Ehsan_Razmara (@ehsan_razmara) 's Twitter Profile
Ehsan_Razmara

@ehsan_razmara

PhD student at Australian Regenerative Medicine Institute @ARMI_Labs. MSc of Human Genetics @TMuTehran

ID: 830154041850265601

linkhttps://www.armi.org.au/about/our-people/ehsan-razmara/ calendar_today10-02-2017 20:38:41

47 Tweet

61 Followers

391 Following

Tulsi Soni (@shedntcare_) 's Twitter Profile Photo

MIT University is offering free online courses. No textbooks or fees required. Here are 10 courses you don't want to miss & start earning $2000/m

MIT University is offering free online courses.

No textbooks or fees required.

Here are 10 courses you don't want to miss & start earning $2000/m
Teichlab (@teichlab) 's Twitter Profile Photo

🎉Our Human Developing Limb Cell Atlas is now published in Nature! ✨ nature.com/articles/s4158… We've delved into the intricate world of limb cell states and architecture, uncovering new spatial patterns and regulatory codes. Here's a thread to share the journey! 👇

Lior Pachter (@lpachter) 's Twitter Profile Photo

The choice of whether to use Seurat or Scanpy for single-cell RNA-seq analysis typically comes down to a preference of R vs. Python. But do they produce the same results? In biorxiv.org/content/10.110… w/ Joseph Rich et al. we take a close look. The results are 👀 1/🧵

The choice of whether to use Seurat or Scanpy for single-cell RNA-seq analysis typically comes down to a preference of R vs. Python. But do they produce the same results? In biorxiv.org/content/10.110… w/ <a href="/Josephmrich/">Joseph Rich</a> et al. we take a close look. The results are 👀 1/🧵
Single Cell papers (@scell_papers) 's Twitter Profile Photo

Single-cell allelic transcriptomic analysis unravels intratumoral gene expression heterogeneity linked to TNBC pathogenesis dlvr.it/T65pnP

Ehsan_Razmara (@ehsan_razmara) 's Twitter Profile Photo

🚀 Lab Win! 🚀 Finally nailed pSMAD3 staining in mouse cartilage! The Tdt+ and pSMAD3+ cells look absolutely stunning. So worth the effort! 🌟🔬 The purple ones are pSMAD3+ cells:

🚀 Lab Win! 🚀
Finally nailed pSMAD3 staining in mouse cartilage! The Tdt+ and pSMAD3+ cells look absolutely stunning. So worth the effort! 🌟🔬
 The purple ones are pSMAD3+ cells:
Ehsan_Razmara (@ehsan_razmara) 's Twitter Profile Photo

Just when you think science can’t surprise you… spent my morning on the cryostat, only for the hindlimb section to resemble Don Quixote’s face 🤨🦵Guess my samples are tilting at windmills now!

Just when you think science can’t surprise you… spent my morning on the cryostat, only for the hindlimb section to resemble Don Quixote’s face 🤨🦵Guess my samples are tilting at windmills now!
Ehsan_Razmara (@ehsan_razmara) 's Twitter Profile Photo

Thrilled to present my research at the AFGN Symposium 2024! It was an incredible experience to share my findings, connect with brilliant minds, and get valuable feedback. Exciting times ahead as our field continues to evolve! #AFGNetwork #RegenerativeMedicine #ResearchInnovation

Thrilled to present my research at the AFGN Symposium 2024! It was an incredible experience to share my findings, connect with brilliant minds, and get valuable feedback. Exciting times ahead as our field continues to evolve! #AFGNetwork #RegenerativeMedicine #ResearchInnovation
Ehsan_Razmara (@ehsan_razmara) 's Twitter Profile Photo

My PhD journey feels like it’s nearing its end—full of ups and downs. With my final milestone successfully behind me, it’s time to wrap up this chapter and get ready to start a new one soon.#PhDlife #ARMI #Monash

My PhD journey feels like it’s nearing its end—full of ups and downs. With my final milestone successfully behind me, it’s time to wrap up this chapter and get ready to start a new one soon.#PhDlife #ARMI #Monash
Ehsan_Razmara (@ehsan_razmara) 's Twitter Profile Photo

Struggling through a demanding paper when Graham handed me a peach from his garden. Simple, sweet, and unexpectedly revitalizing—just what I needed to refocus. Small gestures, big impact:)

Struggling through a demanding paper when Graham handed me a peach from his garden. Simple, sweet, and unexpectedly revitalizing—just what I needed to refocus. Small gestures, big impact:)
Ehsan_Razmara (@ehsan_razmara) 's Twitter Profile Photo

Excited to present at #LorneGenome2025! Discover how Gli1+ chondroprogenitors drive catch-up growth through transcriptomic, in vivo, and ex vivo insights. If you're interested, check out doi.org/10.1101/2024.0…. #Genomics #RegenerativeMedicine

Excited to present at #LorneGenome2025! Discover how Gli1+ chondroprogenitors drive catch-up growth through transcriptomic, in vivo, and ex vivo insights. If you're interested, check out doi.org/10.1101/2024.0….  #Genomics #RegenerativeMedicine
Ehsan_Razmara (@ehsan_razmara) 's Twitter Profile Photo

Excited to be recognized as a Best Poster Presenter at #LorneGenome2025! Sharing my research on Gli1+ chondroprogenitors & catch-up growth with top geneticists & stem cell experts was amazing. Grateful for the insights & discussions! #RegenerativeMedicine #Gli1 #Pdgfra #cartilage

Excited to be recognized as a Best Poster Presenter at #LorneGenome2025! Sharing my research on Gli1+ chondroprogenitors &amp; catch-up growth with top geneticists &amp; stem cell experts was amazing. Grateful for the insights &amp; discussions!
#RegenerativeMedicine #Gli1 #Pdgfra #cartilage
ARMI (@armi_labs) 's Twitter Profile Photo

On #RareDiseaseDay, we celebrate the brilliant minds at ARMI tackling rare conditions: Kaslin Lab: Fighting Sanfilippo syndrome Lieschke Lab: Unlocking mysteries of rare blood disorders Currie Lab: Decoding muscular dystrophies Thank you for your tireless efforts!

On #RareDiseaseDay, we celebrate the brilliant minds at <a href="/ARMILabs/">ARMI</a> tackling rare conditions:
Kaslin Lab: Fighting Sanfilippo syndrome
Lieschke Lab: Unlocking mysteries of rare blood disorders
Currie Lab: Decoding muscular dystrophies 
Thank you for your tireless efforts!
Ehsan_Razmara (@ehsan_razmara) 's Twitter Profile Photo

A beautiful Loriini perched on a Banksia at Monash—nature’s vibrant touch in the heart of campus!🦜🦜🦜🦜🦜🦜🦜

A beautiful Loriini perched on a Banksia at Monash—nature’s vibrant touch in the heart of campus!🦜🦜🦜🦜🦜🦜🦜
Maria Ermolaeva (@mariaermolaev13) 's Twitter Profile Photo

Chronic stress literally destroys the brain by interfering with protein and organelle quality control. Interestingly, acute stress does the opposite. nature.com/articles/s4158…