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3D printing really speeds up fabrication of organ-on-a-chip devices Automated fabrication of a scalable heart-on-a-chip device by 3D print... sciencedirect.com/science/articl… CRAFT KeAi Publishing yimu zhao

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Cardiac tissue model of immune-induced dysfunction reveals the role of free mitochondrial DNA... - goo.gl/scholar/uKNoqp #ScholarAlerts

New publication alert! 🎉 Seema Mital and team published an exciting study today in Cell Reports Medicine on a possible treatment for pediatric #HypertrophicCardiomyopathy using myosin inhibitors, following their win of a TRCHR #InnovationAward! Read More: tedrogersresearch.ca/2024/04/new-st…

Please check our recent publication tackling pediatric hypertrophic cardiomyopathy using myosin inhibitors.

Our latest study, led by Homaira Hamidzada. Hard to study #macrophages (MFs) in early human heart development (no tissue). Homaira integrated human ES-derived-MFs into beating cardiac microtissues & improved🫀function. rdcu.be/dHbj0. #cardioimmunology #regeneration.

Really neat collab work led by Slava Epelman out today in Nature Cardiovascular Research using our Biowire to learn how primitive macrophages help cardiac tissue. Better mitochondria Homaira Hamidzada rocks yimu zhao Shira Landau Levi

Better mitochondria, healthier heart! Check out the new amazing publication in Nature Cardiovascular Research Shira Landau Levi Homaira Hamidzada

Very excited to share our latest work focused on hPSC-macrophages in human cardiac microtissue function, now published in Nature Cardiovascular Research and featured on the cover! (Ella Marushchenko) Slava Epelman

We are thrilled to announce that CRAFT’s Prof. Milica Radisic will be giving a keynote lecture at this year’s Microphysiological Systems (MPS) World Summit in Seattle. Don’t miss her exciting talk on June 13th from 9-10am! Read the abstract > bit.ly/4e9faNO

Come by and visit our booth at the #MPSWorldSummit in Seattle! You can find us at booth 52 with CRAFT!

Visit our booth (#52) at the Microphysiological Systems (MPS) World Summit in Seattle and connect with Dr. Marilia Ramos to learn more about CRAFT and its partnerships opportunities. Bonus: get a sneak peak at the Acceleration Consortium (AC) self-driving lab in human organ mimicry.

A global network of self-driving labs, including at the @Acceleration_C, has discovered new molecules for organic solid-state lasers. Read more: bit.ly/45ql610

It was awesome to open the day with a Keynote at MPS World Summit yesterday CRAFT Acceleration Consortium (AC) booth was super well visited, great to see so many alumni yimu zhao #organonachip #organoid

Both Editor-in-Chief and Executive Editor of ACS Biomat Sci & Eng got inducted into US National Academy of Inventors National Academy of Inventors the same year #NAI2024 Congrats David! American Chemical Society

Online Now! Primitive macrophages enable long-term vascularization of human heart-on-a-chip platforms dlvr.it/T8bKVw #stemcells

Awesome team effort with our lab Shira Landau Levi yimu zhao and Homaira Hamidzada Slava Epelman primirive macrophages make a huge difference in vascularization of cardiac tissues

A true team effort published in Cell Stem Cell authors.elsevier.com/a/1jIZL_h-CqUo… by Shira Landau Levi yimu zhao Homaira Hamidzada Slava Epelman Ana Andreazza Dr. Carolyn Cummins McEwen Stem Cell Institute University Health Network University of Toronto Engineering University of Toronto @bme_uofT @chemeng_uoft @craft_microfluidics

We are in a unique position in history to test molecules on real human tissues. But what is the best model? Read in our newest paper rdcu.be/dMwei led by @zhaoyimu @shiralandaulevi @bzhanglab in Nature Reviews Bioengineering with help from Christine Horejs Sadra Bakhshandeh

Researchers Toronto General Hospital Research Institute & McEwen Stem Cell Institute have discovered how early macrophages influence human heart development. The team engineered heart tissue with #stemcell-derived macrophages to model heart development. > uhnresearch.ca/news/immunoeng…; doi.org/10.1038/s44161… UHN Foundation