Hydrogel– tag –
-
4D Printing and Smart Hydrogels Revolutionize Regenerative Wound Therapy: Vascularized Scaffolds Enable Precision Drug Delivery
Polymers (PMC) Global Overview New paradigms are emerging in precision drug delivery and regenerative wound therapy, spanning from smart hydrogel design to 4D-printed scaffolds. Advances in 3D bioprinting now enable the fabrication of va... -
FBS-Free Glioblastoma Models: A Leap Forward for Reproducibility and Ethical Drug Discovery
MDPI Academic paper Overview A new study successfully evaluates fetal bovine serum (FBS) alternatives for glioblastoma cell culture in advanced biomaterial-based 2D and 3D tumor models, addressing critical ethical and standardization con... -
UC San Diego Unveils World’s First Fully Integrated Smart Ring for Simultaneous, Continuous Sweat-Based Tracking of Multiple Biomarkers Including Glucose, Ketones, and Vitamin C
UC San Diego Today USA Overview Engineers at UC San Diego have unveiled the world's first fully integrated smart ring capable of simultaneously and continuously tracking multiple biomarkers from sweat, including glucose, ketones, vitamin... -
Chitosan Hydrogel and Carboxylated Carbon Nanotubes Integrate to Create Highly Stable, Sensitive Red Blood Cell Biosensors for Organophosphate Pesticide Detection
Mirage News International Overview Researchers have developed a novel bio-based strategy using chitosan hydrogel to significantly enhance the stability and selectivity of red blood cell membranes in biosensors. By integrating carboxylate... -
Select Science Introduces Gri3D® Hydrogel Microcavity Plates: Achieving High Reproducibility and Scalability in Standardized Organoid Culture
Select Science UK Overview Select Science has highlighted the Gri3D® Hydrogel Microcavity Plates, which dramatically improve the reproducibility and scalability of organoid culture. This system utilizes PEG-based hydrogel microcavities t... -
Elastic Substrates and Nanomaterials Enable Seamless Bio-Interfaces: Wearable and Implantable Sensors Revolutionize Continuous Physiological Monitoring
ResearchGate Germany Overview Advances in skin-attachable and implantable sensor technologies are dramatically transforming continuous physiological monitoring, driven by innovative interface architectures like elastic substrates, functi... -
Ossiform Explores the Nuances of 3D Cell Culture: Structural Scaffolds and Hydrogels for Advanced Microphysiological Systems
Ossiform Denmark Overview Ossiform has conducted an in-depth analysis of porous structural scaffolds and elastic synthetic hydrogels, highlighting their distinct strengths and weaknesses as 3D cell culture platforms for microphysiologica... -
PepGel Partners with NIH to Accelerate Shift from Animal Models with Human-Based 3D Cell Culture
PepGel USA Overview PepGel is advancing the transition to human-based 3D cell culture models, aligning with the NIH's new Office of Research Innovation, Validation, and Application (ORIVA). Their synthetic hydrogels, such as PGmatrix™, p... -
ACS Study: Novel Laminin-511 Inspired 3D Zwitterionic Hydrogel (PCB-LN511) Significantly Outperforms Matrigel in hPSC Culture
ACS Publications USA Overview A groundbreaking study published in ACS Publications reports the development of a novel 3D zwitterionic hydrogel, PCB-LN511, inspired by Laminin-511, for human pluripotent stem cell (hPSC) culture. This inno... -
Nanomaterial Enhancements Dramatically Boost Hydrogel Sensor Performance, Achieving 93% Accuracy in Wearable pH Meter
MDPI (Polymers) Switzerland Overview A recent review reports significant advancements in hydrogel-based sensors, with electrical, mechanical, and sensing performances dramatically improved through the incorporation of nanomaterials like ...
