Projects
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Project: Plasobinu
Plasmodiophorids (Phytomyxea, Rhizaria) are soil dwelling plant-parasitic protist that rely on host plants to multiply. The best-known species of this... -
Project: Deciphering the soil microbiome for optimized intercropping
Intercropping is the agricultural method of growing multiple crops simultaneously in a field, to increase yield stability and prevent soil erosion.... -
Project: SMART-UP - Spatial mapping of transcriptomes upon nematode parasitism - Exploiting plant cell wall integrity as a novel trigger of nematode resistance in vegetable crops
The subject is the mapping of the onset of plant parasitism. Plant parasitic worms are one of the most damaging pests in agriculture. -
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
Golgi on a chip Protein drugs, like antibodies and protein containing vaccines, are of great importance for human and animal health. Many industrial... -
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: Plants4Nemavax
Parasitic nematodes (roundworms) are amongst the most common pathogens in grazing ruminants worldwide. The continuous exposure to these worms has a... -
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...