Ghulam Destgeer

This paper develops a pneumatic-controlled stop-flow lithography platform to fabricate size-tunable anisotropic multilayered microparticles by regulating flow resistance and minimizing hydraulic compliance.

This paper introduces ActiSculpt, an acoustofluidic platform that enables dynamic, reconfigurable cross-sectional patterning of soft materials in continuous flow.

This paper introduces a 3D hydrodynamic flow lithography method to rapidly generate complex microstructures with tailored functionalities.

The paper introduces LabCap, a low-cost, instrument-free platform for biomarker detection using hydrogel rings in glass capillaries, achieving sensitivity down to 0.1 ng/mL for CRP and NT-proBNP.

CellTrap enables long-term, single-cell analysis of immune-cancer interactions by controlling effector-to-target ratios, showing enhanced immune activity with higher ratios.

The paper develops a 3D-printed microfluidic device with cascaded nozzles to control multilayered co-axial flows, achieving a minimal delay time and reduced backflow index.

This paper develops amphiphilic microparticles with hydrophilic patches to create tunable picoliter-scale dropicles for improved bioassays.