A brief look at the latest scientific discoveries and advancements focused on cutting-edge research from peer-reviewed journals.
The promoter editing system could be used to fine-tune gene therapy or to more efficiently reprogram cells for therapeutic use.
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New model sheds light on how blood cells naturally form during human embryogenesis
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Findings suggest chemo brain could result from poor lymphatic-system drainage in response to chemotherapy
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GoT-Multi can help answer important questions about how cancers evolve.
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New tool studies both DNA and RNA simultaneously.
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Newly designed proteins have autonomous decision-making capabilities
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After menopause, women develop more inflammatory types of white blood cells, which are less effective at clearing bacteria.
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New tool can measure the genetic consequences of certain lifestyle factors to better understand why and how they cause cancer.
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Work offers new insights into the pathogenesis of keloids and opens the door to novel diagnostic and therapeutic strategies
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New approach could lead to many discoveries about how innate immunity affects cancer development and progression.
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Study shows that nontraditional approaches like connecting with animals can be beneficial.
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Team applies physics-based machine learning algorithm applied to biomolecule design
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Synthesized protein can inhibit the formation of ice crystals at sub-zero temperatures without toxicity of chemical antifreeze
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Findings open new avenues for research on aging and cancers.
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Understanding and cataloging the differences that emerge when different types of producer cells are used is critical.
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Findings offer new insights for future research into ciliary biology, disease mechanisms and potential therapies.
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