Unveiling Cognitive Benefits: Injecting blood factor mimics exercise impact on brain. Platelets’ protein aids aging neurons.
Latest in University Of Queensland
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BiodiversityConservationEarthEcologySciTech NewsUniversity Of Queensland
Unexpected Biodiversity Influence: Mammal Richness Extends Beyond the Limits of Parks
by Manuel Costaby Manuel CostaResearch shows large national parks boost mammal diversity in unprotected areas, underlining the importance of these parks in conservation strategies.
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AlgorithmBrainMedicineNeuroscienceSciTech NewsUniversity Of QueenslandVideo Games
Exciting New Advances in Neuroscience through Video Game Algorithms
by Manuel Costaby Manuel CostaResearchers use video game algorithms to analyze brain cell molecules, merging technology from gaming and microscopy for new neuroscience insights.
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AgingAnti-AgingCell BiologyDementiaMedicineParkinson's DiseaseSciTech NewsUniversity Of Queensland
Revealing the Key to Healthy Aging: Anti-Aging Role Found in Cell Protein
Researchers at the University of Queensland found that the ATFS-1 protein aids in cell longevity, potentially impacting aging and diseases …
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BacteriaSciTech NewsUniversity Of QueenslandVenom
Caterpillar Venom Traced Back to Bacterial Origins – A Potential Source of Lifesaving Drugs
Caterpillar venom traced back to ancient bacteria, offering potential for lifesaving drugs and cancer treatment. (160 characters)
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BiochemistryEvolutionEvolutionary BiologySciTech NewsUniversity Of Queensland
Survival Story: The Unlikely Amphibian That Defied Its “Apocalypse”
Discover how caecilians, a group of limbless amphibians, evolved extraordinary venom resistance to survive predation by venomous snakes.
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CryoEMMicroscopyPandemicSciTech NewsUniversity Of QueenslandVirus
Potential Future Pandemic: Recent Study Discloses Method by Which Animal-Borne Virus Infects Human Cells
Scientists decipher how the Langya virus, a disease passed from animals to humans, infiltrates human cells, highlighting a need for …
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BrainCOVID-19MedicineNeuroscienceSciTech NewsUniversity Of QueenslandVirology
COVID-19 Can Cause Brain Cells To Fuse – Leading to Chronic “Long COVID” Neurological Symptoms
Research reveals SARS-CoV-2 may cause brain cells to fuse, leading to enduring neurological symptoms in ‘long COVID’ patients.