Check out our latest multiplanar microfluidic architecture called TANDEM, recently published and featured on the back cover of @LabonaChip.
https://t.co/CX1k20ZPAk
The pancreatic tumor: a nearly impenetrable fortress. What if we had the technology to build and study them artificially? I'm extremely excited to share my #UTERCposter2020 on work that we're doing to help answer this very question! #UTERCHealth#uoftengineering
@SimonLatour3@ewkyoung@UTERC2020 Yes, endothelial side - and still working on characterizing it. Before the shutdown I was working on getting the tumor cells into the right channel as well, but data on that is still very preliminary.
@SimonLatour3@ewkyoung@UTERC2020 Hi! Thanks for your interest. Figure 2 is a set of confocal images with (A) a top view and (B) a side view of collagen containing fluorescent beads, (C) a side view of HUVEC monolayer formation on the collagen surface and (D) a top view detailed image of this monolayer.
Dr. Ravi Selvaganapathy on the state of the art in perfusable hollow tube bio printing technologies: “This looks nothing like human vasculature, but neither does a plane look like a bird.”
#OOAC2018
Hi folks! Tune in to this week's #SciParty at 1pm EST on Fri to check out how microfluidic devices are being used to model biological systems. I'm @nooshw from the IBMT lab (https://t.co/LirsNUp4ai) at @uoftengineering and I'm ready chat all things #biomicrofluidics! 💁♀️
Curious about Organ-on-a-Chip stuff? Let's chat! Join this week's #SciParty this Friday at 1pm.
The chip in the image is a Lung Airway-on-a-Chip that our lab is working on (https://t.co/WezMPVHWrQ). We'll be talking about this and similar projects on Friday!