Synthesis of a Far Red Absorbing Thiobarbituric Acid Oxonol Derivative as a Fluorescent Probe for Biological Applications
摘要:
A water-soluble oxonol dye containing a reactive hydroxysuccinimidyl ester suitable for reaction with biomolecules has been prepared This fluorescent compound has lambda(max)(abs) 631nm,epsilon(abs) 147,000M(-1) cm(-1), lambda(max)(em) 659 nm, and quantum yield 0.30.
Synthesis of a Far Red Absorbing Thiobarbituric Acid Oxonol Derivative as a Fluorescent Probe for Biological Applications
摘要:
A water-soluble oxonol dye containing a reactive hydroxysuccinimidyl ester suitable for reaction with biomolecules has been prepared This fluorescent compound has lambda(max)(abs) 631nm,epsilon(abs) 147,000M(-1) cm(-1), lambda(max)(em) 659 nm, and quantum yield 0.30.
Synthesis of a Far Red Absorbing Thiobarbituric Acid Oxonol Derivative as a Fluorescent Probe for Biological Applications
作者:Leslie W. Deady、Andrew B. Hughes、Nectarios Klonis、Nurul H. Quazi、Leann M. Tilley
DOI:10.1081/scc-120026856
日期:2003.12.31
A water-soluble oxonol dye containing a reactive hydroxysuccinimidyl ester suitable for reaction with biomolecules has been prepared This fluorescent compound has lambda(max)(abs) 631nm,epsilon(abs) 147,000M(-1) cm(-1), lambda(max)(em) 659 nm, and quantum yield 0.30.