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Supporting innovation, excellence and the highest ethical standards focused on taking stem cell discoveries from the lab to the patient. (RT≠endorsement)

Los Angeles, CA
Joined June 2015
Photo by UCLA Broad Stem Cell (@UCLAstemcell)Photo by UCLA Broad Stem Cell (@UCLAstemcell)Photo by UCLA Broad Stem Cell (@UCLAstemcell)Photo by UCLA Broad Stem Cell (@UCLAstemcell)Photo by UCLA Broad Stem Cell (@UCLAstemcell)Photo by UCLA Broad Stem Cell (@UCLAstemcell)Photo by UCLA Broad Stem Cell (@UCLAstemcell)Photo by UCLA Broad Stem Cell (@UCLAstemcell)Photo by UCLA Broad Stem Cell (@UCLAstemcell)Photo by UCLA Broad Stem Cell (@UCLAstemcell)
If you love microscopy as much as we do, join our #UCLA-wide contest to find the very best in scientific imaging at UCLA! Details, contest rules & prizes can be found here: ow.ly/yYOr5101VIV #UCLAStemCell #MicroscopyContest
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Today, the BSCRC Stem Cell Seminar Series welcomed Dr. Rui Yi of @NU_Pathology, who shared how terminally differentiated cells help specify the next generation of hair follicle stem cells. 🧬 Catch the next one on Jan. 7. See our list of events: stemcell.ucla.edu/events
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Meet @Mohamad_Abedi — a UCLA bioengineer designing new ways for cells to communicate. 🔬 He shares his path from community college to synthetic biology, his pursuit of "barely believable" ideas and his love of exploring unfamiliar cuisines. 🔗 ow.ly/gLni5103RaO
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A UCLA-led team details how it scaled up an experimental CRISPR therapy that directly corrects the sickle cell mutation in patients’ blood-forming stem cells, w/ preclinical testing supporting its move into the clinic. ow.ly/XaPG5103x2S Microscopy Credit: NCATS, NIH
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Enter our #microscopy contest to show off your scientific images and videos! Details, contest rules & prizes can be found here: ow.ly/fWJl5101VIW Video: Live cell imaging of muscle cells. Credit: Tamas Nagy/Thomas Rando Lab
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Happy Halloween from the #BooSCRC! We love to see our labs embrace the spooky spirit 👻 The @Butlerlab_UCLA & @NovitchLab went as the default Seurat DimPlot palette 🎨 The Chia labs dressed as blood cells🩸 The @golabnow takes to the beach 🏝️ Bonus: B&N UMAP clusters
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⏰ Last chance! Join the Blue & Gold Challenge before Saturday, October 31 at noon to provide the crucial, flexible funding researchers need to pursue innovative ideas and accelerate discoveries that could transform lives. Make an impact: ucla.in/4i52bQ4[
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ICYMI: UCLA's Dr. Donald Kohn (Dr. Moustache to those in the know) was recently elected to the National Academy of Medicine, a recognition of his forty years advancing gene therapies for patients with blood and immune diseases. @Kohn_Lab @theNAMedicine
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🚨 The Blue & Gold Challenge is here! Join UCLA's weeklong giving campaign that brings together the Bruin community to support the university’s mission of innovation, discovery, and student success. Make your gift today: ucla.in/4i52bQ4
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If you were a piece of lab equipment, what would you be? 🔬 A steady centrifuge? A sharp-eyed microscope? Watch to see what our trainees picked and tell us yours in the comments! #UCLAStemCell #StemCellResearch #LabLife #STEMEducation
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This microfluidic device squeezes cells as they pass through, loosening their tightly packed DNA so CRISPR tools can reach and switch on genes to make cell reprogramming more efficient. 🧫🧬 🔗 ow.ly/WKyt5100kpB #ResearchPowersProgresss #CellReprogramming #CRISPR
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📷: 1) Microfluidic device. | Song Li Lab/UCLA 2) Combining CRISPRa with the squeeze (right) improved cell reprogramming efficiency compared to CRISPRa alone (left). Blue: DAPI, green: Tubb3 (a neuron-specific marker). | Yang Song/Song Li Lab
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Last month, the BSCRC sponsored the 2026 MBI Annual Retreat, which showcases student research and provides a venue for for connection & collaboration. We're always thrilled to see trainee participation at these events!
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Congratulations to @UCLA's Dr. Donald Kohn on his election to @theNAMedicine! The physician-scientist has spent nearly 4 decades bringing new gene therapies from the laboratory to patients w/ blood & immune diseases. @Kohn_Lab @dgsomucla @UCLAHealthJCCC ow.ly/qFKP50ZZ31c
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Congratulations to UCLA scientist Julia Mack on a $1.37M @NIH grant! Her team will study how cells lining blood vessels sense blood flow and activate signals that protect against inflammation. 🩸 reporter.nih.gov/search/igqg… #NIH #UCLA
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To celebrate #StemCellAwarenessDay, we've put together a quick explainer on stem cells: what they are and why they matter! 🧪 #UCLAStemCell #ResearchPowersProgress #StemCellResearch
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As a dermatologist, Dr. Amy Vandiver sees signs of damage and aging written across her patients’ skin. As a scientist, she’s investigating what those changes mean for the rest of the body. Learn more: ow.ly/yKeJ50ZXoR0
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A UCLA-led team has received a four-year, $2.7 million grant from the @NIH to study how Zika virus damages the developing eye and to identify drug-based strategies that could protect babies’ vision. 🔗ow.ly/vIU050ZX0sY #ResearchPowersProgress #InfectiousDiseases
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Time travel for cells? Almost. 🧬⏪ iPSC technology lets researchers reprogram adult cells back to an undifferentiated state, so they can become nearly any cell type. Visit stemcell.ucla.edu/glossary to learn more! #UCLAStemCell #StemCellResearch #WordoftheWeek #Reprogramming
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“Radial glia are the coolest cells that have ever existed — they’re really key to making us human," @BhaduriLab. Read more: stemcell.ucla.edu/news/how-d…
How does a developing brain decide which kinds of cells to make? A @dgsomucla-led study from Dr. Aparna Bhaduri and Dr. Heather Christofk’s labs found that metabolism may help guide that process. Using developing human brain tissue and lab-grown brain models, researchers found that changing glucose availability shifted which types of brain cells formed. The image shows fluorescently labeled cells in the brain models under different glucose conditions, helping researchers see how the mix of developing cell types changed. Read more: doi.org/10.1016/j.cell.2026.…. #UCLA #Neuroscience #BrainResearch
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