthesis team, we can generate focused compound libraries comprising several hundred compounds (up to 100 mg per compound).

Our analytical service uses efficient spectroscopic and liquid chromatographic techniques to purify intermediate and final compounds and validate their respective structures.
Idealp-Pharma guarantees absolute confidentiality of the scientific and technical data provided by the customer and that generated during collaborative work.