Javier Tardaguila, Maria P. Diago, Emilio Jiménez, Fernando Antoñanzas, Inés Hernández, Ignacio Barrio, Rubén Iñiguez, Carlos Poblete Echeverria
The leader of this work package is UDLR with UMIL and SIPCAM OXON S.P.A. as partners.
The work package is divided in 3 tasks:
Task 5.1: Design and apply existing new phenotyping tools to assess the bioactivity of new pesticides at lab level.
Task 5.2: Adapt and apply new non-invasive sensing technologies for monitoring disease incidence under field conditions.
Task 5.3: Mapping and Variable Rate Application (VRA) of new pesticides in commercial crops.
The leader of this work package is UMIL with SIPCAM OXON S.P.A., KTH and UDLR as partners.
The work package is divided in 3 tasks:
Task 6.1: Biological activity of aptamers: in vitro assay on pathogens growing on synthetic media and leaves.
Task 6.2: Intracellular targets and cell-penetrating peptides.
Task 6.3: Microscopy analysis to investigate the effects of aptamers on pathogen cell wall.
The leader of this work package is UMIL with UPSaclay, SIPCAM OXON S.P.A., and UDLR as partners.
The work package is divided in 2 tasks:
Task 7.1: Bioactivity of peptidomimetics and non-peptide small molecules.
Task 7.2: Specificity and Toxicity.
The leader of this work package is SIPCAM OXON S.P.A. with UMIL, BIU and UDLR as partners.
The work package is divided in 3 tasks:
Task 8.1: Feasibility and delivery system optimization of peptidomimetics and non-peptide small molecules.
Task 8.2: Biological activity of the best performing peptidomimetic candidates and non-peptide small molecules: in vivo assay on potted plants and other species and on open-field cultivated plants.
Task 8.3. Economic, environmental and societal impact of new pesticides: cost-benefit analysis.
