Tesla-Inspired Microfluidic Chip Mixes Fluids and Feeds Three Test Chambers Evenly
Researchers in Portugal have developed a passive microfluidic multiplexer that mixes fluids at flow rate ratios up to 1:6 and ...
Researchers in Portugal have developed a passive microfluidic multiplexer that mixes fluids at flow rate ratios up to 1:6 and ...
Researchers have built a digital microfluidic platform in which AI-guided nanolitre droplets autonomously run, adapt and optimize colorimetric biochemical assays ...
Researchers have developed a disposable, flexible ITO-PET electrochemical immunosensor that detects the early kidney injury biomarker KIM-1 in urine with ...
A new review details how nanomaterials from MOFs to MXenes are pushing electrochemical sensors toward ultrasensitive applications in healthcare, environmental ...
An alloying-dealloying strategy creates nickel oxyhydroxide nanoneedles on carbon nanofiber and graphene quantum dot scaffolds, enabling a reusable micro-drop glucose ...
Researchers in India have built a room-temperature gas sensor from graphene quantum dots that detects lung cancer-related volatile organic compounds ...
South Korean engineers have developed a wireless induction-heating platform that lyses C. elegans cells and completes PCR amplification in about ...
A new lateral flow device preserves traumatic brain injury protein biomarkers from a fingerstick blood sample for up to 21 ...
Researchers have developed a one-pot RPA-CRISPR/Cas12a assay that visually detects monkeypox virus clade I within 40 minutes, achieving a 95 ...
A narrative review from Oman finds that 30 to 40 percent of pediatric antibiotic use is unnecessary worldwide and outlines ...
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© 2025 Scienmag - Science Magazine