Oliver E. Jensen

The paper develops a mathematical model to study gene-expression dynamics and cell-state switching in melanoma using deterministic differential equations and cooperative binding approximations.

The paper evaluates stereological methods for estimating placental diffusive exchange capacity using virtual histology and computational modeling, finding systematic overestimation of diffusive length scale by 15-25%.

The paper develops a mathematical model to quantify how Golgi cisterna morphology affects glycosylation efficiency, identifying optimal and maximal thicknesses for successful polymer production.

This study uses computational models to show that placental structure significantly affects maternal blood flow and fetal oxygen uptake, with the vein-to-artery ratio being a key determinant of placental efficiency.

This study examines how umbilical cord structure affects heat transfer in mammals, finding that cord morphology influences fetal thermal resilience.

The paper shows that macropinocytosis reduces cell size to alleviate tissue crowding, working alongside cell extrusion.

This study shows that NuMA re-localization in response to mechanical stretch fine-tunes mitotic spindle orientation and dynamics.