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Chemosensors, Volume 10, Issue 9

September 2022 - 31 articles

Cover Story: Cellulose, the most abundant biobased polymer on earth, is considered the highest hallmark for green materials due to its inexhaustibility, lack of toxicity, biocompatibility, and renewability. Thanks to its unique nanoarchitecture, physicochemical properties, and ease on functionalization and formulation, cellulose stands out as a powerful alternative to replace petroleum-based polymers in the development of high-performance (bio)sensors, spanning from optical to electrochemical sensors. The fascinating properties of cellulose and cellulose derivatives are reviewed here, highlighting why this material is suitable to develop sensors and biosensors for detecting varied analytes and physical changes. View this paper

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7 Citations

2,506 Views

11 Pages

Ba-Modified ZnO Nanorods Loaded with Palladium for Highly Sensitive and Rapid Detection of Methane at Low Temperatures

Yijing Cai,
Shirui Luo,
Renjie Chen,
Junxia Yu and
Lan Xiang

Chemosensors2022, 10(9), 346;https://doi.org/10.3390/chemosensors10090346

23 August 2022

Exploring novel sensing materials to rapidly identify CH4 at low temperatures is crucial for various practical applications. Herein, a novel ZnO-xBa/Pd with Ba of cocatalyst loading from 0 to 2.0 wt% was facilely prepared using a two-step impregnatio...

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