Projects
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Project: Characterization and steering of a highly desirable though sporadic phenomenon in soils: the biological suppression of plant-parasitic nematodes with quarantine status
Disease suppressiveness is a phenomenon by which soil micro-organisms suppresses the multiplication and proliferation of pathogens. This phenomenon is... -
Project: HIT-GLYP
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Project: Plants4Nemavax
Parasitic nematodes (roundworms) are amongst the most common pathogens in grazing ruminants worldwide. The continuous exposure to these worms has a... -
Project: Populationgenetics of plant parasitic nematodes
Verontrustende signalen vanuit de praktijk geven aan dat stengelaaltjes, een RNQP, in toenemende mate problemen veroorzaken in de land- en tuinbouw.... -
Project: Freezing Hearts: Bio-inspired Cryoprotectants to Buy time for Transplants
Heart failure has become a modern epidemic, with an overall prevalence of 2% in the western world. Despite advances in medical and device therapy, the... -
Project: Developing ALiCE, a cell free protein production system, as pandemic preparedness platform
Research funded by Leniobio GmbH (Aachen, Germany), developer and manufacturer of ALiCE®. The recent global pandemic caused by SARS-CoV-2 has... -
Project: AM-DBCs: Diagnose-Behandel-Combinaties voor perceel-specifieke beheersing van virulente aardappelmoeiheid (AM) met behulp van resistente aardappelrassen
Uit jaarlijkse monitoringprogramma’s onder aardappeltelers in Nederland komen de laatste tijd steeds vaker verontrustende signalen over slechte... -
Project: Soil protists and plants: who is in control?
Protists are microbial organisms that promote plant performance by releasing nutrients from their bacterial prey. -
Project: One health
Within the Graduate school PE&RC One Health is an important focal point. Humans, crops, livestock, and wild animals and plants are constantly... -
Project: The host-parasite supergenome: an untapped source for disease resistances
Currently, plant breeders consider disease resistance as the product of a simple gene-for-gene interaction between host and parasite.