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• W4312220684 endingPage "105193" @default.
• W4312220684 startingPage "105193" @default.
• W4312220684 abstract "Pesticides are widely used in agricultural and non-agricultural sectors posing, risks to human health as well as the ecological system. Therefore, inexpensive and convenient detection methods are required to detect pesticides in biological samples. The demand for fluorescent-based nano-sensor has proved to be a rapid along with reliable method for quantification of pesticides and gaining attention in various fields including chemo-sensors, biosensors, bioimaging, and so on. It has been considered a promising and effective tool in monitoring harmful and small analytes and possessing unique selectivity, high sensitivity, low cost and ecofriendly. Several optical sensing methodologies have been employed for the detection, such as nanoparticles, quantum dots, carbon dots, metal nanoparticles. In addition, nanoparticles based aptasensors, antibodies, aggregation induced emission, metal organic frameworks, ratiometric fluorescence nanoprobe, photoluminescence metal-organic frameworks, fluorescent molecular imprinted polymers, paper-based analytical device, electrochemiluminescence sensors, and fluorescent probe based on Cucurbit[n]urils have emerged as the new class of fluorescent materials with great potential in the field of optical sensing. This review gives a brief description of types of pesticides, strategies for detecting the pesticides, properties, advantages and disadvantages, and discussed some references to enhance the ability and usability of the fluorescent based nanosensors." @default.
• W4312220684 created "2023-01-04" @default.
• W4312220684 creator A5013942259 @default.
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• W4312220684 date "2023-03-01" @default.
• W4312220684 modified "2023-10-16" @default.
• W4312220684 title "Recent advancement in fluorescent materials for optical sensing of pesticides" @default.
• W4312220684 cites W1154074010 @default.
• W4312220684 cites W1201471024 @default.
• W4312220684 cites W1768188085 @default.
• W4312220684 cites W1776309320 @default.
• W4312220684 cites W1930590468 @default.
• W4312220684 cites W1963960623 @default.
• W4312220684 cites W1970950866 @default.
• W4312220684 cites W1972437767 @default.
• W4312220684 cites W1973595061 @default.
• W4312220684 cites W1977226974 @default.
• W4312220684 cites W1978202984 @default.
• W4312220684 cites W1979893876 @default.
• W4312220684 cites W1980221835 @default.
• W4312220684 cites W1986936685 @default.
• W4312220684 cites W1992611878 @default.
• W4312220684 cites W1996139192 @default.
• W4312220684 cites W1996337352 @default.
• W4312220684 cites W1999385333 @default.
• W4312220684 cites W2010912541 @default.
• W4312220684 cites W2019187680 @default.
• W4312220684 cites W2021601216 @default.
• W4312220684 cites W2025996219 @default.
• W4312220684 cites W2026749775 @default.
• W4312220684 cites W2032185182 @default.
• W4312220684 cites W2035863874 @default.
• W4312220684 cites W2038724532 @default.
• W4312220684 cites W2041066175 @default.
• W4312220684 cites W2049366238 @default.
• W4312220684 cites W2051287814 @default.
• W4312220684 cites W2051942562 @default.
• W4312220684 cites W2056127214 @default.
• W4312220684 cites W2058847506 @default.
• W4312220684 cites W2064325362 @default.
• W4312220684 cites W2071680597 @default.
• W4312220684 cites W2072079539 @default.
• W4312220684 cites W2081177738 @default.
• W4312220684 cites W2081857625 @default.
• W4312220684 cites W2087619426 @default.
• W4312220684 cites W2088897047 @default.
• W4312220684 cites W2089233764 @default.
• W4312220684 cites W2089914084 @default.
• W4312220684 cites W2093528480 @default.
• W4312220684 cites W2096766884 @default.
• W4312220684 cites W2097135717 @default.
• W4312220684 cites W2099305033 @default.
• W4312220684 cites W2108827337 @default.
• W4312220684 cites W2118253803 @default.
• W4312220684 cites W2148024287 @default.
• W4312220684 cites W2169756563 @default.
• W4312220684 cites W2194947670 @default.
• W4312220684 cites W2261332841 @default.
• W4312220684 cites W2263234718 @default.
• W4312220684 cites W2272777494 @default.
• W4312220684 cites W2294844184 @default.
• W4312220684 cites W2309969137 @default.
• W4312220684 cites W2318207908 @default.
• W4312220684 cites W2320826395 @default.
• W4312220684 cites W2329113832 @default.
• W4312220684 cites W2330703490 @default.
• W4312220684 cites W2334329259 @default.
• W4312220684 cites W2342031160 @default.
• W4312220684 cites W2343535183 @default.
• W4312220684 cites W2345588031 @default.
• W4312220684 cites W2406354526 @default.
• W4312220684 cites W2407315777 @default.
• W4312220684 cites W2413782578 @default.
• W4312220684 cites W2468075112 @default.
• W4312220684 cites W2470452906 @default.
• W4312220684 cites W2471182454 @default.
• W4312220684 cites W2528347222 @default.
• W4312220684 cites W2534379200 @default.
• W4312220684 cites W2546926249 @default.
• W4312220684 cites W2548241674 @default.
• W4312220684 cites W2550152884 @default.
• W4312220684 cites W2555955413 @default.
• W4312220684 cites W2561174158 @default.
• W4312220684 cites W2564607315 @default.
• W4312220684 cites W2566437307 @default.
• W4312220684 cites W2566863034 @default.
• W4312220684 cites W2569769025 @default.
• W4312220684 cites W2585558957 @default.
• W4312220684 cites W2590630518 @default.
• W4312220684 cites W2608648194 @default.
• W4312220684 cites W2618776145 @default.
• W4312220684 cites W2737849601 @default.
• W4312220684 cites W2739579980 @default.
• W4312220684 cites W2754553393 @default.
• W4312220684 cites W2754888728 @default.

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