Nature Communications
Nature Communications is a freely accessible journal that shares top-notch research across various disciplines in the natural sciences. The articles featured in this journal highlight significant breakthroughs that are valuable to experts in their respective areas.
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2 days ago |
nature.com | Jeff Tollefson
Mary Rice was among hundreds of scientists at Harvard University who watched helplessly as millions of dollars in research funds disappeared in an instant in mid-May. Two of the pulmonologist’s grants were formally cancelled as part of a series of punitive actions taken by the administration of US President Donald Trump against the university. Little justification was given to Rice aside from a statement that her research does not align with government priorities.
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2 days ago |
nature.com | M. Teresa Villanueva
Chimeric antigen receptor (CAR)-T cells have revolutionized the treatment of haematological malignancies. However, challenges — such as relapse owing to insufficient persistence of CAR-T cells — remain. Now, writing in Science Translational Medicine, Bailey et al. have demonstrated that knocking out the interferon-gamma (IFN-γ) receptor (IFN-γR) in CAR-T cells enhances their efficacy and persistence in models of haematological and solid tumours.
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3 days ago |
nature.com | Benjamin Thompson |Shamini Bundell
Download the Nature Podcast 25 June 2025We’d like to learn more about our listeners, please help us out by filling in this short survey. In this episode:00:45 Is AI-research being co-opted to keep track of people? A significant amount of research in the AI field of computer vision is being used to analyse humans in ways that support the development of surveillance technologies, according to new research.
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3 days ago |
nature.com | Vivien Marx
Some graduate students, postdoctoral fellows and senior researchers choose a special kind of science-focused summer.
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4 days ago |
nature.com | Chongzhao You |Shimeng Guo |Tianwei Zhang |Xinheng He |Youwei Xu |Yi Jiang | +1 more
AbstractMaintaining pH homeostasis is critical for cellular function across all living organisms. Proton-sensing G protein-coupled receptors (GPCRs), particularly GPR4, play a pivotal role in cellular responses to pH changes. Yet, the molecular mechanisms underlying their proton sensing and activation remain incompletely understood. Here we present high-resolution cryo-electron microscopy structures of GPR4 in complex with G proteins under physiological and acidic pH conditions.
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