NOCI PD and PhD-students

Cristina Gontan EMCVersatile reporter systems for organs-on-a-chip
Eva NigglEMCInvestigating Angelman Syndrome with a brain-on-a-chip
Cayetano Pleguezuelos HubrechtDissecting gut bacteria influence on intestinal cell dynamics using 3D-models
Jens Puschhof HubrechtReassembling the colorectal cancer microenvironment
Mees de Graaf LUMC (ANA)Brain on a chip and integration with the vasculature
Jeroen Stein LUMC (ANA)Engineering vascularized human heart on a chip
Dennis Nahon LUMC (ANA)Modeling of inflammation and neurodegeneration on a chip
Laura WindtLUMC (ANA)Myocardial infarction on a chip
Dhanesh Kasi LUMC (NEUR)Brain vessel -on-a-chip for migraine and stroke
Michel Hu LUMC (NEUR)Brain cortex-on-a-chip to study disease mechanisms in migraine
Jean-Philippe FrimatLUMC (NEUR)Brain region interaction-on-a-chip to study migraine and Huntington’s disease
Hande Aydogmus TUDIntegrated Sensing in Si/polymer-based Organ-on-Chip Platforms
Milica Dostanic TUDIntegrated read-out for Organ-on-Chip platforms
Paul Motreuil-Ragot TUDMechanical Actuation and Stimulation in Si/polymer-based Organs-on-Chip platforms
Renée Moerkens UMCGThe role of the intestinal epithelial barrier in celiac disease and other gastrointestinal diseases.
Joram Mooiweer UMCGModeling the intestinal barrier to study the function of celiac disease genes on-a-chip
Jelle Slager UMCGStudying the role of the microbiome in celiac disease in a gut-on-chip
Kieu LeUMCGTowards a Gut-to-Endothelium platform to model Sepsis-on-chip
Mariia Zakharova UTwenteMultiplexing and scaling of organ-on-chip engineering
Lena Sophie Koch UTwenteGut-brain axis on a chip
Heleen Middelkamp UTwenteBleeding Organs-on-Chips
José Rivera Arbelaez UTwente3D Cardiac Vascularization using Integrated Functional Sensors on-chip
Carlos Cuartas VelezUTwenteOptical Coherence Tomography for Monitoring Organs-on-Chips
Adriana Martinez SilgadoHubrechtReassembling the colorectal cancer microenvironment
Sangho LimHubrechtReassembling the colorectal cancer microenvironment
Nele RevynTUDTopological Cues in Si/polymer-based Platforms for Brain-on-Chip applications