Faculty Advisor or Committee Member
W. Grant McGimpsey, Advisor
The drawbacks of nonactin, the current commercial standard receptor for ammonium ion necessitate the development of new ammonium ionophores. We have designed and attempted to synthesize fluoroionophores, I- III. Molecular modeling of I suggests superior selectivity over that of nonactin. III was synthesized as a selective ionophore for optical detection of ammonium ion. The synthetic strategies for III are two-fold: solid phase and solution phase. Solution phase synthesis was performed with two different protecting groups (t-butyl ester and benzyl ester). A methyl-amino substituted anthracene molecule will be covalently coupled to the secondary amine group to provide an optical signaling moiety that operates on the basis of an“off-on" fluorescence emission mechanism. Compound IV was also synthesized in order to provide a sample reaction for the covalent coupling of the chromophore and to provide a fast route to an ammonium fluoroionophore.
Worcester Polytechnic Institute
Chemistry & Biochemistry
All authors have granted to WPI a nonexclusive royalty-free license to distribute copies of the work. Copyright is held by the author or authors, with all rights reserved, unless otherwise noted. If you have any questions, please contact email@example.com.
Yavuz, Mustafa Selman, "Synthesis of an Ammonium Ion-selective Fluoroionophore" (2003). Masters Theses (All Theses, All Years). 772.
sensor, synthesis, bicyclic, fluoroionophore, nonactin, ion-selective, ammonium, Ionophores, Ammonium ions