Timm Krüger

This study shows that cell-specific heteroclinic orbits and migration rates affect WBC carryover in inertial microfluidics for CTC separation.

This study uses a microfluidic platform to link red blood cell properties to whole-blood rheology in sickle cell disease, revealing how stiff cell proportions and spatial organization drive pathological flow resistance.

This study uses a computational model to show that in tumours, oxygen and drug concentration overlap is reduced compared to healthy tissue, affecting drug efficacy.

This study uses simulations to show that circulating tumour cells enhance white blood cell migration in microfluidic systems, affecting separation efficiency.

This paper validates computational fluid dynamics predictions of particle trajectories in microfluidic cross-slot junctions using a novel fabrication method combining injection-molding and two-photon polymerization 3D printing.

This study simulates flow anisotropy in rotated-square DLD devices at moderate Reynolds numbers, finding non-monotonic anisotropy trends with Reynolds number and gap size.

This study investigates how softness differences between particles affect their pairing behavior in microfluidic channels using simulations.

The paper investigates how erythrocyte dynamics influence vascular remodelling in developing networks, finding that RBC depletion correlates with vessel regression and that plasma skimming drives this process.