Bisphenols May Disrupt Iron Balance and Accelerate Fatty Liver Disease
A review proposes that bisphenols may accelerate MASLD by disrupting hepcidin-controlled iron balance, oxidative defenses and gut–liver signaling.
Sloane Callahan is a Scienmag editorial specialist profile for Climate Mitigation coverage.
A review proposes that bisphenols may accelerate MASLD by disrupting hepcidin-controlled iron balance, oxidative defenses and gut–liver signaling.
Researchers propose a material-flow framework that stress-tests circular-economy policies across broad plausible conditions instead of relying on uncertain probability estimates.
A new electrochemical system could turn one of industry’s most troublesome waste streams into two valuable products: industrial-grade sodium formate...
Mediterranean olive growers have been handed a counterintuitive climate lesson: a cover crop that sharply reduces runoff in wetter conditions...
As heatwaves become more frequent, longer-lasting and more intense, cities around the world are turning to a deceptively simple tool:...
A new study of carbon-utilizing mineralization technologies in Canada suggests that the next breakthrough in cutting industrial emissions may depend...
A sustainability message on a food package can quietly alter how healthy the product appears, according to a systematic review...
Pharmaceutical residues that survive wastewater treatment may affect aquatic animals in ways that standard toxicity tests fail to detect, according...
An El Niño event of historic proportions is taking shape in the tropical Pacific, bringing unusually warm ocean conditions and...
Could Falling in Love With Food Help Save the Planet? What if the next major shift in sustainable eating does...
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© 2025 Scienmag - Science Magazine