Our core expertise is in chiral chemistry. At the same time we recognise that in order to reach the synthetic step involving chiral transformation that a series of other reactions are often required. To facilitate this we have constructed a team of chemists with a range of complementary skills and strengths which can broadly speaking be said to fit into the following categories:
- Phosphorus Chemistry
- Asymmetric Hydrogenation
- Organometallic Chemistry
- Air-sensitive Chemistry
- Aromatic Chemistry
- Oxidation
In particular we have sucessfully completed projects involving the following specific transformations:
Asymmetric Hydrogenation Asymmetric Organolithium chemistry Asymmetric Oxidation Biodegradible Polymers Carbocyclic Rearrangements Circular Dichroism Cp Ru fragments Cyclopropanation De-Novo synthesis of sugars Desymmetrisation of DACH Diazonium Chemistry Diels AlderDioxirane Chemistry Epoxidation | Fluorine Gas Chemistry GPC Heterocyclic chemistry HKR Hydroxyaminations Indole Synthesis Isotope Labelling Metathesis Microelectronic materials Organophosphorus Chemistry Oxidations Pegylation Polymerisation Processes | Salen Chemistry Solid Supporting reagents Sonigashira chemistry Stille chemistry Surface Analysis (ion beam) Suzuki chemistry Thermal analysis of Polymers Total Synthesis Trost Reactions Wittig chemistry Polymers/materials chemistry Drug Delivery Polymers |