A brief look at the latest scientific discoveries and advancements focused on cutting-edge research from peer-reviewed journals.
Method promises to overcome some of the shortcomings of current TIL based therapy
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In vitro testing platform offers a window into gut health and disease treatments
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Interventions in this mechanism could potentially improve the efficacy of these cellular cancer immunotherapies.
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Findings could provide a way to test therapeutic drug candidates without the use of animals
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One Health approach prioritizes finding out more about the role animals played in the spread of diseases in the past
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Study used novel mini placenta models to map the placental response to infections in early development.
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The next step is to characterize LTL dynamics in children indigenous to regions of high and low malaria endemicity
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Study used CEM to reveal how single-stranded foreign RNA is processed to be detected by TLR7
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More research into the cancer-like properties of atherosclerosis will lead to new treatment options for patients
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LC-MS-based approach enables plasma antibody repertoires to be studied at the protein level with molecular resolution
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New methodologies are needed to unravel complex disease-microbiome associations
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PD is the second-most common neurological disorder after Alzheimer’s
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Study exposes intron detention as a control mechanism.
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Enzymes sourced from mucin-degrading gut bacteria get around obstacle that has stood in the way of developing universal donor blood.
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Platform could improve and lower the cost of cell therapy, making cells easier to match and be accepted by a patient’s body.
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Study finds ion gradients across membranes form an information network for rapid cellular decision-making independent of DNA
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