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Survodutide Reduces Liver Fat, Fruit Fly Brain Maps Network, Octopus Arm Transforms Underwater Work, CRISPR Targets Mutant p53, and more...
Published 1 month, 1 week ago
Description
(0:10): Survodutide Shows Promise for Liver Fat Reduction in MASLD Trial, Achieves Key Endpoints
(3:03): First Complete Connectome of Adult Fruit Fly Unveils Brain-Body Neural Networks, Advancing AI and Robotics Research
(5:36): Octopus-Inspired Robotic Arm Revolutionizes Underwater Tasks with Sensory-Enhanced Suction Cups
(8:03): CRISPR Breakthrough: RNA-Guided Targeting of Mutant p53 Cancer Cells Shows Promise for Precision Medicine
(10:25): Global Consortium Unveils Groundbreaking Brain-Spine Neural Connectivity Study in Nature
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(3:03): First Complete Connectome of Adult Fruit Fly Unveils Brain-Body Neural Networks, Advancing AI and Robotics Research
(5:36): Octopus-Inspired Robotic Arm Revolutionizes Underwater Tasks with Sensory-Enhanced Suction Cups
(8:03): CRISPR Breakthrough: RNA-Guided Targeting of Mutant p53 Cancer Cells Shows Promise for Precision Medicine
(10:25): Global Consortium Unveils Groundbreaking Brain-Spine Neural Connectivity Study in Nature
To subscribe visit https://www.brief.news.
For more updates in your inbox each morning visit www.brief.news.
Image credit: EurekAlert!