Hydrogel– tag –
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From Baker’s Yeast to Bio-Buildings: Chalmers Unveils 3D-Printable Hydrogel for Sustainable Design
Global Construction Review スウェーデン Overview Engineers at Chalmers University of Technology have developed a novel 3D-printable, bio-based soft hydrogel, synthesizing it from baker's yeast, cellulose, alginate, glycerol, and water. T... -
Chemists Engineer Highly Elastic, Self-Healing Protein-Polymer Crystals that Expand 500% Volume, Promising Next-Gen Batteries and Sensors
Department of Energy USA Overview Scientists have created a novel material by chemically integrating protein crystals with polymer hydrogels, resulting in highly elastic and self-healing crystals. This material can expand to 180% of its ... -
Novel Composite Hydrogel Achieves Record-High 40 MPa Tensile Strength with 99%+ NIR-Triggered Self-Healing for Advanced Protective Gear
ACS Publications USA Overview Researchers have developed a rapidly self-healing composite hydrogel exhibiting exceptional impact resistance, achieving an ultrahigh tensile strength of 40 MPa, toughness of 177 MJ m–3, and puncture resista... -
Intelligent Biosensors for Diabetic Wound Monitoring: Advances in Nanozyme-Integrated Hydrogels and Multimodal Sensing
MDPI International Overview This review explores intelligent biosensors for diabetic wound monitoring, highlighting the integration of nanozymes directly into 3D hydrogel networks to modulate deep tissue microenvironments. This approach ... -
Molecularly Recognized Polymeric Soft Materials: Glucose-Responsive Hydrogels Enable Closed-Loop Insulin Delivery
Taylor & Francis Online International Overview This review reports advances in molecularly recognized polymeric soft materials, particularly glucose-responsive hydrogel systems. These hydrogels are fabricated into microneedle patches for... -
Cascade-Amplified Multidimensional Signal Integration Strategy Overcomes POCT Sensitivity-Accuracy Dilemma
Analytical Chemistry - ACS Publications International Overview A cascade-amplified multidimensional signal integration strategy using tetra-enzyme-mimicking Fe2O3/CoFe2O4 nanocubes has been proposed to overcome the sensitivity-accuracy d... -
Entropy-Controlled Nanocatalysis and Machine Learning Elevate Self-Powered Biosensing to Ultrasensitive Performance
Analytical Chemistry - ACS Publications International Overview To overcome the sensitivity-stability trade-off in self-powered biosensors, a novel sensing paradigm integrating entropy-driven DNA nanotechnology, ultrasmall platinum nanopa...
