123rd General Meeting of the KCS

Type Oral Presentation
Area Oral Presentation of Young Analytical Chemists I
Room No. Room 202
Time THU 09:36-09:40
Code ANAL1.O-10
Subject Chemiluminescent probes-based paper strips for detection of influenza
Authors Jinsol Han, Sharipov Mirkomil1, Yong-ill Lee1,*
Chemistry, Changwon National University, Korea
1Department of Chemistry, Changwon National University, Korea
Abstract According to the World Health organization (WHO), millions of people are infected by influenza virus each year. Traditional diagnosis methods require high cost equipment and technician for diagnosis of influenza virus. Last decade, the development of alternative diagnosis techniques for influenza has received a tremendous attention of scientist. The emerging paper-based analytical devices (µPAD) has shown their potential as low cost and easy to use method in detection of several toxic molecules. Moreover, the availability as renewable natural resources of natural cellulose fibers, low cost, recyclability, and the possibility to modify the surface of the paper with sensing molecules such as fluorescent probe or chemiluminescent is promising in development of novel, low-cost and easy to operate sensing material. Unlike fluorescent probes, the emerging chemiluminescent probe do not require light excitation, resulting in higher sensitivities and signal-to-noise ratios. In this work, we aim to develop chemiluminescent derivative-based µPAD that is selectively activated in the presence of influenza virus. µPAD was designed via stacked system to ensure to deliver the influenza virus to the target area after deposition onto µPAD.
E-mail hanj1030@naver.com