Naveed Tavakol, PhD (@naveedtavakol) 's Twitter Profile
Naveed Tavakol, PhD

@naveedtavakol

Tissue Engineer #stemcells #organonachip #hematopoiesis 🩸🔬| @ColumbiaBME PhD w/ @GVNlab @theNCI @nsfgrfp | @epfl @uva | #TSwift 🏳️‍🌈

ID: 748204629155004416

linkhttp://sites.google.com/view/naveedtavakol/about calendar_today29-06-2016 17:20:59

3,3K Tweet

2,2K Followers

2,2K Following

Naveed Tavakol, PhD (@naveedtavakol) 's Twitter Profile Photo

Join us tomorrow, Wednesday, Feb. 12th at 3pm EST for a #TissueTalk with a pioneer in the cancer, hematopoiesis, and stem cell fields from Stanford Medicine Dr. Irv Weissman! See you there: bit.ly/tissuetalks

Join us tomorrow, Wednesday, Feb. 12th at 3pm EST for a #TissueTalk with a pioneer in the cancer, hematopoiesis, and stem cell fields from <a href="/StanfordMed/">Stanford Medicine</a> Dr. Irv Weissman! 

See you there: bit.ly/tissuetalks
Gordana Vunjak-Novakovic (@gvnlab) 's Twitter Profile Photo

Join us tomorrow, Feb. 19th at 3pm EST as Prof. Jeff Hubbell from New York University joins us for #TissueTalks to discuss "Engineering the microenvironment in regeneration and inflammation." See you soon: bit.ly/tissuetalks

Join us tomorrow, Feb. 19th at 3pm EST as Prof. Jeff Hubbell from <a href="/nyuniversity/">New York University</a> joins us for #TissueTalks to discuss "Engineering the microenvironment in regeneration and inflammation."

See you soon: bit.ly/tissuetalks
Naveed Tavakol, PhD (@naveedtavakol) 's Twitter Profile Photo

Really happy to contribute to this work with Dr. Yuefei Zhu from Kam Leong's lab at Columbia, & thanks to Translational Research Institute for Space Health for many years of support in studying the risks for space radiation using bioengineering approaches. Check out the paper here: advanced.onlinelibrary.wiley.com/doi/full/10.10…

Columbia - Irving Institute for Cancer Dynamics (@cancer_dynamics) 's Twitter Profile Photo

🔬 Science Magazine highlights Elham Azizi and the impact of immigrant scientists in driving innovation! As a Vilcek Prize for Creative Promise recipient, Azizi’s work in AI and machine learning is shaping the future of immunotherapy and cancer research.📖 bit.ly/4kalw2b

🔬 <a href="/sciencemagazine/">Science Magazine</a> highlights <a href="/ElhamAzizi/">Elham Azizi</a> and the impact of immigrant scientists in driving innovation! As a Vilcek Prize for Creative Promise recipient, Azizi’s work in AI and machine learning is shaping the future of immunotherapy and cancer research.📖 bit.ly/4kalw2b
Gordana Vunjak-Novakovic (@gvnlab) 's Twitter Profile Photo

Join us tomorrow, Feb. 26th at 3pm EST for a #TissueTalk with Brown University Dean and Prof. Tejal A. Desai on "Tuning the 'Structure' of Biomaterials for Cell-Based Therapy." See you there! bit.ly/tissuetalks

Join us tomorrow, Feb. 26th at 3pm EST for a #TissueTalk with <a href="/BrownUniversity/">Brown University</a> Dean and Prof. <a href="/TejalADesai/">Tejal A. Desai</a> on "Tuning the 'Structure' of Biomaterials for Cell-Based Therapy."

See you there! bit.ly/tissuetalks
Tina Termini (@cterminiphd) 's Twitter Profile Photo

The Termini Lab is recruiting a Lab Aide to join our group - more information and instructions to apply can be found at the posting below 👇🧫👇🔬👇🐁 careers-fhcrc.icims.com/jobs/29265/lab…

Michael Baym (@baym) 's Twitter Profile Photo

Terminating unrelated biomedical research grants because of political accusations before any kind of investigation or due process is an obscene authoritarian move that in addition to being unamerican, will weaken America permanently

Matthew Connelly (@mattspast) 's Twitter Profile Photo

This one Columbia department, Biomedical Engineering, produced 140 inventions in the past five years, leading to 30 industry licenses and 20 new startups.

Miriam Merad, MD, PhD (@miriammerad) 's Twitter Profile Photo

The question is what's the scientific method and the rational to cutting 100 million dollars in NIH funding to any academic institution with records of excellence in biomedical science.

Anjali Kusumbe (@kusumbelab) 's Twitter Profile Photo

Very exciting study from the Warren Grayson lab! Revealing vascular networks in young & aged mice—shedding light on aging. Young mice show a dense vessel network in skull. news-medical.net/news/20250311/… In Bone Research (IF 14.3) nature.com/articles/s4141… 🔬👇

Very exciting study from the Warren Grayson lab! Revealing vascular networks in young &amp; aged mice—shedding light on aging. Young mice show a dense vessel network in skull.
news-medical.net/news/20250311/… 

In Bone Research (IF 14.3)
nature.com/articles/s4141…

  🔬👇
Siyu He (@siyuhe7) 's Twitter Profile Photo

Thank you so much Nathan Labenz !! It was an amazing conversation with #cognitiverevolution podcast. Please check more details of #Squidiff and #CORAL here🤩🤩🤩

Columbia - Irving Institute for Cancer Dynamics (@cancer_dynamics) 's Twitter Profile Photo

🎓 Congrats to Dr. Cameron Park (Azizi Lab) on a successful defense! On March 31, she presented her dissertation on ML + multi-omics for immunotherapy response modeling. We’re excited to see what’s next for her! #IICDNews #PhDDefense #MachineLearning #WomenInSTEM

🎓 Congrats to Dr. Cameron Park (Azizi Lab) on a successful defense! On March 31, she presented her dissertation on ML + multi-omics for immunotherapy response modeling.

We’re excited to see what’s next for her!

#IICDNews #PhDDefense #MachineLearning #WomenInSTEM
Jane Xu (@drjanexu) 's Twitter Profile Photo

Do you know that cohesin ring controls how transcription factor access chromatin? Excited to share my first piece of postdoctoral work where we investigate how Stag2 cohesin contributes to leukemia! 1/10. biorxiv.org/content/10.110…

Michelle Huang (@michshuang) 's Twitter Profile Photo

Excited to share the latest work from my PhD now out in Nature Communications! We leverage matrix viscoelasticity and engineered N-cadherin-like signaling peptides to expand neural progenitor cells in 3D hydrogels in vitro while preserving their stemness. 😊 🔓: rdcu.be/epxe2

Excited to share the latest work from my PhD now out in <a href="/NatureComms/">Nature Communications</a>! We leverage matrix viscoelasticity and engineered N-cadherin-like signaling peptides to expand neural progenitor cells in 3D hydrogels in vitro while preserving their stemness. 😊

🔓: rdcu.be/epxe2