Objective: Increase the number of compounds available for the drug research projects that should be screened adopting a coordinated approach (virtually or in phenotypic approaches) to ensure innovation in anti-parasitic drug discovery. Collection and coordination of data and information about compound design.
T1.1 Collection of the compounds libraries usable for screening purposes by the participants and FAIRDOM database recordings. (D1.1)
T1.2 Coordination of compounds libraries available within the Action participants (criteria: no intellectual protection, proper characterization, availability from in house libraries, from ongoing medchem research programs during the Action). The compounds will be open access to all participants to increase the number of compounds for screening purpose. (D1.2);
T1.3 Targets selection, structure-based drug design by advanced modelling/compound docking on available and novel 3D protein structure (X-ray crystallography and cryo EM-electron microscopy); chemoinformatic methods and artificial intelligence (AI) data analysis from HTS technologies (Bayesan models, and others). (D1.3)
T1.4 Compounds biodegradability pattern prediction. This can be performed using in silico tool that can provide insight into the chemical degradation of organic compounds under various environnemental conditions. (D1.4)
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COST (European Cooperation in Science and Technology) is a funding agency for research and innovation networks. The COST ACTIONS help connect research initiatives across Europe and enable scientists to grow their ideas by sharing them with their peers. This boosts their research, career and innovation.
One Health drugs against parasitic vector borne diseases in Europe and beyond
OneHealthdrugs
24/10/2022
23/10/2026
27/05/2022
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Maria Paola Costi
Anabela Cordeiro da Silva
Maria Cristina Notarsanto
Maria Esposito and Laura Leonardi