Can greener extraction make #SodiumAlginate safer for biomedical use?
This study introduces #ultrasonic–calcium precipitation to produce high-yield, low-contaminant alginate with good #biocompatibility and broad seaweed applicability.

Can greener extraction make #SodiumAlginate safer for biomedical use?
This study introduces #ultrasonic–calcium precipitation to produce high-yield, low-contaminant alginate with good #biocompatibility and broad seaweed applicability.
How can #WoodPolymerComposites withstand sudden impact without rapid cracking?
This study shows #WoodFibers enhance energy absorption and #crackgrowth resistance, with WPE8 showing strong performance under 10 J impact and a 9.20 mm crack length.#DamageTolerance
Efficient #CO2conversion needs catalysts that balance activity with durability.
This study develops high-entropy alloy/carbon #catalysts achieving >85% CO Faradaic efficiency, with Ag boosting stability and durability in #CO2reduction.
Localized drug delivery could improve how #chemotherapy reaches tumors.
This study develops porous PCL/PEG/PLA #scaffolds for #doxorubicin delivery, with polymer composition tuning drug loading and sustained release for up to 720 hours.
Balancing strength and vibration control is key in #3Dprinted composites.
This study found that #talc-reinforced #stereolithography resins increased stiffness & damping but reduced toughness, linking material flow behaviour to vibration performance.
#WearableSensors need conductivity, softness and reliability.
This review compares conductive #PolymerComposites for motion and biomechanical sensing, emphasizing task-specific designs, scalable processing and realistic biointerface testing.
How can #CFRP tubes withstand changing torsional loads?
Ply orientation and diameter strongly influence performance, with circumferential #fibers raising peak force by 17.2%, while larger tubes resist higher impact energy.
#OpenAccess in #ePolymers: doi.org/10.1515/epol...
#CompositeDesign
Can #FluorescentPolymers become sensitive metal ion sensors?
This study develops amino-terminated HBPSi with stable #AggregationInducedEmission properties and high sensitivity to Fe³⁺, enabling selective fluorescence-based detection.
Curcumin's therapeutic potential is limited by poor oral delivery.
This study develops ROS-responsive #nanoparticles that protect #curcumin and release it at inflamed sites, offering a promising strategy for #UlcerativeColitis treatment.
Can #LightweightComposites improve #stealth without sacrificing strength?
This study develops a graded #RPUF composite with GFRP and CFRP layers that delivers broadband microwave absorption across 8–18 GHz with excellent mechanical performance.