PhD student at Weizmann Institute of Science
Weizmann Institute of Science
Joined July 2021
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Huge congratulations to my best and flatmate friend 🥳
Thanks to also teaching me Quantum while dealing with obstacles!
New preprint 🚀
DPD for entangling gates, demonstrated in trapped-ion qubits.
📄 arxiv.org/abs/2603.27761
We suppress distortions (3–5 dB), ~2× usable power at 1e-3 error, and improve Bell-state fidelity.
Pleasure to work with @yotshap, @ozeri_roee, and the team. :)
Mehmet Yunus Comar retweeted
After 20 years, 58 generations and more than 30,000 cloning attempts, a team of researchers has hit the limit on the number of times a single mouse can be serially re-cloned
go.nature.com/47hykPQ
Mehmet Yunus Comar retweeted
BREAKING NEWS
The 2025 #NobelPrize in Physiology or Medicine has been awarded to Mary E. Brunkow, Fred Ramsdell and Shimon Sakaguchi “for their discoveries concerning peripheral immune tolerance.”
Mehmet Yunus Comar retweeted
Dear tweeps - does anyone have great experience with an alternative to the good old radioactive based labeling and membrane blotting for Souther Blot?
Mehmet Yunus Comar retweeted
This episode features the latest work from Dr. @jacob_hanna's team!
Drs. @Alperen98Yilmaz, @GulbenGurhan, and collaborators generated transgene-free mouse stem cell-based embryo models from naive PSCs.
📎 bit.ly/4636dn3
🎧 bit.ly/4fvcaw7
Mehmet Yunus Comar retweeted
Excited to share our work published in @CellStemCell! After determining a way to induce TE and PrE lineages from naive PSCs w/o transgenes to make complete embryo models, we also devised a new culture condition that can maintain Epi, PrE and TE that can generate SEMs on demand.
1/n Fun journey continues: Our new @CellStemCell paper out on how the Inherent & Dormant Plasticity of mouse naive PSCs can be "Exaggerated" to Directly form ~E8.5 Transgene-Free (TF) Mouse SEMs & WITHOUT inducing 8-16-Morula-like "Embryo Founder Cells". cell.com/cell-stem-cell/full…
Mehmet Yunus Comar retweeted
Online Now! Transgene-free generation of mouse post-gastrulation whole embryo models solely from naive ESCs and iPSCs dlvr.it/TMMGMW #stemcells
Mehmet Yunus Comar retweeted
1/n Fun journey continues: Our new @CellStemCell paper out on how the Inherent & Dormant Plasticity of mouse naive PSCs can be "Exaggerated" to Directly form ~E8.5 Transgene-Free (TF) Mouse SEMs & WITHOUT inducing 8-16-Morula-like "Embryo Founder Cells". cell.com/cell-stem-cell/full…
Mehmet Yunus Comar retweeted
We truly enjoyed summarizing this tour de force work in @Dev_Cell on understanding human cleavage stage ZGA arrest by using single-embryo single-cell allele-specific RNA-seq by Peng Yuan team, & catching up on other recent advancements in ZGA research
cell.com/developmental-cell/…
Mehmet Yunus Comar retweeted
Científicos del Instituto Weizmann de Ciencias buscar comprender los enigmas del embrión humano dentro del útero - Infobae infobae.com/salud/ciencia/20…
As a Turkish student, he has always been an idol and one of the people I look up to, and it is completely deserved. @DAcemogluMIT
“You dream of having a good career but this is over and on top of that. It’s a great surprise and honour.”
Daron Acemoglu (@DAcemogluMIT) reacting to the news of his prize in economic sciences today. Congratulations to our new laureate!
#NobelPrize
ALT Illustration of Nobel Prize laureate Daron Acemoglu.
Mehmet Yunus Comar retweeted
Developmental biology meets crystal formation science ! great work from our upstairs neighbours .
Like a master craftsman, animals can mold basic materials into a variety of crystalline structures to perform functions ranging from pattern formation to camouflage and vision. The underlying mechanisms of this process have long remained a mystery.
nature.com/articles/s41589-0…
Mehmet Yunus Comar retweeted
We greatly enjoyed reading and summarizing the important findings of these two new studies on LIN28 regulation of cell fate for @NatureSMB - mechanistic studies at their best!
Congrats Miha @paraspeckle and all other authors
rdcu.be/dRysa
nature.com/articles/s41594-0…
Mehmet Yunus Comar retweeted
Save the date! June 7th @cdf1530 in Paris, the latest developments in the making of human pseudo-embryos in vitro🤘Open access👍 no registration 🙏RT @AMartinezArias @jacob_hanna @NRivron @nmoris @AlainChedotal @TreutleinLab #JFGuerin #ERialSebbag @the_Node
Mehmet Yunus Comar retweeted
We are very excited to present the development of Zman-seq (“Zman”, Hebrew for “time”), the 1st technology that measures single-cell transcriptomes and physical time in vivo, led by @D_Birschenkaum, @CuriousKX, @FlorianIngelfi1, @AssafWeiner
sciencedirect.com/science/ar…. (1/19)
Mehmet Yunus Comar retweeted
Brilliant approach from @IdoAmitLab …. This will enable things for us and many others in the stembryology field
We are very excited to present the development of Zman-seq (“Zman”, Hebrew for “time”), the 1st technology that measures single-cell transcriptomes and physical time in vivo, led by @D_Birschenkaum, @CuriousKX, @FlorianIngelfi1, @AssafWeiner
sciencedirect.com/science/ar…. (1/19)
Mehmet Yunus Comar retweeted
Thank you for the opportunity to talk about out latest work on the ISSCR Digital Webinar: The Science of Integrated Human Embryo Models on 31 October 2023. Register to attend 👉 bit.ly/3PAz0HB
Mehmet Yunus Comar retweeted
The Wall Street Journal @WSJ reports on Hanna lab ideas to explore human post-implantation embryo models as a source for early fetal gonads for gamete generation.
Technology might make it possible someday to create an egg cell from their DNA wsj.com/health/what-if-anyon… via @WSJ
Mehmet Yunus Comar retweeted
Join our upcoming webinar, The Science of Integrated Human Embryo Models, on 31 October to hear the latest in embryo model research including groundbreaking work by Dr. @jacob_hanna #embryomodels #stemcells isscr.org/upcoming-programs/…
Best Inventions 2023: Human Embryo Model
While distinctly not human, the model is close enough to give researchers potential insights into fertility, miscarriage, and more, for the first time ti.me/3MccbYs
Mehmet Yunus Comar retweeted
Best Inventions 2023: Human Embryo Model
While distinctly not human, the model is close enough to give researchers potential insights into fertility, miscarriage, and more, for the first time ti.me/3MccbYs