Articles

  • Dec 4, 2024 | news.ubc.ca | Alex Walls

    Plastic pollution occurs in every ecosystem on the planet and lingers for decades. Could insects be part of the solution? Previous research found that insects can ingest and absorb pure, unrefined microplastics—but only under unrealistic, food-scarce situations. In a new Biology Letters paper, UBC zoologist Dr. Michelle Tseng and alumna Shim Gicole tested mealworms in a more realistic scenario, feeding them ground-up face masks—a common plastic product—mixed with bran, a tastier option.

  • Dec 2, 2024 | news.ubc.ca | Alex Walls

    Could the fungal apocalypse of The Last of Us have roots in reality? A new UBC study shows that climate warming can potentially make bacterial and fungal infections deadlier for cold-blooded animals like corals, insects, and fish, raising questions about the broader risks warming temperatures pose to ecosystems and biodiversity—and potentially humans. Zoologists Drs.

  • Oct 28, 2024 | sfu.ca | Alex Walls

    A genetic signature in newborns can predict neonatal sepsis before symptoms even start to show, according to a new study. The study, led by UBC and SFU researchers in collaboration with the Medical Research Council (MRC) Unit The Gambia, has the potential to help healthcare workers diagnose babies earlier, including in lower- and middle-income countries (LMICs) where neonatal sepsis is of particular concern.

  • Oct 25, 2024 | astrobiology.com | Anne Trafton |Alex Walls |Keith Cowing

    The discovery of a four-ring carbon molecule in a distant interstellar cloud may help to reveal how our own solar system formed. An asteroid has helped researchers discover the largest molecule ever detected by radioastronomy, and the third-largest identified in space. The discovery, published today in Science, provides further clues to an astrochemical mystery: Where does carbon, the building block of life, come from and go to in the universe, including in our own solar system?

  • Oct 24, 2024 | news.ubc.ca | Anne Trafton |Alex Walls

    An asteroid has helped researchers discover the largest molecule ever detected by radioastronomy, and the third-largest identified in space. The discovery, published today in Science, provides further clues to an astrochemical mystery: Where does carbon, the building block of life, come from and go to in the universe, including in our own solar system?

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