Publications by authors named "J B Cornelissen"

We investigated whether environmental enrichment applied at different life stages of pigs affects the susceptibility to and severity of disease by studying immune cell functions around weaning and during nursery, the effects of infection in models and using a co-infection model of (PRRSV) followed by an infection. Pigs were either conventionally housed (CCH) or enriched housed throughout life, with enrichment consisting of extra space, rooting materials and co-mingling with another litter before weaning (EEH), or they were switched from conventional to enriched housing at weaning (CEH). Sixty days after birth, ten pigs per treatment were infected with PRRSV followed by an infection eight days later.

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Cyclosporine A combined with mycophenolate mofetil (CsA/MMF) has become an established regimen for the prevention of graft-versus-host disease (GVHD) following non-myeloablative (NMA) allogeneic hematopoietic stem cell transplantation (alloHSCT). However, the optimal duration of immunosuppression (IS) has not yet been defined and overtreatment is of concern. We hypothesized that time-restricted IS with CsA/MMF would increase the proportion of patients with non-severe GVHD compared to standard-duration IS, thereby resulting in reduction of the relapse rate and improvement of progression-free survival (PFS) and overall survival (OS).

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Article Synopsis
  • - BCR::ABL1 digital PCR is a highly sensitive and precise method for measuring deep molecular responses in chronic myeloid leukemia, outperforming traditional qPCR, especially in predicting successful treatment-free remission.
  • - In a study with 168 patient samples, digital PCR demonstrated better detection capabilities, quantifying BCR::ABL1 in 68% of cases that were below the detection limit of qPCR, which required a high number of transcripts.
  • - The technique also allowed for differentiation between BCR::ABL1 transcript types, making it a practical and effective option for clinical use in monitoring treatment responses.
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Moderate grazing can sustain high species diversity and productivity. However, nitrogen enrichment often reduces species richness while promoting primary productivity, which contradicts the traditional understanding of the positive effect of plant diversity on productivity. Whether the responses of diversity and productivity to N enrichment on a long-term scale conform to those on short-term scale.

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