Department of Bioengineering
Northeastern University
Joined December 2014
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Excited to share our work in Advanced Science. We developed a brain vascular niche model that captures glioblastoma infiltration, dormancy, and gene signatures: advanced.onlinelibrary.wiley…, @endothelialnews @NUBioE1
Dr. Guohao Dai retweeted
Human iPSCs offer an alternative for modeling vascular malformation dlvr.it/THvLRB
Congratulations to Dr. Kai Wang's excellent work on iPSCs derived venous malformation model cell.com/cell-stem-cell/full…
Here is our preview article in Cell Stem Cell: authors.elsevier.com/a/1kZR9… @endothelialnews @NUBioE1
Honored to be elected as the BMES Fellow this year. Thanks, colleagues, friends, and students for your support. Our Bioengineering students did a fantastic presentation at the BMES, so proud of them! @NUBioE1
Dr. Guohao Dai retweeted
🎉 Congratulations to the 2024 Class of BMES Fellows! 🎓
These leaders are pushing boundaries in biomedical engineering, driving innovation, and shaping the future of healthcare.
#BMES2024 #BMESFellows
Direct reprogramm adult human fibroblasts to endothelial cells: Cell Reports Methods cell.com/cell-reports-method… @endothelialnews
Excited to share our work together with Dr. Yi Hong of UT Arlington @Hong_FAB_Lab : 3D Bioprinting Highly Elastic Hydrogel for Soft Tissue Fabrication and Biomechanical Stimulation onlinelibrary.wiley.com/doi/…
Dr. Guohao Dai retweeted
💻 Reprogramming fibroblasts to #endothelial cells!
Investigators directly reprogrammed adult human dermal #fibroblasts into reprogrammed endothelial cells by 📈 overexpressing SOX17 in conjunction with ETS variant 2.
@CellRepMethods | bit.ly/4anyELW
Dr. Guohao Dai retweeted
SOX17/ETV2 improves the direct reprogramming of adult fibroblasts to endothelial cells dlvr.it/T4G7MB
Dr. Guohao Dai retweeted
Seven of our Bioe faculty members made the top 2% of scientists cited in the 2023 Stanford Annual Assessment of author citations. Congratulations!
@guohaodai
@FangQ
Herbert Levine
@BajpayeeLab
@slavovLab
Eduardo Sontag
@WanunuLab
Dr. Guohao Dai retweeted
Great turnout at today’s meeting of the Board of Associate Editors! Thank you for your support of CMBE! Don’t forget: Young Innovators sessions tomorrow at 2pm and 4pm, and journal awards on Saturday at 10:30am! #BMES2023 – at Seattle, WA
Great to represent Northeastern BioE @NUBioE1 at the BMES, with our graduate program coordinator Caroline Pridmore and graduate program director Chiara Bellini.
You can create vascular network directly from human iPSCs in one easy step within 12 days to mimic early vascular development. Check out Editor's featured article: pubs.aip.org/aip/apb/article… @endothelialnews
Our paper in Science Advances, Congratulations to Max! Check out neural stem cells differentiate into mature neurons around the bioengineered blood vessels.@NUBioE1 @CMBE_BMES @endothelialnews @BMESociety @CMBEjournal @ScienceAdvances
science.org/doi/10.1126/scia…
Dr. Guohao Dai retweeted
Here's the cake up close. Depicting: Neurons (green) extending from neurosphere cultured with perfused brain blood vessels (red)
Dr. Guohao Dai retweeted
We find creative ways to celebrate publications at @NortheasternCOE! Congratulations to Max Winkelman, a postdoc in the @guohaodai lab for his recent article in @ScienceAdvances. Refer to Fig 7L in his article to learn more about the image on the cake. doi.org/10.1126/sciadv.aaz94…
Dr. Guohao Dai retweeted
Please join @StanfordCVI seminar Tue 4/11 at 12-1pm PST by @GuohaoDai @NortheasternCOE @NUBioE1 on bioengineering 3D human brain vascular network.
Zoom link: tinyurl.com/StanfordCVI-Fron…
@StanfordDeptMed @Stanford_ChEMH
@SeanM_Wu @ISHR_NAS @vascularbiology @StanfordBioE @StanfordBrain
I am honored to be elected to the 2023 AIMBE Fellow, thanks all my mentors, colleagues and friends for your support over the years. Also, congratulations to all 2023 College of Fellows. Advocating for science and engineering is very important for our society.@NUBioE1 @CMBE_BMES
Dr. Guohao Dai retweeted
The @StanfordCVI Seminars will resume in 2023 with a fantastic lineup of speakers!
@chaz_hong @songli_UCLA @sunlouise1 @stem_yoon @SanjaySinhaUK @chansteve73 @GerechtLab @yingge2121 @MarioDelmar3 @guohaodai @PilarAlcaidePhD @CheslerLab @sumanthprabhu01 @KathyWuMD @SvatiShah
Our paper showed that Sox17 mediates vascular endothelial cells adaptation to arterial hemodynamics, also arterial-venous patterning. sciencedirect.com/science/ar… @Biomaterials_ @SFBiomaterials @BMESociety @CMBE_BMES @CMBEjournal @endothelialnews @vascularbiology @NUBioE1
