A brief look at the latest scientific discoveries and advancements focused on cutting-edge research from peer-reviewed journals.
Team believes this approach can be widely extrapolated to other tumors
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Study finds Vibrio natriegens could compete with Escherichia coli as an excellent chassis for low-cost and highly scalable synthetic biology
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Team believes findings could implicate the peripheral immune response in Alzheimer’s disease risk
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ReSisTrace leverages shared transcriptomic features of sister cells to predict the states priming treatment resistance
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Using LORAX-seq team confirms that backtracking represents a widespread form of gene regulation
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New computational tool aims to help improve patient stratification
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Findings offer potential therapeutic targets for inflammation
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By compensating for the loss of CDKL5, team hopes to stop symptoms of CDD from developing or getting worse
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In the past, time cells were thought to only remind you of events and time.
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Numerous pathways by which the gut microbiome may change the immune system were identified
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The team will now investigate if any of these epitopes could be promising targets for future TB vaccines and drug therapies.
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Findings suggest that manipulating this memory acquisition pathway has potential as a treatment for neurodegenerative diseases
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New approach accelerates and simplifies detection workflows
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Study sheds light on the mechanism through which viruses cause neuropathology
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Technique can be used to screen for anti-cancer or viral infections drugs, or to improve gene and cell-based immunotherapies.
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Study found that colonized patients can act as reservoirs for ongoing transmission
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