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Helminths as members of the gut microbiome
Parasitic worms (or helminths) are often seen as bad, but after a long history of co-evolution, parasites can modulate the immune system of their host for the better. The old friend’s hypothesis even states that we have become d ...
Supervisor: Stefan Geisen/Ruud Wilbers/Arjen Schots
Department: Nematology, Laboratory of |
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Advanced LEGO: engineering tailor-made glycans on recombinant worm proteins
Helminths are parasitic worms that have successfully co-evolved with their host immune system to sustain long-term infections. Their successful parasitism is mainly facilitated by modulation of the host immune system via the relea ...
Supervisor: Ruud Wilbers/Arjen Schots
Department: Nematology, Laboratory of |
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Plant-based production of vaccines against parasitic worms
Parasitic worms (helminths) infect over 1.5 billion people and continuously threaten livestock worldwide. Chronic helminth infections, in both humans and animals, may cause serious health problems ranging from malnutrition, anemia ...
Supervisor: Ruud Wilbers/Arjen Schots
Department: Nematology, Laboratory of |
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Understanding individual genetic variation underlying human diseases
Current health care increasingly focuses on personalised medicine and understanding the role of individual genetic differences in disease progression. The genetic model organism C. elegans encodes many genes similar to those in hu ...
Supervisor: Jan Kammenga/Lisa van Sluijs
Department: Nematology, Laboratory of |
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Disease tolerance and resistance in nematode-plant interactions
Nematode resistance is becoming the corner stone of durable control of plant parasitic nematodes in agricultural settings wordwide. However, for some nematode populations effective resistances are not available, and breeders must ...
Supervisor: Mark Sterken/Aska Goverse/Geert Smant
Department: Nematology, Laboratory of |
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Superorganisms: the co-evolution of plants and plant parasitic nematodes
Current agricultural measures against plant parasites focus mostly on the use of so-called resistant cultivars. These control populations of soil-borne parasitic nematodes. However, genetic variation in the parasites can overcome ...
Supervisor: Mark Sterken
Department: Nematology, Laboratory of |
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Understanding nematode parasitism in plants at the molecular level
Plant parasitic nematodes cause substantial economic losses in agricultural production worldwide. Current control measurements, such as resistance genes and pesticides, are not durable or toxic to the environment. Hence, we study ...
Supervisor: Jose Lozano
Department: Nematology, Laboratory of |
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