Publications by authors named "S H P Peeters"

Background: Unhealthy visual food cues in outdoor public spaces are external drivers of unhealthy diets. Food cues are visible situations associated with food-related memories. This study aimed to gain insight into the (un)healthy food cues residents notice in outdoor public spaces in Dutch municipalities.

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Genetic engineering of regulatory T cells (Tregs) presents a promising avenue for advancing immunotherapeutic strategies, particularly in autoimmune diseases and transplantation. This study explores the modification of Tregs via mRNA electroporation, investigating the influence of T-cell activation status on transfection efficiency, phenotype, and functionality. For this CD45RA Tregs were isolated, expanded, and modified to overexpress brain-derived neurotrophic factor (BDNF).

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Bones are now recognised as endocrine organs with diverse functions. Osteocalcin, a protein primarily produced by osteoblasts, has garnered significant attention. Research into osteocalcin has revealed its impact on glucose metabolism and its unexpected endocrine role, particularly in its undercarboxylated form (ucOC).

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The use of the mutual information (MI) as a measure of the entanglement in quantum systems has gained a consensus in recent years, even if there is an ongoing effort to distinguish the classical and quantum contributions contained therein. This quantity has been first introduced in condensed matter physics, in particular, in studies based on the density matrix renormalization group method. This method has been successfully adapted to quantum chemistry problems, opening the way to compute MI also in molecular systems.

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Article Synopsis
  • The aging population has sparked increased interest in monitoring skeletal diseases like osteoporosis, leading to advancements in bone turnover biomarkers since the 2000s.
  • Various markers from type I collagen, such as CTX, NTX, PINP, and ICTP, have been developed, but their complex structures make them difficult to analyze.
  • This study aims to characterize plasma and serum CTX by directly extracting type I collagen peptides from human samples using advanced proteomics techniques, resulting in the identification of multiple CTX species for better understanding of these biomarkers.
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