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News‘Hiding in plain sight’ - new bacteria discovered in DNA samples from prostate cancer patients
Researchers have discovered the genetic blueprints of 18 new bacterial species collected from prostate cancer patients. Most came from the mouth, including new types of Porphyromonas, which the team has previously linked to more aggressive prostate cancer, and Treponema.
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NewsHow plants unwittingly help fungal pathogens
Infecting a maize plant is no simple task for a fungal pathogen such as Ustilago maydis. A group of researchers has now uncovered how the fungus detects that it has successfully entered its host. This signal triggers changes in fungal growth.
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NewsCommon cold sore virus may reprogram the brain’s immune defenses
Researchers have discovered how herpes simplex virus type 1 (HSV-1), the virus that causes cold sores, can fundamentally change how the brain’s immune cells respond to infection, revealing a potentially important connection between viral infection, chronic inflammation and Alzheimer’s Disease.
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NewsStudy uses artificial intelligence to design potential antiviral compounds
Researchers have developed an artificial intelligence (AI)-guided strategy to discover molecules that inhibit deoxyhypusine synthase (DHPS), a human enzyme involved in eIF5A hypusination, a process that supports the replication of a broad range of viruses. The researchers experimentally tested AI-generated molecules.
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NewsCould plywood provide a better home for oil-degrading microbes?
The material used to support microbial biofilms could influence their potential role in treating water generated during oil production. Researchers examined whether different supporting materials affect the formation, abundance, and composition of biofilms inside a 14-hectare constructed wetland treating oil-produced water.
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NewsPlasmonic coating on bacterial surfaces paves the way for rapid sepsis diagnosis
Researchers have developed a label-free surface-enhanced Raman scattering (SERS) analysis technology that rapidly detects extremely low concentrations of viable bacteria by directly growing plasmonic metal nanostructures on and around bacterial cells.
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