For PhD and postdoctoral opportunities, and interest in potential collaborations, please contact me at the above email address.
Research Interests
Bacterial natural products are our main subject of investigation.
We particularly interested in understanding and exploiting the regulatory mechanisms that control the production of bioactive molecules (e.g. antibiotics, agrochemicals, sunscreen agent) in actinobacteria. Our work is at the interface of chemistry and biology, it focuses on three directly related research themes:
Bacterial Transcriptional Regulators: We investigate the molecular mechanisms by which bacteria control the biosynthesis of natural products. With this aim in mind, we characterise (in vivo and in vitro) and exploit different families of transcription factors that regulate the expression of gene clusters that direct the assembly of these natural products.
Bioactive Natural Products: Our detailed understanding of such regulatory systems then opens the way to the discovery of new bioactive natural products from gene clusters which are typically silent in the laboratory environment. Indeed, we have been able to rationally inactivate specific transcriptional repressor genes and/or overexpress transcriptional activators to discover novel antibiotic-like molecules.
Biocatalysts: The structural diversity of such natural products relies on the activity of specialised/unique sets of enzymes able to assemble these complex structures. These proteins can be developed and exploited as biocatalysts for the manufacture of high value chemicals.
Research: Technical Summary
Professor, University of Warwick (2023 - present)
Reader, University of Warwick (2021 - 2023)
Associate Professor, University of Warwick (2015 - 2021)
Assistant Professor, University of Warwick (2013 - 2015)
Royal Society, University Research Fellowship (2010 - 2016)
Wellcome Trust, Value in People Research Fellowship (2009-2010)
Postdoctoral Researcher, University of Warwick (2004-2009)
PhD student in Chemical Biology, University of Exeter (2000 - 2004)
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Conditions of use agreement with University of Tubingen for bacterial strain
Universitat Tübingen
01 July 2021
30 June 2024
SIMBA: signal Propagation and Information in Microscale Biological Applications
EPSRC
01 May 2021
31 October 2023
BBSRC Mid-range Equipment ALERT 2021 Application - November 2021
BBSRC
01 August 2022
31 July 2023
Terahertz skinometer for improved cancer prevention and treatment
EPSRC
01 April 2019
31 December 2022
Early Career Fellowship costed extension for Dr Fabrizio Alberti (linked to Ideate 58035 Engineering a yeast cell factory for production of valuable meroterpenoids)
Leverhulme Trust
01 November 2021
31 January 2022
Combatting Antimicrobial Resistance Training Network
European Commission
01 January 2018
31 December 2021
Developing a Cell Free Transcription-Translation Engineering Platform for Natural Product Research. iCASE studentship with Syngenta under Synbio CDT
Syngenta Ltd
25 November 2018
24 November 2021
Engineering a yeast cell factory for production of valuable meroterpenoids. Early Career Fellowship for Dr Fabrizio Alberti
Leverhulme Trust
01 November 2018
31 October 2021
19 Alert mid-range Equipment Initiative: equipment to upgrade the 600 NMR console at the NMR facility.
BBSRC
01 November 2020
31 March 2021
Warwick Integrative Synthetic Biology Centre (WISB)
BBSRC
14 November 2014
31 May 2020
Novel inducible gene expression systems based on furan inducers and the MmfR transcriptional rerpessor
BBSRC
01 June 2015
30 April 2019
Genome mining of marine bacteria for novel bioactive natural products 2016 China NSFC Costshare
Royal Society
01 March 2017
30 March 2019
16ALERT: Mid-Range Equipment Initiative: A high sensitivity triple quadruple mass spectrometer coupled to an ultra-high pressure liquid chromatograph system for quantitative analysis
BBSRC
01 July 2017
30 June 2018
Discovery of antimicrobials active against Clostridium difficile from actinomycete gene clusters. MLSRF bursary for Dr Fabrizio Alberti
Medical and Life Sciences Research Fund
01 June 2017
30 November 2017
Developing World Scholarship for Attah Francis Alfred Unuagbe: Characterising and exploiting putative antimicrobial cyclotides from Rinorea dentata used in Nigerian ethnomedicine
Royal Society of Chemistry
01 October 2016
31 December 2016
Characterising and exploiting cyclotides from Nigerian ethnomedicinal plants
EPSRC
01 August 2016
01 December 2016
Establishing the potential of biosynthetic urea-synthetases as industrial biocatalysts
BBSRC
01 May 2016
31 October 2016
Exploiting microbial genomics and synthetic biology for discovery of novel antibiotics
BBSRC
01 September 2013
30 September 2016
New Chemical Keys to unlock microbial antibiotics- University Research Fellowship (supplement)
Royal Society
10 April 2014
30 September 2015
New Chemical Keys to unlock microbial antibiotics- URF (Supplemental)
Royal Society
22 February 2013
30 September 2015
New Chemical Keys to unlock microbial antibiotics- URF (Supplemental)
Royal Society
25 January 2012
30 September 2015
New Chemical Keys to unlock microbial antibiotics- University Research Fellowship
Royal Society
01 October 2010
30 September 2015
New Chemical Keys to unlock microbial antibiotics- University Research Fellowship
Royal Society
01 October 2010
30 September 2015
Co-crystallisation of transcriptional repressors and synthetic oligonucleotides
Royal Society
01 April 2012
31 March 2014
New Chemical Keys to unlock microbial antibiotics- URF (Supplemental)
Royal Society
21 November 2011
30 September 2012
International travel grant- Chemistry and Health
Royal Society
04 June 2011
10 June 2011
Elucidation of the Unusual Methylenomycin Biosynthetic Pathway in Streptomyces Coelicolor.
BBSRC
01 July 2006
30 June 2009
Chris is the Director of Postgraduate Research in the School of Life Sciences. He teaches on the following modules: Beyond Science: Collaborative Student-Led Challenges (CH169); Enzymology (LF208); Tools for Biochemical Discovery Laboratories (LF219); Advanced Chemical Biology (CH411).
I am happy to receive enquiries about Research projects in my group (at undergraduate, postgraduate or postdoctoral level), please contact me at the above email address.
Y3 UG projects are available to students who want to work in the field of bacterial natural products (e.g. antibiotics, agrochemicals, sunscreen agents), encompassing microbiology and analytical chemistry.