Biological Chemistry and Drug Discovery (BCDD)
Improving our understanding of pathogen biology and transforming drug discovery for both infectious and non-infectious diseases; making the previously undruggable, druggable.
We target lethal and debilitating pathogens, address urgent unmet patient needs, and deliver new medicines; working in a multi-disciplinary, highly collaborative and well-resourced research environment. Delivery is enabled through technological innovation, research excellence, and partnerships with research and development organisations and pharmaceutical companies.
World-leading centres and teams
BCDD incorporates the following world-leading centres and teams:
- Centre for Anti-Infectives Research
A hub for innovation in neglected tropical disease drug discovery. - Drug Discovery Unit
Translates basic science into pre-clinical drug candidates. - Mode-of-Action group
Undertakes drug target deconvolution studies with anti-infective compounds. - Centre for Targeted Protein Degradation
Revolutionising drug discovery by making the previously undruggable, druggable.
Core strengths
Cross-cutting core strengths and innovation areas include:
- drug-resistance
- chemical biology
- glycobiology
- medicinal chemistry
- gene expression control mechanisms
- genetic manipulation
- high-throughput screening
- proteomics
- molecular interactions
- imaging
- informatics
Infectious diseases
Infectious diseases we target include:
- African trypanosomiasis
- leishmaniasis
- Chagas disease
- malaria
- cryptosporidiosis
- cryptococcosis
- schistosomiasis
- tuberculosis
Training and mentoring are embedded at all levels. Several highly successful spinouts and start-ups have attracted major investment.
- Tropical diseases [African trypanosomiasis, leishmaniasis, malaria]
- New approaches to drug discovery [Targeted protein degradation, Exscientia]
Head of Division
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Professor David Horn
Academic staff
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Professor Mahmood Ahmed
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Dr Beatriz Baragana
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Professor Alessio Ciulli
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Dr Laura Cleghorn
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Dr Peter Cossar
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Dr William Farnaby
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Professor Sir Michael Ferguson
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Professor Ian Gilbert
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Professor David Gray
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Professor Marcus Lee
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Dr Mattie Christine Pawlowic
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Professor Kevin Read
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Professor Ulrich Zachariae
Associates
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Dr Arthur Crossman
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Dr Melissa D'Ascenzio
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Dr Stephen Kelley
Key contacts
| Name | Role | |
|---|---|---|
| Jamie Curran | Lab Manager | [email protected] |
| Nancy Kirk and Fiona Ross | Lab Manager | [email protected] |
| Susan Ross | Senior Technical Support | [email protected] & [email protected] |
| PA to Prof Alessio Ciulli | [email protected] | |
| Secretary | [email protected] | |
| Aaron Hendry | Technician | [email protected] & [email protected] |
Publications
Stories
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Dundee academics elected Fellows of the RSE
Three University of Dundee academics are among the newest Fellows elected to the Royal Society of Edinburgh (RSE).
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Lifetime Achievement Award caps glory night for University
Professor Sir Mike Ferguson, one of Scotland’s pre-eminent scientists, was recognised for his outstanding research career when he received a Lifetime Achievement Award during a night of celebration for the University of Dundee.
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Decoding drug resistance mutations with gene editing
A scalable gene-editing approach developed by Life Sciences researchers reveals how deadly parasites can evade promising new treatments
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University identifies pre-clinical candidate in battle against tuberculosis
University of Dundee researchers have made a significant breakthrough in the global effort to combat tuberculosis.
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END2AMR launches to accelerate innovation against drug-resistant bacterial infections
END2AMR, a new Innovative Health Initiative (IHI)–funded public-private partnership bringing together academia, SMEs, and industry to accelerate innovation against antimicrobial resistance
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Startup company receives Government AI backing
A start-up company founded by a University of Dundee researcher has been announced as the delivery partner for a £1 million project for the UK Government’s Medicines and Healthcare products Regulatory Agency (MHRA).
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RNAs compete to make a coat for parasitic African trypanosomes
A team in the School of Life Sciences has shown that RNA transcripts from a large gene family compete with each other and that a single active winner emerges