Flame retardant BDE-209 targets molecularly linked to ulcerative colitis
The invisible chemicals woven into the fabric of our homes, our electronics, and even the dust we breathe are under fresh scrutiny after a groundbreaking...
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Ultra-high frequency particle impacts mimic rockbursts to shatter hard rock
A new rock-breaking technique that harnesses the devastating power of underground rockbursts could revolutionize mining, tunneling, and construction by shattering the hardest rock without explosives....
Kidney transplant outcomes in older adults studied by German researchers
The landscape of organ transplantation is undergoing a seismic demographic shift, one that challenges decades of clinical dogma and forces the medical community to confront...
Embodied cognition yields interpretable trajectory predictions for autonomous systems.
In the halting, uncertain rollout of autonomous machines into public life, there are few moments as perilous as the one where a car, a delivery...
Salmonella protein SopB curbs early inflammation to slow disease progression
A cunning molecular maneuver allows Salmonella to silence the gut’s early warning system, not by shutting down the genetic instructions for alarm signals but by...
Multi-metal cooperation drives lung cancer chemoresistance, reversed by MiADMSA
In the unending war against cancer, few adversaries have proven as stubbornly resilient as chemoresistance in lung malignancies. For decades, oncologists have watched with frustration...
Softness-driven cancer stem cells reprogrammed to defeat solid tumor resistance
The relentless adaptability of solid tumors has long confounded researchers, and nowhere is this more apparent than in the chimeric antigen receptor T cell therapies...
Massive antibody profiling now possible with scalable serolomics platform
In an era where the echoes of pandemics still reverberate through global public health systems, the ability to peer into the immunological memory of entire...
Optoelectronic tweezers may revolutionize single-cell research
In the race to unlock the intricacies of individual cells, a technology once confined to the realm of physics laboratories is now quietly transforming biomedicine....
Men in the US more often diagnosed with late-stage cancers than women
In a sweeping analysis of over 2.4 million cancer cases across the United States, researchers have uncovered a stark and persistent pattern: men are significantly...
Salt adaptation linked to higher disease risk, Mizzou study finds
Over generations, a small North American frog has learned how to survive in a world that’s getting increasingly saltier. But new research from the University...
Here are a few rewritten headlines for a science magazine post, each with a slightly different tone: Intriguing & poetic: How do organs sculpt themselves? Sea stars hold the secret Direct & research-focused: Sea stars reveal the hidden rules of organ formation Metaphorical & inviting: Tiny architects beneath the waves: What sea stars teach us about building organs Short & punchy: Star-shaped clues to how our organs take shape Question-led: Could a sea star show us how organs form? Elegant & feature-style: The body’s blueprint, glimpsed in a sea star’s arm
In the cool, plankton-rich waters of the North Atlantic, a microscopic drama unfolds that may finally unravel one of biology’s most enduring mysteries: how a...
Enzymes reveal homoharringtonine’s full plant pathway.
For decades, the elegant, spindle-shaped molecules of homoharringtonine have quietly waged war inside the bodies of patients with chronic myeloid leukemia. Harvested from the bark...
Tissue-resident Granzyme K+ CD8 T cells fuel Crohn’s
A rogue population of immune cells, long overlooked in the complex landscape of the human gut, has been unmasked as a primary arsonist in the...
Macrophage UPP1-mtROS-cGAS-NLRP3 Axis Drives Lung Cancer Metastasis
In the labyrinthine ecosystem of a growing tumor, not all cellular residents are sworn enemies. Macrophages, the immune system’s versatile janitors and sentinels, are notorious...