A brief look at the latest scientific discoveries and advancements focused on cutting-edge research from peer-reviewed journals.
Team created CRISPR-based tool to pinpoint genes the cancer turns off
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Findings underscore the importance of studying cancer cells within the context of their metabolic environment.
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Popular vitamin B3 derivatives may be doing more harm than good—helping cancer cells survive and resist treatment
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Findings support a broader strategy of targeting TB persisters with immunotherapy, rather than relying solely on antibiotics to eliminate actively ...
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Discovery provides a map of how stress reaches the brain’s decision making machinery
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Findings pave the way for further research on how viruses communicate and decide when to kill cells
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Approach advances single-cell analysis and extends its applicability to diverse tissues
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This next-generation therapy targets not just the tumor cells but also the surrounding niche
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Findings provide a deeper understanding of how immune signaling works under normal conditions
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New platform provides insights into the mechanisms that enable cancer clusters to survive in the bloodstream during the metastatic process.
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Findings could inform therapeutic strategies for chronic inflammation.
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Findings highlight an unexpected diversification of CRISPR systems in nature, demonstrating that some have evolved to control gene activity rather ...
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UCSF researchers map the way immune cells in the gut communicate with the brain after a parasitic worm infection.
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New tool brings together genetic information and insights from nearly 200 studies and 30 million cells
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Findings show that the vast majority of human glycosylation machinery genes trace back to two evolutionary periods.
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Discovery has the potential to improve patient outcomes around the world.
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