71247-27-3Relevant articles and documents
Fluorescence detection of metabolic activity of the fatty acid beta oxidation pathway in living cells
Kamoda, Koichiro,Kawagoe, Ryosuke,Matsunaga, Naoya,Ohdo, Shigehiro,Ojida, Akio,Tsuruta, Akito,Uchinomiya, Shohei
supporting information, p. 3023 - 3026 (2020/03/18)
Detection of metabolic activity in living cells facilitates the understanding of the cell mechanism. Here, we report a fluorescent probe that can detect fatty acid beta oxidation (FAO) in living cells. This probe is metabolically degraded by the sequentia
Construction of a turn-on probe for fast detection of H2S in living cells based on a novel H2S trap group with an electron rich dye
Yang, Qian,Zhan, Fuxu,Wang, Qiufen,Zhuang, Zhiyuan,Zhang, Guangyou,Zheng, Gengxiu
, p. 106156 - 106160 (2015/12/26)
A turn-on probe (ANR) for fast detection of H2S is constructed based on a 2-(azidomethyl)-4-nitrobenzoate moiety as a trap group. This group is very effective for the design of H2S probes especially with electron rich dyes. The potential biological applications of ANR were proved by employing it for fluorescence imaging of H2S in living cells.
β-galactosidase fluorescence probe with improved cellular accumulation based on a spirocyclized rhodol scaffold
Kamiya, Mako,Asanuma, Daisuke,Kuranaga, Erina,Takeishi, Asuka,Sakabe, Masayo,Miura, Masayuki,Nagano, Tetsuo,Urano, Yasuteru
supporting information; experimental part, p. 12960 - 12963 (2011/10/05)
We identified a rhodol bearing a hydroxymethyl group (HMDER) as a suitable scaffold for designing fluorescence probes for various hydrolases. HMDER shows strong fluorescence at physiological pH, but phenolic O-alkylation of HMDER results in a strong prefe
