Pages tagged with: microbiology
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![<p>Professor Mat Upton - pioneer photography</p>]()
Antibiotic resistance and the quest for discovery – Professor Mathew Upton
What's on at the University of Plymouth: The Inaugural Professorial Lecture of Professor Mathew Upton, medical microbiologist investigating antibiotic resistance. Wednesday 24 November 2021.
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![<p>Antibiotic resistant bacteria inside a biofilm, 3D illustration. Biofilm is a community of bacteria where they acquire antibiotic resistance and communicate with each other by quorum sensing molecules.</p><p>Image with ITSMed graphic inserted by Susie (Digital Marketing)<br><br></p><p><br></p>]()
Amprologix: developing the next generation of antibiotics
Amprologix is a University of Plymouth spinout company working with Ingenza Ltd to develop new antibiotics that will aid with battling antimicrobial resistance.
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![<p>Dr Tina Joshi</p>]()
Microbiologist nominated for ‘most innovative’ teacher of the year
Microbiologist Dr Tina Joshi, who has championed opportunities for students to gain valuable experience in areas such as research, external and media engagement, and learned societies, has been shortlisted for a THE Award.
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![<p>NERC Arctic research</p>]()
Project will examine impact of climate change in the Arctic
Micro-ARC, co-led by Dr Michael Cunliffe from the University of Plymouth and Professor Anja Engel of GEOMAR in Germany, aims to improve understanding of how short and long term environmental changes are affecting microbial ecosystems in the polar region
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![<p>Professor of Medical Microbiology Dr Mathew Upton</p>]()
University of Plymouth features in national report showcasing business and university collaboration
The University of Plymouth is highlighted in a national report showcasing the best collaborations between universities and businesses.
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![<p>Synechocystis Dark Field </p>]()
Research reveals a new survival strategy in key bacteria
New research from the School of Biomedical and Healthcare Sciences shows that cyanobacteria will not immediately shut down when deprived of nitrogen – instead ‘waiting’ until absolutely necessary to stop functioning.
