Ying Zheng (@yingzhe47280253) 's Twitter Profile
Ying Zheng

@yingzhe47280253

An associate Professor in UW Bioengineering

ID: 1076463364690214912

linkhttps://bioe.uw.edu/portfolio-items/zheng/ calendar_today22-12-2018 13:04:00

67 Tweet

393 Followers

208 Following

Ying Zheng (@yingzhe47280253) 's Twitter Profile Photo

Another exciting work from our lab is out today: 3D curvature-instructed endothelial flow response and tissue vascularization advances.sciencemag.org/content/6/38/e…

ISCRM at UW (@uwiscrm) 's Twitter Profile Photo

More twists and turns in the story of vascular engineering! Ying Zheng, Christian Mandrycky and co use 3D modeling tools to study how endothelial cells respond to curvature. bit.ly/3ktZrwe UW Medicine Newsroom

Advanced Portfolio News (@advportfolio) 's Twitter Profile Photo

A multiphoton ablation technique is combined with laser-guided angiogenesis to successfully make a 3D structure that mimics the glomerulus, a microvascular structure found in kidneys. Ying Zheng UW Bioengineering UW News Read the #openaccess article: ow.ly/p6Nk50DCwgP

Ying Zheng (@yingzhe47280253) 's Twitter Profile Photo

We are excited to make small progress in generating organ specific microvascular structures in anatomical scale! More work to do to get on the real function!

UW Bioengineering (@uwbioe) 's Twitter Profile Photo

UW Bioengineering is absolutely thrilled that Prof. and Dean Nancy Allbritton will receive the 2021 Pritzker Award from @BMES! Congratulations to Dr. Allbritton! 🎉🎉🎉@UWCOE UW Medicine bioe.uw.edu/nancy-allbritt…

Advanced Portfolio News (@advportfolio) 's Twitter Profile Photo

Combining multiphoton ablation with laser-guided angiogenesis, Ying Zeng and co-workers successfully vascularize a 3D artificial glomerulus, shown here on this stunning cover! Ying Zheng UW Bioengineering UW News Read the paper: ow.ly/gVSS50ES2V8

Combining multiphoton ablation with laser-guided angiogenesis, Ying Zeng and co-workers successfully vascularize a 3D artificial glomerulus, shown here on this stunning cover!

 <a href="/YingZhe47280253/">Ying Zheng</a> <a href="/UWBioE/">UW Bioengineering</a> <a href="/uwnews/">UW News</a>
 
Read the paper: ow.ly/gVSS50ES2V8
Nicholas A. Peppas (@npeppas) 's Twitter Profile Photo

*** Professors should educate students to become helpful members of the society, to create a global infrastructure for a better world. Remember! Plato, Aristotle had no companies or patents. But their teachings built civilizations! Being a professor is not "a job" but a mission.

Hao Yin (@haoyin20) 's Twitter Profile Photo

Unique flow response of #EndothelialCell in Spiral #Microfluidic channel Shear 4.6 dyn/cm2⏫Proliferation, NOT Quiescence, of spiral EC monolayer Instructive for ischemic muscle Collaterogenesis Dr. Ying Zheng lab Science Advances 2020 Ying Zheng advances.sciencemag.org/content/6/38/e…

Unique flow response of #EndothelialCell in Spiral #Microfluidic channel

Shear 4.6 dyn/cm2⏫Proliferation, NOT Quiescence, of spiral EC monolayer

Instructive for ischemic muscle Collaterogenesis

Dr. Ying Zheng lab <a href="/ScienceAdvances/">Science Advances</a> 2020 <a href="/YingZhe47280253/">Ying Zheng</a> 
advances.sciencemag.org/content/6/38/e…
UW Bioengineering (@uwbioe) 's Twitter Profile Photo

We are honored and proud to share the news that Princess Imoukhuede Dr. Princess will be the next chair of UW Bioengineering, effective Jan. 1, 2022! 🎉 We’re excited for her to join us in Seattle! UW Engineering UW Medicine Newsroom UW Medicine bioe.uw.edu/princess-imouk…

Endothelial Cell News (@endothelialnews) 's Twitter Profile Photo

University of Washington (UW Bioengineering) researchers, led by Drs. Ying Zheng and Samuel Rayner, suggest that rapid release of #endothelial Von Willebrand factor during clotting may provide support for fibrin polymerization and accelerate thrombosis. 📑 bit.ly/3IR5830

University of Washington (<a href="/UWBioE/">UW Bioengineering</a>) researchers, led by Drs. Ying Zheng and Samuel Rayner, suggest that rapid release of #endothelial Von Willebrand factor during clotting may provide support for fibrin polymerization and accelerate thrombosis. 

📑 bit.ly/3IR5830
JTH (@jthjournal) 's Twitter Profile Photo

New article: During #thrombosis, rapid endothelial release of von Willebrand Factor multimers may provide a scaffolding for fibrin polymerization and accelerate microvascular occlusion. Ying Zheng Sam Rayner ISCRM at UW @UWbioE bit.ly/3857sXi

New article: During #thrombosis, rapid endothelial release of von Willebrand Factor multimers may provide a scaffolding for fibrin polymerization and accelerate microvascular occlusion. <a href="/YingZhe47280253/">Ying Zheng</a> <a href="/sg_rayner/">Sam Rayner</a> <a href="/UWISCRM/">ISCRM at UW</a> @UWbioE bit.ly/3857sXi
Molecular Engineering & Sciences Institute (@uwmoles) 's Twitter Profile Photo

We are excited to announce that renowned bioengineer Suzie Pun has been named the next director of MolES! Pun brings a depth of academic leadership and industry experience and a vision for the future of MolES that will serve the Institute and the UW well. moles.washington.edu/renowned-uw-bi…

We are excited to announce that renowned bioengineer <a href="/SuziePun/">Suzie Pun</a> has been named the next director of MolES! Pun brings a depth of academic leadership and industry experience and a vision for the future of MolES that will serve the Institute and the UW well.

moles.washington.edu/renowned-uw-bi…
Suzie Pun (@suziepun) 's Twitter Profile Photo

UW Molecular Engineering & Sciences Institute (under Pat Stayton's great leadership) has been an important community for my group and it is my privilege to serve as the next director starting July 2023. Molecular Engineering & Sciences Institute

Kelly Stevens (@kellystevenslab) 's Twitter Profile Photo

Last call - come join our faculty in UW Bioengineering! apply.interfolio.com/115364 This is an open/broad research search, candidates will have shown commitment to our depts stated values (e.g., in inclusion, equity, diversity, innovation, rigor) UW Bioe and Seattle are *amazing*. Join us!!