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Optimized Detection of Volatile Organic Compounds . . . - ACS Publications Optimized Detection of Volatile Organic Compounds Utilizing Durable and Selective Arrays of Tailored UiO-66‐X SURMOF Sensors Salih Okur,∥ Tawheed Hashem,∥Evgenia Bogdanova, Patrick Hodapp, Lars Heinke, Stefan Bräse, and Christof Wöll*
Antibiofouling Coatings For Marine Sensors: Progress . . . - ACS Publications ABSTRACT: The attachment of marine organisms, for example, bacteria, proteins, inorganic molecules, and more on a sea-submerged surface is a global concern for marine industries as it controls the surface for further marine growth Applications requiring the estimation of real-time information from oceanographic sensors conveyed for long-term deployment are vulnerable to biofouling Therefore
Table of Contents - ACS Publications The ACS provides additional guidelines and advice for designing an interesting ToC image; these guidelines are included here as pages 2 and 3 of this PDF The original link for the these guidelines is here:
Calibration-Free, Seconds-Resolved In Vivo Molecular . . . - ACS Publications ABSTRACT: Electrochemical aptamer-based (EAB) sensors are capable of measuring the concentrations of specific molecules in vivo, in real time, and with a few-second time resolution For their signal transduction mechanism, these sensors utilize a binding-induced conformational change in their target-recognizing, redox-reporter-modified aptamer to alter the rate of electron transfer between the
Fluorescence Sensing Technologies for Ophthalmic Diagnosis Fluorescence contact lens sensors, as one of the most effective techniques for biosensing and real-time monitoring, therefore, should be used to conduct more investigations in intermediate ophthalmological diagnosis and long-term database collection for hospitalization
Wearable Sensors - ACS Publications T his virtual issue of ACS Sensors on wearable sensing devices gives a taste of the current state of the art in this exciting field Papers selected from the period 2020−2022 showcase the interdisciplinary nature of wearable sensors, where engineering, materials chemistry, analytical chemistry, electrochemistry, applied spectroscopy, microfluidics, bioanal-ysis, physics, data science, and
The Present and Future of Gas Sensors - ACS Publications Solid-state gas sensors based on charge variation of the materials is the most promising candidate for IoT integration since they can be operated with low power consumption (below mV level) and integrated circuit (IC) integration Solid-sate gas sensors have been one of the most proli fic topics published in ACS Sensors over the last five years
A Reactive and Specific Sensor for Activity-Based . . . - ACS Publications ABSTRACT: The rapid fluctuations of metal ion levels in biological systems are faster than the time needed to map fluorinated sensors designed for the 19F-MRI of cations An attractive modular solution might come from the activity-based sensing approach Here, we propose a highly reactive but still ultimately specific synthetic fluorinated sensor for 19F-MRI mapping of labile Zn2+ The sensor