Logan T. Keding

Ferumoxytol dynamic contrast-enhanced MRI for in vivo longitudinal cotyledon perfusion assessment with pathology correlation in a rhesus macaque thrombotic injury model

This paper uses ferumoxytol DCE-MRI to track placental cotyledon perfusion in rhesus macaques and correlates it with thrombotic injury pathology across gestation.

Bridging Cotyledon Pathology and Perfusion in Healthy Primate Pregnancy

The paper quantifies placental pathology and maternal perfusion in healthy primate pregnancies, revealing associations between stromal mineralization and reduced perfusion, and identifying key pathologies linked to vascular malperfusion.

Derivation of macaque trophoblast stem cells

The paper develops macaque trophoblast stem cells (TSCs) as an in vitro model for studying primate placentation, showing their ability to differentiate into syncytiotrophoblasts and express trophoblast markers.