CELL-MET

Improved tissue engineering strategies in regenerative medicine? medicalxpress.com/news/2018-08-c…

3D printing heart from the space? It is possible... read more: engineering.com/3DPrinting/3DP…

Stem cells could help patients recover from heart attack labiotech.eu/viscofan-bioen…

Harvard University researchers have bioengineered a three-dimensional model of a human left heart ventricle. Read more: sciencedaily.com/releases/2018/…

Is computer simulation the future of heart drug experiments? scientificamerican.com/article/should…

“Our method’s ability to produce mature human podocytes from iPS cells w/ high yield and w/o the need for subpopulation selection or genetic manipulations offers researchers and clinicians a robust, renewable source of kidney cells" - @thesamiramusah buff.ly/2N6AV3q

Check out these amazing works from our REU students!

REU students have their takeoff session in the cleanroom and show off their personalized wafer designs, newly coated in gold.

Both organoids and Organs-on-Chips have potential in assessing the efficacy and safety of drugs, chemicals and cosmetics, with possible applications in regenerative medicine buff.ly/2lo1DbW

Device can deliver drugs, proteins, and stem cells directly to a diseased heart - buff.ly/2JzjSp7 @hseas

Explore some of the startups launched by our technology translation engine: buff.ly/2xRYBWn

Cell-Met is excited to host participants from various NSF programs this summer!

A new data processing method has been pioneered by the Wyss Institute in collaboration with the @q_mitmedialab. buff.ly/2JjuT12

Researchers have engineered a cell-like structure that harnesses photosynthesis to perform designer reactions. buff.ly/2kzpg0X

Top view of a cardiac microtissue: cells are stained for nucleus and the cytoskeleton.

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