Eccentric exercise in a muscle on a chip model
We will study effects of eccentric contraction on human muscle performance in health and disease
8 Projects
Miniature catheter for 3D imaging of bladder cancer
A miniature catheter for 3D imaging of the bladder wall to improve bladder cancer care
Muscle exercise in a muscle-on-a-chip model
Human healthy and diseased miniature muscles will be grown and exercised on a chip
Adaptive Optics imaging: A guiding star to save vision
High-resolution imaging and artificial intelligence methods to quantify and predict inherited retinal diseases progression
Muscle-on-chip model with fibroadipogenic progenitors and electrical impedance sensing
A new muscle-on-chip model containing skeletal muscle cells and fibroadipogenic progenitors with electrical impedance sensing
Combining Optics and Acoustics for Realtime Guidance during Cancer Surgery
An innovative approach of image-guided surgery which allows realtime intra-operative tissue margin assessment during surgery
Generation of human muscles on a chip
In this project, a method was developed to measure contractile force of multiple muscles on a chip simultaneously
Generation of miniature muscles
A major problem in developing therapies for muscle disorders is limited availability of human material