Publications by authors named "Enyi Wang"
[Advances in microbial whole-cell sensors for the detection of aromatic compounds].
Sheng Wu Gong Cheng Xue Bao
September 2024
The inherent stability and recalcitrance of benzene ring structures render aromatic compounds a major ecological concern and a substantial risk to human health. Hence, developing a facile and efficacious detection technique for aromatic compounds is essential. As our comprehension of aromatic compound characteristics deepens, microbial cell-based biosensors have emerged as increasingly popular tools in the detection of aromatic compounds.
View Article and Find Full Text PDFArticle Synopsis
- - A new bacterium, named LG-2, was found in sludge from a pesticide factory in China and is characterized as aerobic, non-motile, and spherical, thriving best at temperatures around 30°C and neutral pH.
- - Genetic analyses show that LG-2 shares a high sequence similarity with certain strains in specific bacterial genera and appears to form a distinct clade within its family, indicating it is a novel species.
- - The study details LG-2’s unique cellular and genomic features, such as its fatty acid composition, menaquinone type, and genome size, supporting its classification into a new genus and species.