Chen, S.; Huang, Z.; Zhang, W.; Zhang, M.; Wang, Q.; Kang, W.*; Lei, S.*; Zhang, J.*
Microchemical Journal
(2026)
Vol. 224
pp. 117899
Quinine (QN) is widely used as a flavoring additive in tonic beverages, but excessive intake poses potential health risks, necessitating rapid and reliable on-site monitoring. Here, we report a smartphonebased, dual fluorescent–colorimetric aptasensor (FCApt) that enables quantification of QN within...
Zheng, T.; Li, X.-D.; Xiang, J.-Y.; Qin, Q.; Zhu, Z.-T.; Cheng, J.-H.; Zhang, X.; Yang, J.; Chen, H.-J.; Kang, W.-Y*.; Zhou, X.-M*.
Journal of Molecular Structure
(2026)
Vol. 1361
pp. 145696
Three pairs of intriguing triterpenoid enantiomers, named (-)-onocerin (1), (+)-onocerin (2), (-)-onocerin A (3), (+)-onocerin A (4), (-)-onocerin B (5), (+)-onocerin B (6), together with two biogenetically related triterpenoids, 3β,21α-dihydroxy-serrat-14-en-16-one (7) and serrat-14-ene-3β,21α-diol...
Usman, M.; Yuan, Y.; Kang, W.*; Tang, L.*
Tetrahedron
(2026)
Vol. 198
pp. 135355
A catalyst-free, visible light-mediated system for the construction of C–N bonds via N–H insertion is reported. The reaction is performed using N-tosylhydrazones and amines under blue LED light at ambient temperature, to produce N-alkylated compounds up to 99% yield. The procedure is applicable to a...
Wenyuan Kang ; Fei Xiao; Xi Zhu; Xinyu Ling; Shiyi Xie; Ruimiao Li; Peihang Yu; Linxin Cao; Chunyang Lei; Ye Qiu; Tao Liu; Zhou Nie
Angewandte Chemie
(2024)
Vol. 2024
pp. e202400599
Proteins capable of switching between distinct active states in response to biochemical cues are ideal for sensing and controlling biological processes. Activatable CRISPR-Cas systems are significant in precise genetic manipulation and sensitive molecular diagnostics, yet directly controlling Cas pr...
Wenyuan Kang, Lin Liu, Peihang Yu, Tianyi Zhang, Chunyang Lei*, Zhou Nie*
Biosensors and Bioelectronics
(2022)
Vol. 2022
pp. 114468
The efficient and robust signal reporting ability of CRISPR-Cas system exhibits huge value in biosensing, but its applicability for non-nucleic acid analyte detection relies on the coupling of additional recognition modules. To address this limitation, we described a switchable Cas12a and exploited ...