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Tony Gutierrez

Dr. Tony Gutierrez

Heriot-Watt University

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Tony Gutierrez is Associate Professor of Environmental Microbiology and Biotechnology at Heriot-Watt University, Edinburgh, Scotland. The main research theme of the Gutierrez lab is on the identification, characterization, response, ecology, and biotechnology of marine microorganisms. One major focus of the lab is on oil-degrading bacteria. These organisms play a key role in the ocean by breaking down petrochemical contaminants, such as during an oil spill. We have published lots of research on the microbial response to the Deepwater Horizon oil spill, and our research also focuses on the microbiology of sea surface and deepwater provinces, such as in the North East Atlantic where oil exploration is expanding. We are also bio-prospecting marine microorganisms for the discovery of novel types of bio-molecules, such as surface-active agents (bio-surfactants and bio-emulsifiers) for biotechnological applications. We use conventional and sophisticated microbiological and molecular approaches (e.g., DNA stable-isotope probing, CARD-FISH, and next-generation sequencing). Our aim is to discover and seek an enhanced level of understanding on the resilience of the marine environment to cope with the impacts of fossil fuel contamination and to use this information to combat future oil spills at sea and exploit the biotechnological potential of marine microbes.

Research Keywords & Expertise

Biopolymers
Deepwater
Microbiology
Surfactants
marine bacteria

Fingerprints

54%
Hydrocarbon degradation
25%
Deepwater
22%
Hydrocarbonoclastic bacteria
19%
Biosurfactants
16%
microalgae
11%
Surfactants

Short Biography

Tony Gutierrez is Associate Professor of Environmental Microbiology and Biotechnology at Heriot-Watt University, Edinburgh, Scotland. The main research theme of the Gutierrez lab is on the identification, characterization, response, ecology, and biotechnology of marine microorganisms. One major focus of the lab is on oil-degrading bacteria. These organisms play a key role in the ocean by breaking down petrochemical contaminants, such as during an oil spill. We have published lots of research on the microbial response to the Deepwater Horizon oil spill, and our research also focuses on the microbiology of sea surface and deepwater provinces, such as in the North East Atlantic where oil exploration is expanding. We are also bio-prospecting marine microorganisms for the discovery of novel types of bio-molecules, such as surface-active agents (bio-surfactants and bio-emulsifiers) for biotechnological applications. We use conventional and sophisticated microbiological and molecular approaches (e.g., DNA stable-isotope probing, CARD-FISH, and next-generation sequencing). Our aim is to discover and seek an enhanced level of understanding on the resilience of the marine environment to cope with the impacts of fossil fuel contamination and to use this information to combat future oil spills at sea and exploit the biotechnological potential of marine microbes.