Utilizing human-relevant methods like the disc-on-a-chip will allow researchers to make advancements into human health and disease research that is not possible with inapplicable and cruel animal experiments.
A team of scientists at the University of Technology Sydney led by
Javad Tavakoli, Ph.D. have created the world’s first disc-on-a-chip
organ model that can be used to study low back pain.
Traditional models, such as animal discs, don’t fully recapitulate
human discs and raise serious ethical concerns.
The disc-on-a-chip is a microfluidic platform derived from human
cells that is combined with precision additive manufacturing and
two-photon polymerization technology that allows it to closely mimic
actual human discs in function, cell morphology, and stiffness
gradients.
Utilizing human-relevant methods like the disc-on-a-chip will allow
researchers to make advancements into human health and disease
research that is not possible with inapplicable animal studies.