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Established in 1845, University of Galway is one of the top 2% of universities in the world. We are a bilingual university, comprised of four colleges, 18 schools and five research institutes, with more than 19,000 students, including around 3,000 international students. Our commitment to sustainability is globally recognised, placing us 38th worldwide and in the Top 10 in Europe (THE). As a government SDG Champion and a leader in sustainability, we offer a learning environment that cares for you and our planet.
Bacterial infections remain a major global health challenge, requiring accurate and rapid diagnostic methods. Traditional detection techniques can be slow and cumbersome, often relying on lengthy culture times. Innovative approaches with high specificity and sensitivity are needed to improve detecti[…]
A customized, portable, on-site testing platform which utilizes LAMP technology, specifically enhanced by loop-primer endonuclease cleavage (LEC)–LAMP to address challenges such as Shiga toxin-producing Escherichia coli (STEC) and antimicrobial-resistant bacteria like CTX-M extended-spectrum beta-l[…]
This technology employs biochar as an adsorbent with two critical roles: providing a robust platform for methanotrophic biofilm growth and temporarily adsorbing methane to increase its availability to the bacteria. Key benefits include • Higher Yields: Enhanced methane contact increases the product[…]
Bacterial infections remain a major global health challenge, requiring accurate and rapid diagnostic methods. Traditional detection techniques can be slow and cumbersome, often relying on lengthy culture times. Innovative approaches with high specificity and sensitivity are needed to improve detecti[…]
A customized, portable, on-site testing platform which utilizes LAMP technology, specifically enhanced by loop-primer endonuclease cleavage (LEC)–LAMP to address challenges such as Shiga toxin-producing Escherichia coli (STEC) and antimicrobial-resistant bacteria like CTX-M extended-spectrum beta-l[…]
This technology employs biochar as an adsorbent with two critical roles: providing a robust platform for methanotrophic biofilm growth and temporarily adsorbing methane to increase its availability to the bacteria. Key benefits include • Higher Yields: Enhanced methane contact increases the product[…]