SIMULATING THE DYNAMICS OF VIRAL EVOLUTION: A COMPUTER-AIDED STUDY TOWARD ENGINEERING EFFECTIVE VACCINES

Ref.No: 67122300
Start date: 28.07.2021
End date: 31.12.2021
Approval date: 28.07.2021
Department: CHEMICAL ENGINEERING
Sector: MATERIALS SCIENCE AND ENGINEERING
Financier: ΕΠΙΒΡΑΒΕΥΣΗ 2019, GENIKH GRAMMATEIA EREYNAS KAI TEXNOLOGIAS
Budget: 3.448,34 €
Public key: ΩΤΑΛ46ΨΖΣ4-ΜΙΨ
Scientific Responsible: Assist. Prof. GEORGIOS PAPADOPOULOS
Email: gkpap@chemeng.ntua.gr
Description: THE PROJECT ILLUSTRATES THE POTENTIAL EFFECTS OF THE VIRAL SEQUENCE BACKGROUND ON ESCAPE THROUGH THE EXAMPLE OF SARS-COV-2. OUR PROPOSED EXPLICIT SIMULATION OF DYNAMICAL ESCAPE TRAJECTORIES TAKES INTO ACCOUNT THE CONTRIBUTION OF MULTIPLE PATHWAYS TO ESC
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