My field of study is in tissue engineering coupled with microfluidics.
A lot of the work being done is trying to increase the efficiency of the uptake process particularly in the intestinal tract. A lot of drugs work well at their target site, it's just a matter of getting them through the intestinal tract in an efficient/effective manner.
In the case of vascular and intestinal cells they will lay down their own ECM as they grow and expand. I have yet to read a paper where the researchers didn't prep the device with fibronectin as a ECM base layer.
Working with one or two cell lines in these devices can be incredibly difficult due to the different media requirements. It is much more rewarding in regard to the information gained, but it requires a lot of skill and luck to get things to work properly. We are a long ways off from getting complex hormonal or immune responses in these kinds of systems. Most intestinal cell lines can exhibit basic inflammatory responses, but that's it.
Daejik t1_iyl0wja wrote
Reply to comment by LoudColin in The Organ-on-a-Chip Revolution Is Here by filosoful
My field of study is in tissue engineering coupled with microfluidics.
A lot of the work being done is trying to increase the efficiency of the uptake process particularly in the intestinal tract. A lot of drugs work well at their target site, it's just a matter of getting them through the intestinal tract in an efficient/effective manner.
In the case of vascular and intestinal cells they will lay down their own ECM as they grow and expand. I have yet to read a paper where the researchers didn't prep the device with fibronectin as a ECM base layer.
Working with one or two cell lines in these devices can be incredibly difficult due to the different media requirements. It is much more rewarding in regard to the information gained, but it requires a lot of skill and luck to get things to work properly. We are a long ways off from getting complex hormonal or immune responses in these kinds of systems. Most intestinal cell lines can exhibit basic inflammatory responses, but that's it.