News
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Why those sugar-free products damage your teethBuyer beware: new research shows sugar-free drinks and lollies are just as bad for your teeth as sugary products
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Academia and industry join forces against malariaProfessor Leann Tilley and Stanley Cheng Xie from the Bio21 Institute are joining with Takeda Pharmaceuticals in the fight against malarial drug resistance.
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Bio21 Groups Supported in Quest for Medical DiscoveriesNHMRC Project and Fellowship grants received by Bio21 researchers will ensure that important research into neurodegenerative diseases, radiopharmaceuticals, periodontitis, and the tropical diseases leishmaniasis and malaria will continue.
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Vibrant Research Culture Sows Seeds for DiscoveryBio21 research groups' ARC Discovery and LIEF grant success
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Hope for the future: biodiversity symposium tackles climate changeHope for the future: biodiversity symposium tackles climate change
Managing Victoria’s Biodiversity under Climate Change: 8-9 October, 2015 @ Bio21
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Bio21 Welcomes New Director Professor Michael ParkerThe Bio21 Molecular Science and Biotechnology Institute welcomes its new director, Professor Michael Parker.
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Advance Global Australia Award for Professor Karen DayProfessor Karen Day, distinguished malaria researcher and Dean of Science at the University of Melbourne, has won the 2015 Advance Global Australian Award in recognition of her international leadership in life sciences research and education.
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Application Date Extended - 2016 Bio21 Institute Wettenhall Establishment AwardDr Laura Vella was awarded the 2015 Bio21 Institute Wettenhall Establishment Award to establish her research into the roles vesicles play in neurodegenerative diseases.
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Molecular Mozzarella: What makes Mozzarella stretchy?Anita Pax is doing a PhD in Mozzarella; its properties and how this is reflected in its molecular structure as part of the ARC’s Dairy Innovation Hub at the Bio21 Institute.
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Media Release: Study supports the role of Ozone in Asthma and Respiratory DiseasesNew research conducted by scientists at the Universities of Melbourne and Wollongong and QUT has provided a first glimpse at how free radical damage might be initiated in the human lung upon exposure to the urban air pollutant ozone.
