Herein, we present different functionalized meta-stable photoacids in ion-sensors to tune the equilibrium response time. As a proof of concept, two new meta-stable photoacids were synthesized, one contains an ether group and the other has an ester functional group. These functionalized meta-stable photoacids were elucidated in solution of ethanol and in ion-sensing films via pH and kinetic studies. In comparison from our previous work, the response time was reduced from hours to minutes by utilizing an ether functional group in the meta-stable photoacid
Abstract: Fluorophores can be connected to ion receptors so as to permit extensive overlap, be geome...
Switchable materials have tremendous potential for application in sensor development that could be a...
© 2021 American Chemical Society.Photosynthetic reactions in plants, algae, and cyanobacteria are dr...
Herein, we present different functionalized meta-stable photoacids in ion-sensors to tune the equili...
Herein, we present different functionalized meta-stable photoacids in ion-sensors to tune the equili...
A new platform of ion-selective optodes is presented here to detect cations under thermodynamic equi...
An optical sensor based on covalent immobilization (in a hydrogel) of a newly synthesized calcium-se...
A new photoacid that reversibly changes from a weak to a strong acid under visible light was designe...
In studying and diagnosing cellular systems and diseases, the ability to accurately detect and monit...
A new photoacid that reversibly changes from a weak to a strong acid under visible light was designe...
Reversible photochromic compounds have the ability to reversibly change its color when it absorbs ph...
Emerging technologies create new application fields but few of them require that we completely rethi...
Small changes in the pH gradient play a critical role in numerous biological and chemical pathways. ...
A visible-light activatable photoacid has been studied, which upon irradiation, changes from a weak ...
ABSTRACT: Photoresponsive ion extraction/release systems (PRIONERS) represent a highly interesting t...
Abstract: Fluorophores can be connected to ion receptors so as to permit extensive overlap, be geome...
Switchable materials have tremendous potential for application in sensor development that could be a...
© 2021 American Chemical Society.Photosynthetic reactions in plants, algae, and cyanobacteria are dr...
Herein, we present different functionalized meta-stable photoacids in ion-sensors to tune the equili...
Herein, we present different functionalized meta-stable photoacids in ion-sensors to tune the equili...
A new platform of ion-selective optodes is presented here to detect cations under thermodynamic equi...
An optical sensor based on covalent immobilization (in a hydrogel) of a newly synthesized calcium-se...
A new photoacid that reversibly changes from a weak to a strong acid under visible light was designe...
In studying and diagnosing cellular systems and diseases, the ability to accurately detect and monit...
A new photoacid that reversibly changes from a weak to a strong acid under visible light was designe...
Reversible photochromic compounds have the ability to reversibly change its color when it absorbs ph...
Emerging technologies create new application fields but few of them require that we completely rethi...
Small changes in the pH gradient play a critical role in numerous biological and chemical pathways. ...
A visible-light activatable photoacid has been studied, which upon irradiation, changes from a weak ...
ABSTRACT: Photoresponsive ion extraction/release systems (PRIONERS) represent a highly interesting t...
Abstract: Fluorophores can be connected to ion receptors so as to permit extensive overlap, be geome...
Switchable materials have tremendous potential for application in sensor development that could be a...
© 2021 American Chemical Society.Photosynthetic reactions in plants, algae, and cyanobacteria are dr...