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R&D PROJECTS

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We now have a separate website with all our R&D projects! Find out more at iB2Lab Projects!

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iB2LAB PhD PROJECTS

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FBD-Green: FoodBorne-Disease associated Enterobacteriaceae control in GREENhouse grown crops

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Divulgação de aspectos benéficos dos microrganismos com recurso a meios audiovisuais - um estudo de avaliação

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Housing-FBPs: unlocking the molecular interplay of adhesion and internalization of foodborne pathogens into plant vectors, and harnessing plant microbiome and immunity for new control opportunities

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Phage2PSA: Psa-Bacteriophage characterization and engineering to unveil molecular interactions during infection

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PomeSafe: Improved sustainable management of Erwinia amylovora through integrative multi-omics, detection and green chemistry approaches

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CôaTerroir: Native green solutions for a resilient Côa Terroir under the projected climate change

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MicroSuzukii: Drosophila suzukii-microbiome interactions: a new tool to pest control

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VitiDysBalance: Cracking the Anna Karenina Principle in Black Rot symptomatic grapevines: dysbiosis plasticity and pathogen interplay with core-microbiomes

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VitiSynCOM - Synthetic microbial community: a novel approach to control black-rot disease on vineyards

 Co-Supervision PROJECTS

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Pinus pinea pine nut shells as eco-friendly solutions for soilless cultures

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Optical sensors for integration of multi-omics and physiological phenotyping within a holistic field-phenomics approach to improve precision viticulture

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Development of biofertilizers, biostimulants and bioprotectors from novel cyanobacterial strains

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Killer Yeasts: Investigating virus-host interactions in the killer yeast system and its biotechnological and health applications, in Saccharomyces cerevisiae and Saccharomyces paradoxus

Concluded PhD PROJECTS

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Enhancing crop growth and yield under an ever-changing environment – the key role of Strigolactones

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Innovative approaches to manage Pseudomonas syringae pv. actinidiae by manipulating the disease triangle

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