Publications by authors named "D R Pedersen"
Purpose: Whether breast density mediates associations between early life body size and pubertal timing with postmenopausal breast cancer is underexplored.
Methods: We studied 33,939 Danish women attending the Capital Mammography Screening Program at ages 50-69 years. Early life anthropometry and pubertal timing information came from the Copenhagen School Health Records Register.
Heavy chain-only antibodies have found many applications where conventional heavy-light heterodimeric antibodies are not favorable. Heavy chain-only antibodies with their single antigen-binding domain offer the advantage of a smaller size and higher stability relative to conventional antibodies, and thus, the potential for novel targeting modalities. Domain antibodies have commonly been sourced from camelids with humanization or transgenic rodents expressing heavy chains without light chains, but these host species are all mammalian, limiting their capacity to elicit robust immune responses to conserved mammalian targets.
View Article and Find Full Text PDFBackground: Being breastfed has established benefits for infant health, but its long-term effects on adult diseases, including cancer, remain underexplored. We examined associations between being breastfed in infancy and the risks of common cancers.
Methods: Data from 339,115 participants (191,117 women) enrolled in the UK Biobank with self-reported breastfeeding data were linked to national cancer registries.
Article Synopsis
- Tarperprumig (ALXN1820) is a bispecific antibody designed to treat conditions caused by dysregulated activity in the complement alternative pathway, usable via small volume injections either under the skin or intravenously.
- It consists of two variable domains that target properdin and human serum albumin, showing a high binding affinity and forming a stable complex.
- The antibody effectively inhibits key processes related to complement pathway activation and is currently undergoing clinical development for relevant disorders.
Article Synopsis
- * Studies demonstrate that the size of pillar structures in hydrophobic designs can affect water contact angles, ranging from 83° to 115.24°, with re-entrant structures further enhancing hydrophobicity.
- * Additionally, surface patterning on complex substrates improves water droplet adhesion, offering benefits for device protection without losing essential acoustic properties, highlighting the importance of design in the VPP process.