Herein, a novel microfluidic sensor with a small size and low dialysis fluid consumption is
designed for continuous insulin measurement. The sensor is based on core–shell …

Owing to advantages of miniaturization, convenient integration, flexibility, and real-time
monitoring, wearable smartsensors have received numerous attention and greatly …

Excess free copper in serum has been identified to induce neurodegenerative diseases
such as Alzheimer's disease, thus it is very important to determine copper (II) ions (Cu 2+) …

An organic molecule-based sensor 4-((4-(dimethylamino) phenyl) diazenyl)-N-(quinolin-8-
yl) benzenesulfonamide (MASP) able to detect multiple analytes such as moisture, warfare …

In this work, a gold nanobipyramid@ Ag nanorod (AuNBP@ Ag NR)-based sensor platform
was developed for the quantitative, visual, and sensitive detection of Cr 3+ ions in aqueous …

In the present work, we report green synthesized unmodified silver nanoparticles from
Moringa oleifera's bark extract (AgNP-MO) as multifunctional sensor for hazardous Cu (II) …

Multi-modal detection of analytes using plasmonic nanoprobes has inspired intensive
interests due to its remarkable structure features and optical functions. In this study, we have …

Cu (II) ion has potential roles in a lot of living metabolisms that its detection and removal are
extremely important for flagship branches of science. In this paper, fluorescent and easy …

A novel magnetic fluorescent nanoprobe (Fe3O4@ ZnS@ MPS (MFNPs)) was synthesized,
which recognized and cooperated with Ag+ ions, and a rapid method for detecting Ag+ was …

Last decade has seen a growing trend toward smartphone-based biochemical sensing
systems. Meanwhile, flexible electrochemical sensing devices like wristbands, patches, and …