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Projects - prof.dr.ir. JE (Jan) Kammenga
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Project: Identification of natural variants that influence responses to ethanol in C. elegans
Project: Identification of natural variants that influence responses to ethanol in C. elegans - WUR Project Project: Identification of natural...
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Project: China Scholarship Council
Project: China Scholarship Council - WUR Project Project: China Scholarship Council The China Scholarship Council (CSC) is a non-profit institution...
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Project: The transcriptional architecture of nematode-virus interactions in natural C. elegans populations
Soil-related nematodes play an important role in maintaining biodiversity. But surprisingly little is known about how natural pathogens affect...
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Project: Crossing the ultimate tipping point: predicting death in C. elegans
The Human Frontier Science Program (HFSP) is financing innovative pioneering ideas for fundamental biological research, which should preferably be...
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Project: The transcriptional regulation of life-history trade-offs in wild C. elegans populations in different thermal environments
Many species adapt to changing thermal environments by tuning their life-histories in favour of fitness maximization. But the options are constrained...
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Project: BE Basic II - Towards a quick decision SUPPORT tool for SUstainable use of harvest RESidues (SURE/SUPPORT)
The continued growth of the world population requires increased amounts of agricultural products, including food and non-food products and energy. The...
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Project: Mechanisms of nematode-virus interactions in natural C. elegans populations
Surprisingly little is known about how pathogens affect nematode populations. Only in 2011 the first natural virus (coined the Orsay virus) was...
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Project: BE-Basic I - DNA barcoding-based monitoring in soil
What's normal ?
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Project: NEMADAPT - Molecular architecture of environmental adaptation in natural populations of the nematode Caenorhabditis elegans
Almost all species adapt their life-history or behaviour in the face of continuous environmental challenges. Two distinct adaptive responses can be...
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Project: GRAPPLE - Iterative modelling of gene regulatory interactions underlying stress, disease and ageing in C. elegans
Understanding the regulatory control of some biomedically important phenotypes at the level of genes is problematic. We propose to use the expression...