Developing biocompatible chemistries
Post-translation modifications (PTMs) are nature’s way of communicating and responding to a change in situation.

There are several hundred chemically distinct PTMs and most can be rapidly applied or removed. They are chemically diverse and applied, by nature, in a highly selective way. Chemical approaches, despite many advancements, still face challenges related to water compatibility and substrate stability, which restrict their applicability across various protein types. To address these challenges new chemistries are needed to recreate these modifications to modulate and control cellular networks, to maintain or control function. Our research explores a wide range of light-, redox-, metal- mediated chemistries with the intention of creating a general palette of reactions that control organismal target physiology and the ability to focus on ‘trigger’ pathways.
Scientists associated

Professor Ben Davis
Science Director and Challenge Lead

Professor Adam Nelson
Head of High Throughput Discovery
Dr Adeline Poh
Visiting Associate Investigator

Dr Ajay Jha
Associate Investigator

Associate Professor Shabaz Mohammed
Head of Mechanistic Proteomics

Professor Andrew Baldwin
Head of Biomolecular NMR