Discover how graphene-silica composite biosensors are transforming the detection of Zika and dengue viruses with unprecedented speed and accuracy.
Explore how luminescent iridium(III) complexes and graphene oxide combine to create revolutionary biosensors for disease detection and environmental monitoring.
Explore how carbon-based sensing materials are revolutionizing disease detection and environmental monitoring through innovative technologies beyond graphene.
Discover how a revolutionary graphene-gold SPR immunosensor detects cancer biomarkers like EGFR at the earliest stages, transforming cancer diagnostics.
Discover how a novel graphene-based biosensor uses electrostatic functionalization to monitor lactate levels through sweat, revolutionizing health and fitness tracking.
Comprehensive comparison of graphene and carbon nanotubes for biosensing applications, including performance metrics, experimental data, and selection guidelines.
Discover how origami-paper-based graphene-modified aptasensors are transforming early cancer detection through innovative electrochemical biomarker analysis.
Explore the revolutionary world of de novo carbon nanomaterials like graphene and carbon nanotubes, their extraordinary properties, applications, and challenges in this comprehensive scientific article.
Explore the fascinating world of low-dimensional materials, their synthesis methods, unique properties, and groundbreaking research that is transforming materials science.
Explore how a revolutionary biosensor built from shrimp shells and graphene is transforming disease detection with faster, cheaper, and more accurate diagnoses.