Medicinal Chemistry 4 Group (including Analytical Chemistry)

Dr Vassilios Bavetsias is a Senior Staff Scientist in the Centre for Cancer Drug Discovery at The Institute of Cancer Research, London. He works on the design and synthesis of small molecules as cancer therapeutics.

Following 10 years in the pharmaceutical industry as a medicinal chemist, Dr Bellenie joined the ICR in 2014, where he works with multidisciplinary project teams seeking to discover new cancer treatments. He's interested in exploring new modalities including degraders and compounds that induce protein-protein interactions, and he supervises PhD projects in this area. He organises a drug discovery training programme for ICR scientists, and also teaches a medicinal chemistry course at UCL.

Chloe joined the ICR in October 2022 as a PhD student. After obtaining an MChem in Chemistry with a year in industry at the University of York, Chloe went on to work as a synthetic chemist at Sygnature Discovery for one year. Her research at the ICR is currently focused on the development of chemical tools to drive proximity-induced lytic cancer cell death.

Dr Jack Cheung joined the ICR in 2001 as a medicinal chemist. Now a Senior Scientific Officer, his work mainly involves designing and synthesising small molecules as cancer therapeutics. During his time at the ICR, he has contributed to a number of drug discovery projects including HSP90, AKT, CHK1, MPS1 and BCL6.

Nick joined the ICR in February 2021 as a postdoctoral training fellow. He completed his PhD at the University of Birmingham working on covalent inhibitors of IDO1 and JAK2 PROTACs. After his PhD, Nick took up a postdoctoral fellowship at the University of Ottawa. Since joining the ICR, Nick has contributed towards inhibitor and protein degradation projects within the team.

Daniella is a PhD student in both the Medicinal Chemistry 4 and the In-Silico Medicinal Chemistry teams. Her PhD project will look at computational approaches to predict the water networks in the binding sites of proteins and is carried out in collaboration with AstraZeneca as part of the industrial CASE (iCASE) studentship scheme.

Alice joined the ICR in 2019 as a postdoctoral training fellow. She gained her PhD at Durham University synthesising responsive lanthanide complexes for MRI detection. She is currently working on the design and synthesis of both degraders and inhibitors of a transcriptional repressor protein.

Beth joined the ICR at the beginning of 2022 as an analytical chemist in the Structural Chemistry team. After obtaining an MSci in Chemistry with a year in industry at the University of Birmingham in 2020, she returned back to Pfizer for a year and a half before joining the ICR. Her work at the ICR focuses on supporting a number of CTU projects providing support with mass spectrometry, chromatography and spectroscopic techniques.

Lauren joined the ICR and the structural chemistry team in August 2022 as an analytical chemist. Lauren obtained a BSc from the University of Kent in Forensic Chemistry having focused on the toxicological analysis of natural and synthetic cannabinoids. Her work focuses on collaborating with medicinal chemists and supporting CTU projects providing expertise in Mass Spectrometry, Chromatography and spectroscopic techniques.

Maggie joined ICR in 2008 as NMR spectroscopist in the Structural Chemistry team after finishing her PhD study. In the past 12 years, apart from NMR, she has built up expertise in a wide range of analytical spectroscopy such as HPLC and MS and develops methods to support chemistry teams. She also expended her research into NMR based drug discovery, set up NMR fragment screening and ligand observed NMR assays for drug discovery projects.

Katy joined the ICR in October 2023 as a PhD student. She previously completed an MChem at Durham University, where her research focused on novel therapeutics for Alzheimer's disease. At the ICR she is working on a collaborative project with Professor Guettler and Professor Hoelder, developing tankyrase-directed PROTACs as novel scaffolding inhibitors.

Amin joined the ICR at the beginning of 2000 after completing his PhD at the University of Bath with the late Prof. J.M.J. Williams. Since 2004 he has led Structural Chemistry in developing mass spectrometry and NMR approaches for CTU projects. He oversees a facility that provides expertise in small molecule characterisations, separations & purifications, physchem properties assay, and protein & ligand interactions.

Pasquale joined the ICR in September 2020 as a Postdoctoral Training Fellow. He previously studied chemistry and medicinal chemistry at Newcastle University, followed by a PhD at the Newcastle Centre for Cancer under the supervision of Prof. Mike Waring, focusing on using covalent inhibitors to target tumour cells. He currently works on design and synthesis of molecules as cancer therapeutics.

I am an EA within the Division of Cancer Therapeutics. I support Professor Swen Hoelder in the role of Head of Chemistry and Team Leader of the Medicinal Chemistry 4 team. I contribute to the team with my expertise in administrative support so that everyone can focus their time and energies on researching innovative solutions for cancer treatment.

Katie joined the ICR in 2021 as a PhD student. She previously obtained her Bsc at The University of Sheffield and went on to work as a medicinal chemist at Redx Pharma for a year. She is currently working on converting existing small molecule inhibitors into degraders by identifying structural features that can lead to target degradation.

Kim joined the ICR in September 2024 as a Postdoctoral Training Fellow. He completed a Master’s degree in medicinal chemistry at the University of Copenhagen under supervision of Prof. Anders Bach, where he worked on developing small-molecule protein-protein interaction inhibitors using fragment-based drug discovery. He then completed a PhD in chemistry at Imperial College London under supervision of Prof. Matthew Fuchter, where his studies regarded the development of photoswitchable inhibitors of various antiviral and anticancer targets using a fragment-based approach. He is currently working on the design and synthesis of small-molecule anticancer agents as part of the Cancer Grand Challenges PROTECT project.