S. K. T. S. Warmlander

This study investigates how uranyl ions bind to amyloid beta peptides, altering their structure and aggregation, potentially contributing to Alzheimer's disease pathology.

This study investigates how Cu(II) and Zn(II) binding affects the structure of the prion protein's octarepeat domain, suggesting a potential role in amyloid formation in TSEs.

This study compares the preservation of dire wolf teeth from petroleum seeps and karstic sinkholes, finding that seep environments better preserve dental microstructure for chemical and histological analysis.

The paper shows that the engineered peptide NCAM1-Aβ inhibits human PrP aggregation using atomic force microscopy.

This study compares frontal inclination angles measured from 3D models and 2D photographs of crania to assess sex estimation accuracy and differences between the methods.

This study compares methods to measure mastoid process volume in medieval Croatian crania and finds that volume-based sex estimation is more accurate than visual or linear methods.

This study shows that 6-gingerol inhibits Aβ40 peptide aggregation in vitro without interacting with monomers, suggesting it as a potential anti-Alzheimer's compound.

This study investigates the interaction between lithium ions and amyloid-beta peptides, finding weak interactions and minor effects on aggregation, suggesting lithium's benefits in Alzheimer's may not stem from direct peptide interactions.