Top Tweets for #IPSCs
New Epigenome Technologies Blog! https://t.co/cXBikCEbUY
"Characterizing Maintenance of Pluripotency with iPSC-Perturb-Seq"
New research applies Perturb-Seq to iPSCs to improve our understanding of pluripotency
#Epigenetics #Blog #PerturbSeq #iPSCs #StemCells #Pluripotency
✨From diagnostics to regenerative medicine, #DefineBio is enabling the next era of healthcare innovation.
✨With #biobank solutions, #PBMCs, #iPSCs, #FFPE panels & umbilical cord derivatives, @Biovalley2 is advancing #research & powering #MakeInIndia healthcare.
#MedTech
Ahead of the 20-year anniversary of induced pluripotent stem cells #iPSCs, Joseph Wu & colleagues review how this technology has moved from bespoke experimental models toward standardized, engineered biological medicines.
https://t.co/xx86z0G1Mr
Today we're hosting more than 30 students from across Europe at @kemijski, in collaboration with @BESTLjubljana.
They are learning about #CART therapies, #iPSCs, #AAV-based gene therapy, viral vector manufacturing, regulatory aspects, and the #CTGCT and @GeneH_project projects.
Scientists developed tetraploid #iPSCs to generate more mature, post-mitotic #cardiomyocyte-like cells with improved mitochondrial and contractile function.
Read more via @CommsBio:
🔖 https://t.co/xdpL4srOQC
🧬 In 2006, a breakthrough in #Kyoto changed how we think about what a cell can become. @nabihasaklayen shares how Dr. Shinya Yamanaka’s lab discovered four factors that can reprogram adult cells into #iPSCs, a powerful cell state with many possibilities. https://t.co/QHYsw6cNDj
Two Physicists Walk Into a Stem Cell Lab... 🔬
Our Co-Founders @NabihaSaklayen & @MadridMarinna reflect on their journey from #physics to #biology, the idea behind @CellinoBio & why they’re excited about the next chapter of #iPSCs.
▶️ Watch below! https://t.co/vphPpQIlLX
Drs. Suzan Stelloo, Michiel Vermeulen and team evaluated how stem cell maintenance conditions affect the competence of #iPSCs to differentiate into somitoids.
🔖 https://t.co/AdMqyMc25M
Researchers with Evan Appleton (@evappleton) at @colossal have generated the first #iPSCs from Asian elephants, providing a new platform for conservation and disease research. 🐘
Read more: https://t.co/BOgAMCTQyp
Listen to the discussion: https://t.co/fAztJsBl0V
🚨 Something big is coming!
20 years after the discovery of #iPSCs, we're sitting down with the scientist behind it all.
Dr. Shinya Yamanaka, @NobelPrize Laureate, joins us to discuss the discovery that changed regenerative medicine and where we're headed next.
📃 https://t.co/yk4ImOk4SL
Exciting new #clinical study in @NatureMedicine:
Four people with complete cervical spinal cord injuries received neural #StemCells grown from #iPSCs. Four years later: no tumors, no graft-related adverse events, grafts stable on imaging. #SCI
https://t.co/gerVEJrbGm
Spinal Cord Injury Stem Cell Transplant Clears Phase I, Improves Motor Scores
The treatment improved movement and function in several participants, paving the way for larger trials to determine if it can restore #neurologicalabilities
@KeioGlobal
#iPSCs
https://t.co/q8wuKCQsnF
Excited to share that my PhD thesis work is now available as a preprint! https://t.co/IVi5Av094A This work represents a long but rewarding journey. Grateful to my PIs @MingxiaGu and @ZornLab, and all our collaborators for their help and guidance.
#organoids #NAMs #iPSCs
Recently published in @stemcellreports!💡
Researchers develop a highly efficient method to generate CGRP-expressing peptidergic nociceptors from human #iPSCs, creating a robust platform for pain research and drug discovery.
🔖 https://t.co/L76trEApKS
#Neural Blossoms🏵️
An image of neural rosettes #differentiated from human #iPSCs. NPCs stained for DAPI, PAX-6 (pink) & nestin (yellow) were imaged using spinning disk confocal at 20X🔬
🥼#Artwork by Shahzabe Mukhtar from @UKDRI at @cardiffuni 🇬🇧
#microscopy #sciart #bioart
Scientists develop an improved measles virus–based reprogramming platform that efficiently generates human #iPSCs with rapid vector clearance and robust differentiation potential.
🔖 https://t.co/T7sCYdlm2G
#FujifilmCellularDynamics opens expanded #iPSC #manufacturing facility in Wisconsin. The 175,000-square-foot facility in Madison is expected to quadruple iPSC manufacturing capacity and support future #contractmanufacturing of #celltherapy products. https://t.co/4iL4kkBFl8 #iPSCs
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