Aug 2026· Analytical and Bioanalytical Chemistry· 0 citations· 96 references
Medicine
TL;DR
A matrix-oriented framework for assessing the translational potential of nanomaterial-enabled anti-doping sensors is defined, linking material design, sensing format, matrix-specific validation, and practical deployment requirements.
Colorimetric biosensors offer the advantages of being simple, low cost, portable and the response being visually interpretable, and have thus become potential platforms for rapid, biological detection without the need for complex laboratory instrumentation. In this review, recent progress in colorimetric biosensing is...
Andela Indira Raghunand· International Journal of Inn...· 0 citations
Therapeutic sedatives, including benzodiazepines, barbiturates, and Z-drugs, are widely prescribed for anxiety, insomnia, and related disorders but are associated with dependence, overdose, and abuse, creating a need for rapid and selective monitoring. Conventional analytical techniques provide high accuracy but remain...
H. Kumar, Tileshwar Sahare, Abhijeet Joshi· Critical reviews in analytic...· 0 citations
Nanomaterial-enhanced analytical methods have emerged as transformative platforms in forensic science, addressing critical sensitivity, selectivity, and operational limitations of conventional techniques across trace evidence, toxicology, biological fluid analysis, and nucleic acid profiling. Gold nanoparticles, quantu...
P. Polu· Critical reviews in analytic...· 0 citations
Solid-state nanopore and nanochannel platforms are versatile label-free biosensors that convert biomolecular transport or binding into ionic current signals. This review organizes recent disease-diagnostic applications around a central design chain. Biomarker properties, including size, charge, conformation, abundance,...
This mini‐review summarizes recent advances in SPE‐based electrochemical biosensors, focusing on fabrication strategies, surface modification approaches, and emerging biomedical applications, and highlights opportunities for advancing next‐generation portable and wearable biosensing platforms.
Zhi-Qi Li, Lu Zhang, Yuan-Kai Chen et al.· Analysis & Sensing· 0 citations
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