Nature Materials
Nature Materials is a scientific journal that undergoes peer review and is published by Nature Publishing Group. It first appeared in September 2002. The journal was initiated and is currently led by chief editor Vincent Dusastre.
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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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3 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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