The only peer-reviewed journal dedicated to cellular reprogramming mechanisms, technologies, and applications. Formerly as Cloning and Stem Cells, Est. 1999.
New Rochelle, NY
Joined October 2021
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Cellular Reprogramming retweeted
1/2 The interview series "Reprogramming Stars" featured in Cellular Reprogramming, highlights the work of leaders in the field by introducing them and their science in exciting talks. @CellRepJrnl
Cellular Reprogramming retweeted
New study in @CellRepJrnl reveals #trehalose protects bone marrow-derived mesenchymal stem cells (#BMSCs) under #oxidativestress and enhances stem cell-based therapy for cerebral #ischemicstroke: ow.ly/muOf50JL6xk
Cellular Reprogramming retweeted
Thanks @niche_leigh for this nice perspective on our work on senescence in regeneration @CellRepJrnl liebertpub.com/doi/10.1089/c…
Cellular Reprogramming retweeted
Our News & Views about how to generate HSCs in vitro without gene modification | @BigSpinLab @CellRepJrnl | #HSCs #development #hematopoiesis
liebertpub.com/doi/10.1089/c…
Cellular Reprogramming retweeted
Thrilled to announce the Kick-off of our @EUeic pathfinder #RESYNC project in Lund! We are excited to begin the collaborative effort with @ASTRAZENECAUK to turn cancer cells into immune cells with chemical reprogramming. A big thanks to all consortium partners and collaborators!
Cellular Reprogramming retweeted
Great paper demonstrating the extension of lifespan in wild-type mice by in vivo reprogramming! Although this is a great first step, I believe we are all waiting for a much stronger effect once we overcome the technical barriers. Let’s keep working together to get there!
Our new article reveals that gene therapy-mediated partial reprogramming extends lifespan and reverses age-related changes in aged mice, showcasing lifespan extension in wild-type animals through in vivo reprogramming. @eskamoah @cc_biology_ @rejuvenatebio
liebertpub.com/doi/10.1089/c…
Cellular Reprogramming retweeted
New paper out from @rejuvenatebio Congrats to everyone who contributed! @cc_biology_ @Y_Ryan_Lu @LouisMetzger_ liebertpub.com/doi/10.1089/c…
businesswire.com/news/home/2…
Cellular Reprogramming retweeted
🚀 A new study showing safety and efficacy of epigenetic rejuvenation via partial cellular reprogramming — this time in a glaucoma mouse model. Rejuvenation by partial reprogramming holds incredible potential to revolutionize medicine.
Sustained Vision Recovery by OSK Gene Therapy in a Mouse Model of Glaucoma: A year-long functional tracking of in vivo partial reprogramming demonstrates safety and efficacy. Work from @margaretekarg @YuanchengLu @davidasinclair @bruce_ksander liebertpub.com/doi/10.1089/c…
Cellular Reprogramming retweeted
Our next installment of epigenetic rejuvenation via age reversal is out: 2 months of OSK gene therapy in mice with glaucoma fully restores their vision, with no evidence of side-effects, even after prolonged use. Congrats to Bruce Ksander, @YuanchengLu, and the entire team 👏🏻🙏 tinyurl.com/mvwansz8
Cellular Reprogramming retweeted
Physics, chemistry & biology cooperate together in this interesting paper.
New article: Low-Intensity Nanosecond Pulsed Electric Field Accelerates Osteogenic Transformation of Human Dermal Fibroblasts by Enhancing Cell Pluripotency liebertpub.com/doi/abs/10.10…
Cellular Reprogramming retweeted
Very excited to share the latest paper from our laboratory where we investigated the adverse effects of in vivo reprogramming. We hope that our work can help this very promising field to move forward. Congratulations to the authors and collaborators! nature.com/articles/s43587-0…
Cellular Reprogramming retweeted
First live birth of a #chimeric monkey using embryonic stem cell lines.
Read more in @CellCellPress:
cell.com/cell/fulltext/S0092….
#ChineseAcademyofSciences Qiang Sun, Zhen Liu, Miguel A. Esteban
Cellular Reprogramming retweeted
Discovery of ACBEs 🧬has broadened the scope or possibilities of base editing. Science fiction is happening, now 🚀.
Read my views on newly discovered ACBEs released in @CellRepJrnl @LiebertPub "Efficient A·T-to-C·G Base Editing via Adenine Transversion Editors"
ALT Adenine transversion BEs and their applications.
Cellular Reprogramming retweeted
Today, we express our sorrow at the passing of the brilliant scientist, Ian Wilmut. Wilmut's pioneering work in the field of cloning, most notably the creation of the iconic sheep, Dolly, ensures his enduring legacy.
linkedin.com/posts/lotte-str…
Cellular Reprogramming retweeted
#CellReprogramming Techniques: Contributions to #CancerTherapy
Researchers discuss recent advances in iPSC cancer models for cancer research, the effects of cancer cell reprogramming on cancer cells,& its potential use in immune cell therapy: ow.ly/4HnG50PCt8k @CellRepJrnl
Cellular Reprogramming retweeted
So delighted to share our human embryo-like model that was published today @Nature
We used it to study cross-talk between embryonic and extraembryonic cells in human embryos to generate amnion and PGC-like cells. Thanks to Bailey & Carlos in our lab for their hard work & insight
Cellular Reprogramming retweeted
The first report to demonstrate the production of MSTN gene-edited cloned embryos of the Murrah #buffalo, this approach presented in @CellRepJrnl allows the use of the #CRISPR/#Cas9 system and #SCNT for future production of genome-edited buffaloes: ow.ly/wP0P50OrCPX
Cellular Reprogramming retweeted
Last call to submit your paper to the 25th anniversary of @CellRepJrnl! Celebrating 25 years of reprogramming from #cloning to directed #reprogramming! Deadline June 15! Open for reviews, original articles and brief communications. More information at bit.ly/3B56HsH
Cellular Reprogramming retweeted
A very good chance for cloning and stem cells' experts 👍👍 – at Seo-gu, Republic of Korea
Last call to submit your paper to the 25th anniversary of @CellRepJrnl! Celebrating 25 years of reprogramming from #cloning to directed #reprogramming! Deadline June 15! Open for reviews, original articles and brief communications. More information at bit.ly/3B56HsH
Cellular Reprogramming retweeted
New Review in @CellRepJrnl researchers demonstrate the characteristics of #exosomes and emphasize their biological functions and clinical capacity from #DTMSCs on the recent new findings to achieve and gather contemporary precious knowledge in this field: ow.ly/tMMi50OcRU0
