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Exciting Opportunity: Biomolecular NMR Spectroscopist. Are you a scientist who genuinely enjoys working hands‑on with proteins and NMR? This organisation is looking for a Biomolecular NMR Spectroscopist to strengthen their Molecular Sciences capability, supporting early‑stage drug discovery through high‑quality protein NMR data and assay development. In this role, you will be embedded within a specialist NMR group, supporting fragment‑based drug discovery programmes across oncology and CNS targets. The position is strongly focused on protein NMR, from protein production through to screening, assay development, and data interpretation. You will work with a modern in‑house NMR suite, supporting high‑impact discovery projects while collaborating closely with chemists, biophysicists, and project scientists.
Job Responsibility:
Designing, setting up, and running protein‑observed and ligand‑observed NMR experiments
Supporting NMR‑based fragment screening campaigns and characterising protein-ligand interactions
Expressing and purifying isotopically labelled proteins for NMR studies
Generating robust, high‑quality data on binding affinity, kinetics, and mechanism
Analysing and clearly communicating results to multidisciplinary project teams
Requirements:
A PhD in a relevant scientific discipline, or at least 4 years of industrial experience working with biomolecular NMR
Strong, practical experience in protein‑based NMR spectroscopy
Hands‑on expertise in protein expression and purification, including isotope labelling
Experience setting up, running, and analysing NMR experiments on Bruker systems
A solid understanding of NMR theory as applied to biological macromolecules
The ability to work independently while contributing effectively within project teams
Nice to have:
Understanding of how SPR, NMR, and biophysical techniques are applied in drug discovery
Experience with ligand‑observed NMR methods or reporter assays
Exposure to additional biophysical tools such as SPR, ITC, thermal shift, or MS
Familiarity with fragment‑based or structure‑based drug discovery