A brief look at the latest scientific discoveries and advancements focused on cutting-edge research from peer-reviewed journals.
Team investigated the morphology, genome and proteome of this novel giant virus.
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Study provides insights into the role of the immune system: not only does it react to attacks, but it also maintains vigilance without causing ...
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Team hopes study leads to new treatment options
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LOCA-ULM method uses deep learning in the post processing pipeline of ULM
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Comprehensive map identifies where proteins are located and how they move and change in abundance within the cell during each phase of the cell cycle.
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Clinical trials in patients with brain tumors are the next step.
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New method allows simultaneous fluorescent labelling of many proteins
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Next, the team plans to dig deeper into the cellular biology behind addiction neuroscience to better characterize molecular pathways that could be ...
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Study represents an important step forward in understanding and potentially managing the complex aftermath of Lyme disease.
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Findings suggest there’s a need to develop more-specific, better-targeted treatments that could prevent the re-programming of macrophage cells in ...
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Method opens up new possibilities to track the precise structure of a protein moment-by-moment during its cycles of activity and rest.
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Findings could lead to a breakthrough in cardiovascular disease treatment
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Team finds that brain cells with Lewy bodies exhibit a specific gene expression pattern akin to a disease-related fingerprint.
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According to the team’s analyses, this plasmid is present in the intestines of more than 90 percent of individuals in industrialized countries.
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Finding could help lessen potential side effects in treatment for PD
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Findings indicate that mitochondrial function may be a mechanism for understanding how early social stress influences health in later life.
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