Engineered Polyurethane Foams Enable Tunable Copper Ion Release and Biodegradation
Researchers engineered bio-based polyurethane foams modified with eugenol and ferulic acid that improve copper ion desorption through structural cell wall ...
Researchers engineered bio-based polyurethane foams modified with eugenol and ferulic acid that improve copper ion desorption through structural cell wall ...
Researchers evaluated the long-term consolidation performance of polyurethane formulations on weathered sandstone relics from the Pingxiang Confucian Temple in Jiangxi, ...
A new review argues that bacteria living in groundwater, from brackish aquifers to hyperalkaline springs, may hold untapped enzymes capable ...
A new primer reports that Pseudomonas aeruginosa can substantially degrade bio-based polyesters such as polycaprolactone but only partially modifies recalcitrant ...
Researchers report a prelithiated polyurethane-LAGP composite electrolyte that reaches high room-temperature ionic conductivity and long cycling stability in laboratory solid-state ...
Braided electrospun PU/ALMA scaffolds carrying decellularized tendon ECM and umbilical cord stem cells showed stronger mechanics, slower degradation and better ...
A 3D-printed polyurethane-PVC scaffold maintained airway patency for 30 days in rabbits, though epithelial regeneration remained incomplete.
Researchers optimized an acid-catalyzed liquefaction process that converted sugarcane bagasse into bio-polyols with a 95.6 percent laboratory yield and properties ...
A Polish case study found 3 to 104 microplastic particles per 10 grams of long-jump sand, demonstrating that sandpits can ...
A landmark Swedish survey of 173 air samples across 16 environments reveals that isocyanic acid exposure is concentrated in industries ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine