Science Advances

Science Advances

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Science Advances is an open access journal from AAAS that publishes innovative original research across all disciplines of science freely to a global audience.

Introducing Science Advances, a digital open access journal from AAAS, the publisher of Science. Science Advances features well-executed, important research across the entire range of scholarly pursuits including computer, engineering, environmental, life, mathematical, physical, and social sciences. We rapidly publish high-quality research, focusing on work with the potential to make significant

07/14/2025

Follow Science to see the latest from the Science family of journals, including research in Science Advances.

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07/13/2025

Researchers have shown that the antidepressant effect of arketamine is more potent and longer lasting than esketamine in mice and have uncovered the role of microglial BDNF and the mPFC-NAc circuit in enhancing the drug’s effectiveness. https://scim.ag/3ImMWnb

07/12/2025

Researchers have developed a biohybrid microrobot based on picoeukaryotes, tiny planktonic organisms, that delivers drugs to the kidney in mice through autonomous navigation and deep tissue pe*******on. https://scim.ag/44jp906

07/11/2025

A new study in mice has identified AGRD1 as an effective drug target for preventing bone loss by administering agonist GL64, providing a potential treatment option for diseases such as osteoporosis. https://scim.ag/408aNx0

07/10/2025

Higher levels of prenatal and childhood lead exposure correlated with a higher rate of forgetfulness in 576 children in Mexico, according to new statistical analyses. https://scim.ag/40EqY5o

07/09/2025

New research examines the flight muscles of fruit flies whose sarcomeres remain largely unchanged during development.

Learn more in this week’s issue of Science Advances: https://scim.ag/40Huv2M

07/08/2025

By studying the properties of dehydrated leaves, researchers have developed an anti-wrinkling strategy that could be applied to artificial surfaces. https://scim.ag/4eOvvbz

07/07/2025

According to a new study, a type of nanodisc can disrupt bacterial membranes and lower the number of bacteria inside cells.

This finding may have applications in treating antibiotic-resistant bacterial infections. https://scim.ag/3I900wv

07/06/2025

New research strengthens the hypothesis that immune responses to central nervous system infections trigger amyloid-beta clumping. https://scim.ag/4exSirZ

07/06/2025

Young kids can recognize objects as quickly as adults—and faster than deep neural networks, according to new research involving 128 preschoolers. https://scim.ag/44E1OpX

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