Analytical Applications of Liquid Phase Chemiluminescence Reactions — A Review

Abstract

This paper reviews the literature on analytical applications of quantitative liquid phase chemiluminescence (CL) from 1991 to mid-1995. Other relevant reviews in this general area are also cited to provide an historical perspective. The focus is on the two major analytical techniques used in conjunction with flow-through CL detection, namely flow injection (FI) and liquid chromatography (LC). Entries have been tabulated under these two headings and are categorized in terms of the analyte, CL reaction, sample matrix and limits of detection.

Determination of Hydrogen Peroxide in Abas abad River Water Based on Catalytice effect of TiO2 Nano Particle on Peroxy Oxalate Chemiluminescenc of Triaznyl Dye Derivative

“…In this type of chemiluminescence, the reaction between hydrogen peroxide and an activated derivative of oxalic acid can produce chemiluminescence in the presence of a fluorophore (Stigbrand et al, 1996). This reaction has successfully been used as a highly sensitive detection technique in several procedures developed for low level determinations of a wide variety of analytes including a range of different fluorophores (Bowie et al, 1996), fluorophore labeled amino acids as well as different quencher species (Nakamura et al, 2000).…”

Investigations on the synthesis and chemiluminescence of novel 2-coumaranones

“…ozone-induced chemiluminescence) and the detection and assay of biomolecules ("ELISA," "Western blots") and enzymes ("AMPPD"). Even ultra-weak chemiluminescence is a frequently used method for trace analyses due to high- [1][2][3][4] On the other hand, there is still a need for strongly emitting systems such as firefly luciferin and coelenterazine; both are important reagents for bioorganic analytics; however, their synthesis is very complex and expensive. Based on these facts, Lofthouse et al 5 developed a promising system in 1979 by using derivatives of 2-coumaranones (Scheme 1).…”

Determination of the Binding Parameters between Proteins and Luminol by Chemiluminescence Using Flow Injection Technique

“…Also this luminescent compound is used clinically in the treatment of alopecia [22], the promotion of blood clotting [23], and wound healing [24]. Due to its high quantum yield, the CL of luminol has been used in many laboratory applications, including environmental field of analyzing trace metals [25,26], food safety field [27], biological field of immunoassays, monitoring of metabolic pathways, and detection of free radicals [28]. Recently, the CL of luminol has been employed to study its interaction behavior with serum albumins [12,29].…”