MEPSGEN

MEPS-ORG3D Organoid Development

Supports 3D culture of human organoids within a chip-based microenvironment
Enables stable maintenance of organoids under controlled culture conditions
Recapitulates the structural architecture and biological functions of tissue-specific models
Optional endothelial co-culture with perfusion

MEPS-TME3D Tumor Microenvironment

Reconstructs a physiologically relevant tumor microenvironment (TME) within a microfluidic chip platform
Supports co-culture of lung cancer organoids and surrounding microenvironmental components, including endothelial cells and stromal elements
Supports co-culture of brain tumor spheroids and surrounding microenvironmental components, including endothelial cells and stromal elements
Evaluate therapeutic responses in a TME context, including drug effects on tumor cells and barrier integrity

MEPS-BPBBlood-Placenta Barrier

Co-cultured placental cells: trophoblasts and vascular endothelial cells
Mimics early placental development, including trophoblast invasion and vascular remodeling
Enables analysis under hypoxic and normoxic conditions to simulate early pregnancy
Assesses vascular barrier integrity and remodeling via TEER and junctional markers