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The Genetic Point of Care: the New Frontier of Bio-Technologies for Future Outbreaks Management - Part 2

22 SEPTEMBERClessidre 8948211:30 - 13:00

 
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FRESCOES ROOM
HEALTH
BIOTECHNOLOGY - NEUROSCIENCE
TT.II Technical Multi-Track with Parallel SYMPOSIA
The Genetic Point of Care: the New Frontier of Bio-Technologies for Future Outbreaks Management - Part 2
Co-organized with University of Messina, Polytechnic of Turin and FBK
Chair: Sabrina CONOCI, University of Messina, CNR-IMM & Distretto Tecnologico Sicilia Micro e Nano Sistemi

The the pandemic infection caused by SARS-CoV-2 virus, currently affecting worldwide more than 129 million of people with more than 3 million of deaths (WHO March 28th, 2021 weekly report), has dramatically highlighted the importance of availability of technologies allowing rapid molecular diagnostic tests for timely prevention and control of outbreak.

In this context, the genetic point-of-care technologies (POCT) becomes very relevant offering the advantages to be fast, sensitive and specific, low cost and, above all, able to be used on-site by not-specialized people. Recent progresses in the development of POC devices including lab-on-a-chip (LOC) devices, lab-on-a-disc (LOAD) devices, miniaturized PCR devices, isothermal nucleic acid amplification (INAA) devices, microfluidic paper-based analytical devices (μPADs) and lateral flow devices. In this Special Session an overview of most innovative approaches for genetic point care technologies rapid test will be presented and discussed in a dedicated round table.

The symposium is part of the special event SE.II
TT.II.H.1
SE.II.2.1
Alek DEDIU
CNR-INSM, Bologna
Magnetic Biosensing for Early Diagnostics - towards the detection of ultra-low concentration of biomarkers

 
DEDIU Alek PPT eceded
TT.II.H.2
SE.II.2.2
Lucia NAPIONE - CV
Polytechnic of Turin
Integrated Nanotechnologies in Lateral Flow Devices for the Diagnosis and Monitoring of Covid-19 and other Complex Diseases

 
NAPIONE Lucia PPT TIMBRO
TT.II.H.3
SE.II.2.3
Alessia IRRERA
CNR-IPCF, Messina
New Generation Label-Free Optical Biosensors Based On Silicon Nanowires

 
IRRERA Alessia PPT eceded
TT.II.H.4
SE.II.2.4
Alberto DANIELLI - CV, University of Bologna
Maria Giovanna RIZZO, University of Messina
Innovative Biotechnological Systems for The Detection of Eukaryote Cells, Microorganisms And Proteins With Phage Display Biotechnology
DANIELLI Alberto RIZZO Maria Giovanna PPT col
 

 
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PROGRAM BOOK

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