Shu Takayama Lab

Microfluidics, biomaterials, organs-on-a-chip, organoids & assays for immunomodulation, pathophysiology studies & drug testing🧬🧪🔬🧫

[Shu Takayama Lab @shulab_gatech]

https://t.co/Rbyly6VFF2
Congrats Asako! Also doing great work on breast cancer organoids @coulterBME as Nakatani RIES student.

[Shu Takayama Lab @shulab_gatech]

Way to go David and team! Triple negative breast cancer invasion, desmoplasia, and drug treatment in inverted co-culture organoid model.

[David Mertz @DrMertz_]

Sharing my just-published research with @shulab_gatech on breast organoids containing adipocytes! Published in Integrative Biology. https://t.co/h308ZaAqQJ

[Shu Takayama Lab @shulab_gatech]

Congrats and Great Job Hannah on Outstanding Thesis!

[GT_BioE @GT_BioE]

Congratulations to all the BioE award winners!!
Outstanding Paper- Nischita Kaza, Outstanding Thesis- Hannah Viola, and Outstanding Advisor- Andrés García.

[GT_BioE @GT_BioE]

Congratulations to all the BioE award winners!!
Outstanding Paper- Nischita Kaza, Outstanding Thesis- Hannah Viola, and Outstanding Advisor- Andrés García.

[Shu Takayama Lab @shulab_gatech]

NET mimetics. Great collaboration with Knight lab. Congrats Midori and team!

[Jason S Knight @jasonsknight]

🕸️🤖👀
More on bioengineered NET mimetics by @shulab_gatech and team...

Visualization of Nuclease- and Serum-Mediated Chromatin Degradation with DNA–Histone Mesostructures
https://t.co/oiWqf5bEAO

[Shu Takayama Lab @shulab_gatech]

Kudos to Eric, Ji-Hoon, Amy and great collaborator Xueying Zhao.

[Coulter BME | Emory & Georgia Tech @CoulterBME]

These new inverted organoids from the
@shulab_gatech provide a better tool for studying kidney disease. Read about it here: https://t.co/ywQrVnLSPP

@gatechengineers @ibbgatech @MSMEDU

[Shu Takayama Lab @shulab_gatech]

Longest hanging drop culture ever for us. Inverted kidney organoids.
https://t.co/g3gYQfqdjF

[Shu Takayama Lab @shulab_gatech]

Careful stretching for femto-liter crack-based valving @springernature Microfluidics and Nanofluidics
https://t.co/ia1a1SLCXR

[Shu Takayama Lab @shulab_gatech]

Thanks to Great Mentors and Fantastic Students! @CoulterBME - Japan International Exchange program for Undergrads

[Coulter BME | Emory & Georgia Tech @CoulterBME]

After a 2-yr delay, the Nakatani research exchange between Coulter BME & Japan has finally welcomed its first students. And both students & mentors say it was worth the wait: https://t.co/97kpSz7riO

[Shu Takayama Lab @shulab_gatech]

Hong, Robby thank you for being Great Mentors. Great job Erina!

[Yeo Research Group @GT_HongYeo]

Nakatani RIES Symposium at Georgia Tech.
I really enjoyed working with Erina from Japan. Hope it was a great experience for her to learn technical skills and culture in my group.
Special thanks to Robby who helped her project develop printed sensors.

[Shu Takayama Lab @shulab_gatech]

Beautiful 3D Movies of Organoid Dynamics by Shu Jia @CoulterBME. https://t.co/dHJuUrgxJ9

[Shu Takayama Lab @shulab_gatech]

BME Faculty Position info from lab alum

[BMEdal @bme_director]

We’re hiring! Very pleased to share this advertisement for a new assistant professor in the School of Biomedical Engineering in the Faculties of @DalEngineering and @DalMedSchool @DalhousieU. Please share: https://t.co/pC67t0HMgj

[Shu Takayama Lab @shulab_gatech]

Amazing UG! And she's done all this while co-authoring several organoid papers in the lab with her mentor @ericparigoris.

[Coulter BME | Emory & Georgia Tech @CoulterBME]

First, undergrad Amy Liu made it easier for Coulter BME students to find research oppts. Now, she’s expanded her PairMe platform across all disciplines at @GeorgiaTech. https://t.co/R3PvAZ5CIu

[Shu Takayama Lab @shulab_gatech]

Great 1st paper from new lab by former mentee. Mechanical regulation of cell differentiation.

[Shreya Raghavan @LabRaghavan]

My lab's first research manuscript is now out in @KargerPublisher 'Cells, Tissues, Organs' - steered by @bmentamu grad @jonsey2297 and Logan, supported by phenom pre-med Dillon - we describe a new bioreactor that can mimic PERISTALSIS!! https://t.co/TZ3KeYwxdW A 🧵 1/6

[Shu Takayama Lab @shulab_gatech]

Live cell imaging of stably-inverted mammary organoids in 384 well plates. Best EGF-Matrigel recipe identified.
https://t.co/ZQ3EwAMypW

[Shu Takayama Lab @shulab_gatech]

Multiple positions GaTech BME: Endowed chair, Tenure-Track Neuroengineering positions, Lecturer/Professor of Practice Positions @CoulterBME

[Coulter BME | Emory & Georgia Tech @CoulterBME]

New year - new job? Check out these opportunities to join the #CoulterBME team in 2022 ⤵️

[Shu Takayama Lab @shulab_gatech]

Lab Alum Author Inventor Arlyne Simon. Best Children's Science Picture Book Award Finalist with Abby Invents the Foldibot! See @ScienceMagazine

[Arlyne writes ABBY INVENTS @ArlyneSimonPhD]

Your girl is in @ScienceMagazine !!!! 🤯🤯 My book “Abby Invents The Foldibot is 1 of 4 finalists for rhe AAAS/Subaru best children’s science picture book award! God is goood 🙌🏾🙌🏾. Gotta send this to my PhD Advisor #kidlit #PictureBooks #IfThenSheCan #AbbyInvents

[Shu Takayama Lab @shulab_gatech]

JOB: Lab alum’s team at Illumina hiring simulation engineer familiar with COMSOL
https://t.co/5oVE2IwLb1

[Shu Takayama Lab @shulab_gatech]

@CoulterBME Hiring Professor of Practice / Lecturer
Job ID 237408: https://t.co/HAHe9WYbxz
Email: [email protected]

[Coulter BME | Emory & Georgia Tech @CoulterBME]

A new knowledgebase published in @naturemethods w/ @shulab_gatech et al could help solve the spheroid reproducibility puzzle. It’s also a call to the research community to contribute their info. Details: https://t.co/MyB7T4BPBJ