Date
08 Sep 2021
10:00
—
17:00
Timezone
CET
Location
Online
Target Group
All EUGLOH staff, researchers and students interested on the subject.
Host
U. Porto / U. Lund
Registration
Closed
(Deadline: 03 Sep 2021 23:59)
About
The meeting aims at gathering the members of the EUGLOH community involved in the field of molecular imprinting, especially, but not exclusively, targeting health-related applications. A set of presentations will provide an overview of the specific interests and ongoing projects within EUGLOH, thus allowing the mutual awareness for possible collaborative opportunities within this topic.
Certification
Certificate
Language
English
Number of Places
No limit for number of attendees
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Registration
Registration: Please register here.
Contact Person: In case of questions please contact Manuel Azenha mazenha@fc.up.pt or Lei Ye lei.ye@tbiokem.lth.se
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Programme
Programme
10:00. Opening session
Session 1 - Radical polymerization imprinting
10:15. Molecular imprinting using functionalized initiators (Lei Ye, U. Lund)
10:50. A Self-Reporting Adduct for Real-time Fluorescence Monitoring of Molecular Imprinting Polymerization (Xiaoting Xue, U. Lund)
Session 2 - Alternative imprinting routes
11:30. Electrosynthesis of Molecularly Imprinted Polymers for Detection of Disease Biomarkers (José Ribeiro, U.Porto)
12:00. Molecular imprinting in sol gel materials and sulfated polysaccharide bioimprinting (Vanessa Ferreira, U.Porto)
12:30. Application of solid-phase synthesized nano-MIPs as plastic antibodies in diagnostics (Porkodi Kadhirvel, U.Porto)
Session 3 - Applications I
14:00. Can protein imprinted polymers be viable alternatives to antibodies? (Najla Fourati, U.Paris-Saclay)
14:40. Possibility to design and synthesize protein imprinted particles using surface-initiated atom transfer radical polymerization (SI-ATRP) (Solmaz Hajizadeh, U.Lund)
15:10. Are Molecularly Imprinted Polymers viable allergen recognition alternatives to antibodies? The case study of Cor a 14 allergen (Renata Costa, U.Porto)
Session 4 - Applications II
15:50. Development of antimicrobial materials by molecular imprinting (Haiyue Gong, U.Lund)
16:20. Going with the flow: combining molecularly imprinted polymers with flow-based techniques (Marcela Segundo, U.Porto)
16:40. Closing session