Bacterial respiratory metabolism is highly adaptable and responsive to a changing environment. This versatility relies on the ability of the cell to employ a multitude of metalloproteins to harness energy from a variety of metabolic pathways. The global biogeochemical nitrogen cycle is essential to life and many processes are carried out by microbes, either to produce energy, or to capture bioavailable nitrogen for growth. My research group is part of the Molecular Microbiology theme and mainly focuses on investigating the role of proteins associated with the perception, trafficking, and transformation of nitrate, and nitrite, in denitrifying organisms.
We employ an interdisciplinary outlook and combine classical molecular genetics with biochemical and biophysical methods to study novel molecular enzymology and microbial physiology that underpin the nitrogen and iron cycles. As part of the Centre for Molecular and Structural Biochemistry (CMSB), we also use a range of techniques such as Electron Paramagnetic Resonance (EPR) spectroscopy and Protein Film Electrochemistry (PFE) to elucidate the redox properties and catalytic mechanism of metal-containing redox enzymes.
Recently, with Professor David Richardson and Dr Gary Rowley, we have extended our research interests to the study of, and development of mitigation strategies for, nitrous oxide production by nitrate-utilising microbes as part of the Nitrous Oxide Research Alliance (NORA). In addition, we have developed a strong international network of collaborators to study the regulation and biochemistry of nitrate-utilisation in diverse denitrifying bacteria and archaea.
Nitrous Oxide Research Alliance: http://nora.umb.no/
Click here for current PhD opportunities in Biological Sciences. But feel free to email me to discuss projects outside these areas and alternative sources of funding.
I am more than happy to explore funding opportunities, project ideas and mentor researchers wishing to visit our laboratory to undertake postdoctoral work or perform collaborative research. Possible funding routes include EU Marie Curie or Royal Society fellowships.
Also, I would be happy to develop RCUK grant applications in partnership with early career researchers who demonstrate exceptional promise and motivation, and have a keen interest in bacterial metabolism or metalloprotein biology.
BBSRC - Epigenetic control of nitrous oxide emission by denitrifying bacteria (BB/S008942/1)
PI: Andrew J Gates, Co-I: Zoë A E Waller, David J Richardson
01/10/2019 – 30/09/2022
£464,826
The Biochemical Society (Summer Vacation Studentship) - Making ends meet: novel forms of bacterial DNA ligases from Paracoccus denitrificans
PI: Richard P Bowater. CoI: Andrew J Gates
03/07/2017 – 28/08/2017
£1,600
European Union (Horizon 2020) - Bridging Structural Biology with Biological Synthesis and Self Assembly to Reveal Key Processes in Living Systems
PI: Richard P Bowater. CoI: Julea N Butt, Thomas A Clarke, Andrew J Gates, Christopher J Hamilton, Matthew I Hutchings, Nicholas E Le Brun, Gary Rowley, Mark Searcey, Zoë A E Waller
01/01/2016 - 31/12/2018
£58,088
Ministerio de Economia y Competitividad (Spanish Ministry) - Strategies for mitigating emissions of the greenhouse gas nitrous oxide from agricultural crops (AGL2013-45087-R)
PI: María J Delgado. CoI: Lars R Bakken, Emilio Bueno Romero, Elizabeth Baggs, Andrew J Gates, Germán Tortosa Muñoz, David J Richardson
30/09/2014 – 29/09/2018
£106,238
Royal Society - Investigating the role of cations in altering DNA conformation and gene expression in bacteria (RG140746)
PI: Andrew J Gates. CoI: Zoë A E Waller
16/03/2015 – 15/03/2016
£14,447
Ministerio de Economia y Competitividad (Spanish Ministry) - Haloarchaeal contribution to climate change: Innovative applications to waste water treatment and uses of biomass produced (CTM2013-43147-R)
PI: Rosa M Martinez-Espinosa. CoI: Lars R Bakken, Andrew J Gates, Julia M Esclapez-Espliego, David J Richardson, Vanesa B Saiz, Jörg Simon
30/09/2014 – 29/09/2018
£81,630
John and Pamela Salter Charitable Trust - Investigating control of bacterial nitrate and nitrous oxide metabolism by DNA secondary structures
PI: Andrew J Gates. CoI: Zoë A E Waller
01/10/2014 – 30/09/2015
£1,889
BBSRC (New Investigator) - Investigating widespread regulation of nitrogen assimilation at the level of RNA in bacteria (BB/M00256X/1)
PI: Andrew J Gates
01/09/2014 - 31/08/2017
£399,571
Royal Society (International Exchanges Scheme) - A new integrated system for nitrate assimilation and nitric oxide detoxification (IE140222)
01/09/2014 - 31/08/2017
PI: Andrew J Gates. CoI: María J Delgado
£10,800
BBSRC - The molecular interface of microbe-mineral electron transfer (BB/L023733/1)
PI: David J Richardson. CoI: Julea N Butt, Thomas A Clarke, Marcus J Edwards, Andrew J Gates
30/09/2014 - 29/09/2017
£355,043
BBSRC - The regulation of bacterial nitrous oxide reduction (BB/L022796/1)
PI: Gary Rowley. CoI: Andrew J Gates, Nicolas E Le Brun, David J Richardson, Matthew J Sullivan
20/08/2014 - 19/08/2017
£443,401
BBSRC (Follow-on Fund Pathfinder Scheme) – Proposal Ref. BB/FOF/PF/22/13
PI: David J Richardson. CoI: Andrew J Gates
01/11/2013 - 30/04/2014
£6,312
The Big C Appeal - Student Bursary (SB13-04)
PI: Zoë A E Waller. CoI: Richard P Bowater, Andrew J Gates
29/07/2013 – 20/09/2013
£1,400
European Union (Marie Curie ITN, Framework 7) - The Nitrous Oxide Research Alliance Training Network (316472, FP7-PEOPLE-2012-ITN)
PI: Åsa H Frostegård. CoI: Andrew J Gates, David J Richardson, Gary Rowley (and other EU partners)
01/01/2013 – 31/12/2016
£1,959,457 (Institutional award £237,647)
UEA Proof of Concept Innovation Fund - Proposal Ref. i295
PI: Andrew J Gates
19/07/2012 – 31/12/2013
£24,976
Group Members:
Extended Group Members:
Former Group Members:
ID: 26064