New paper alert🚨
So excited to share my recent publication from @BZhangLab in Advanced Healthcare Materials on biofabricating early- and late-stage models of the placental barrier. Check it out here: https://t.co/gR0Wx7r82z
New paper alert🚨
So excited to share my recent publication from @BZhangLab in Advanced Healthcare Materials on biofabricating early- and late-stage models of the placental barrier. Check it out here: https://t.co/gR0Wx7r82z
New paper alert🚨
We are excited to share our latest publication from @BZhangLab in Adv Healthc Mater. We show a pumpless platform that facilitates longterm recirculating flow of 3D printed tubular tissues using a programmable rocker. Check it out here: https://t.co/skOqx7TV1D
A short 🧵highlighting our key findings,
We developed a pumpless recirculating platform (UniPlate). The device is made of polystyrene via injection molding combined with 3D printed gelatin that serves as a sacrificial template, making it scalable for industrial manufacturing.
New paper alert 🚨
I am excited share our recent publication from @BZhangLab in @LabonaChip on biofabricating vascularized crypt-patterned colon tissues for drug screening and IBD-like modelling. Check it out here: https://t.co/KL49NNaqX9
It was a pleasure to attend the 11th annual BME symposium and be able to listen to both guest and student speakers across the field 🩻⛑🧠🫁. Amazing research to advance healthcare 👏🏻. It was a bonus having my poster from @BZhangLab on a colon epithelium model place 3rd overall😁
New paper alert🚨
So excited to share my recent publication in @LabonaChip on biofabricating complex perfusable tissues embedded in hydrogel in a high-throughput multiwell plate format. Check it out here: https://t.co/RO5deFRLpz
IFlowPlate, a customized 384‐well plate platform, is developed to readily vascularize and perfuse #organoids@bzhang7@shravr07@DawnSYLin@McMasterU
Check out the article: https://t.co/BdHW3Gp9fz
Congratulations to all participants, and specially to Dawn Lin and @bzhang7 lab for the win! 3rd #microtas Shark Tank, second Canadian win... We are reaching #hockey level performance here ;-) .
So excited to share my first, first-author paper recently published in Advanced Materials on developing #vascularized and perfusable colon #organoids using our lab’s newest technology 🎉
Happy reading everyone!
https://t.co/W7Mcvjpary