Check out our new paper led by @PaulStankey from @JenniferALewis1's bioteam @hseas & @wyssinstitute on the formation of biomimetic vascular networks via coSWIFT. Shoutout to the team: Kathi Kroll @AinscoughAlex @DanReynoldsPhD Alex Elamine Ben Fichtenkort https://t.co/zpiHEem4Ql

Thanks @AinscoughAlex! And a special shoutout to the co-leads of the two studies I presented today @mascott85 and John Ahrens, as well as all the co-authors. For more info: https://t.co/gVKqt1BPD1 https://t.co/s8VnGOlMVQ @wyssinstitute #WyssRetreat23

After a short break, #Virtual #Seminars in #Biomedical #Science will return on Thurs Feb 18th. @NatalieJK08 and I will chair talks from this wonderful lineup! Register: https://t.co/xJ4Mf8wb6R Submit abstracts: https://t.co/76fFKUxQ1H Watch past talks: https://t.co/WknjTECD7u

Tune in tomorrow for another #Virtual #Seminars in #Biomedical #Science. I'll be talking about SWIFT printing in cardiac tissues @mascott85 @JenniferALewis1

Looking forward to sharing our work at this great seminar series alongside such fine co-speakers! See you all next month!

Next week, October 21st at 3pm EDT, we’ll welcome Prof. @JenniferALewis1 from @wyssinstitute @hseas to #TissueTalks to present on her group’s work in “biomanufacturing vascularized organ building blocks and 3D functional tissues”! Register here: https://t.co/Je8tB9qQKn

Congrats @mascott85 @Aricluwhu Jeremy Huang and @JenniferALewis1 on the beautiful work and your first bioRxiv preprint :)

If you are a PI or course instructor #AcademicTwitter, you can open important dialogs about racism & microaggressions. I recommend Dr. Manu Platt's @DrPlattLab @BMESociety '17 Diversity Award lecture as a conversation starter

I support #matchmeharvard, #BlackLivesMatter, and #DemocracyMatters. We all need to stand up for justice and democracy. The moment is now #themomentisNOW

12 hours left to vote for the Wyss in Round 3 of #STATMadness. @JenniferALewis1, @mascott85, and @SebUzel would really appreciate your vote for SWIFT, their novel 3D organ printing technique.

If you enjoyed our study on Sacrificial Writing Into Functional Tissue (for more info: https://t.co/m8GzJqOWRA), please consider supporting us by voting for our project in this friendly #STATMadness competition: Matchup 14 of 32: "Wyss Institute / 3D-PRINTED ORGANS @wyssinstitute

Please vote for the 2 innovations from the labs of @JenniferALewis1 and Jim Collins here @wyssinstitute to win #STATMadness. They are great examples of the cutting-edge work being done here.

The #STATMadness bracket is LIVE! Time to vote for your favorite institution! Here we go, #Core64! https://t.co/3KdO6jESs9

Had a great time presenting SWIFT at @KeystoneSymp #Vancouver with both my PhD and Postdoc advisors! @mascott85

Postdoc position available at BU BME in the awesome Nia Lab ( https://t.co/UhyuaR5mY4) on pulmonary tumor microenvironment. Feel free to share if you know anyone who would be interested!

To kick off the Organ Engineering session, we heard from @SebUzel and @Amanda_X_Chen about 3D engineering liver tissue.

Had a blast representing the Lewis lab and sharing our work (@hseas @wyssinstitute @mascott85) at the @Inserm workshop on biofab! And a great opportunity to hear about the fine work from the 3D bioprinting community @Tim_WoodfieldNZ @RicLevato @mmlaronda @MoroniGroup @jmil

Postdoc position in #cancer #bioengineering #microenvironment at the University of Pittsburgh Department of Bioengineering @PittBioE and Cancer Center @UPMCHillmanCC. Please RT and share with interested candidates. Please check https://t.co/JYSsT2TdjP and DM for more info

All organs need blood vessels to supply their cells with nutrients, but most lab-grown organoids lack a supportive vasculature. The new SWIFT method from the Wyss & @hseas 3D prints vascular channels into living tissues.