New Electrochemiluminescence Immunosensor Enables Ultrasensitive Detection of Nectin-4
A novel quenching-type electrochemiluminescence immunosensor achieves ultrasensitive detection of nectin-4 across a wide linear range with a low detection limit.
A novel quenching-type electrochemiluminescence immunosensor achieves ultrasensitive detection of nectin-4 across a wide linear range with a low detection limit.
An engineered E. coli biosensor built on the Pseudomonas putida ttg operon estimated biosynthetic resveratrol concentrations with 92.7 to 93.8 ...
A simulation study reports a five-layer SPR sensor design with a calculated sensitivity of 416.42 degrees per refractive index unit ...
A simulated MXene–graphene terahertz metasurface biosensor achieved a refractive index sensitivity of 1000 GHz per RIU and, with a 1D-CNN, ...
A gold nanoparticle-decorated MBene thin-film transistor array detected salivary microRNA-27a down to 3.2 femtomolar and distinguished a small preliminary cohort ...
A prototype drone carried a gold-nanoparticle lateral-flow sensor that detected dengue antigen at 0.91 micrograms per milliliter and supported QR-code-linked ...
Researchers have built a core-shell Ag@Au nanoparticle biosensor that pairs plasmonic sensing with smartphone-based machine learning to rapidly and selectively ...
A computational design study reports a compact photonic crystal nanocavity biosensor that detects refractive-index changes with extreme precision, offering a ...
Researchers used wearable biosensors during brief stair stepping tests to detect early inflammatory responses to influenza, with heart rate variability ...
A new review highlights how graphene-based electrochemical sensors, from three-electrode systems to field-effect transistors, are achieving record-breaking limits of detection ...
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© 2026 Scienmag - Science Magazine