Already, this technology has been used to mimic various individual organs into a chip format, including the liver, lung, tumours, and muscles, among others. As the technology advances further ...

In 2020, we became the first organ-on-a-chip provider to co-publish with the FDA on the characterization of our liver MPS for looking at drug toxicology, metabolism and accumulation (Rubiano et al., ...

His team is working on incorporating more cell types to make a more complex chip that they could link up with chips that simulate other organs that cancer drugs damage, such as the liver and brain.

AI-powered models can analyze large datasets in real-time, optimizing organ distribution across wider geographic regions.

which is based on the so-called “organ-on-chip” technology. The developed platform represents the three main human tissues involved in drug utilization - liver, intestine and placenta.

Cue the multi-organ-on-a-chip (multi-OOC), a more accurate representation ... Using a multi-OOC composed of bone marrow, cardiac muscle, and liver tissue, this team of bioengineers sought to ...