Established in 2017, the Lea-Smith group has published high impact research on Cyanobacteria and other industrially relevant microbes.
A summary of what we do.
Environmental impact.
Using meta-based and lab analyses we interrogate how Cyanobacteria and other microorganisms affect the Earth. From their role in hydrocarbon production and degradation to impact in their communities and how they affect the oceans flora and fauna.
Machine learning.
From creating smart intuitive algorithms our team has been applying machine learning with Dr Dongda Zhang to optimise the production of industrially significant compounds in Cyanobacteria.
Genetic engineering.
The potential for Cyanobacteria to be used in industry is vast. We develop and improve tools for genetically engineering cyanobacteria and other microorganisms to produce valuable industrial compounds.
Biochemistry and physiology.
We are investigating uncharacterised metabolic pathways in cyanobacteria using a range of bioinformatics and genetic tools.
Photosynthesis and electron transport.
We are characterising photosynthetic and electron transport processes in cyanobacteria. Many of which are essential in algae and plants.
Outreach.
We do a range of activities including education to local students in biology and computer programming. Furthermore, we present our work at local and national science festivals.