Organs-on-chip and proteomics as tools to identify key molecular players responsible for human OA initiation.

A compartimentalized joint-on-chip to unravel cartilage-synovium crosstalk in osteoarthritis.

A compartmentalized joint-on-chip model as tool to investigate cartilage-synovium interactions in early stages of osteoarthritis.

Efficacy assessment of the novel combined anti-OA treatment SYN321 in an advanced mechanically active osteoarthritis-on-chip model.

Investigating the contribution of cartilage and synovium to osteoarthritis development through a compartmentalized human joint-on-chip model.

Modelling the Joint-on-a-chip: a mechanically active microfluidic system to engineer 3D multi-layer osteochondral tissues and investigate osteoarthritis processes to a single cell level.