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Qkine
@qkinebio
Raising the standard in animal-free bioactive protein manufacturing and innovation.
#StemCell #Organoid #RegenMed
ID: 801583236656877568
https://www.qkine.com 24-11-2016 00:28:31
1,1K Tweet
844 Followers
1,1K Following
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Our latest #FridayRead comes from Williams, T. L. et al at Cambridge University, where they described novel fluorescent ligands to study the apelin receptor. Their study features FGF-2 and Activin A proteins from Qkine. zurl.co/MZZt #GrowthFactor #StemCells #AnimalFree

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Join us on the 27th of March as we will be exhibiting at the Uni of Nottingham #WeAreUoN Biodiscovery Institute. Meet with our Product Manager, Dr. Dammy Olayanju, to learn more about our animal-free growth factors, grab a cake, and enter our prize draw! #Research #GrowthFactor #StemCell

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This recent publication from the lab of Stephen O’Rahilly, Cambridge University, shows great promise for potential avenues of treatment and prevention of HG by blocking GDF-15 action in the pregnant mother. Full paper here - zurl.co/ntxA #GrowthFactors #Hyperemesis

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Registration for the 7th London Stem Cell Network Annual Symposium on 23 April is still open! Secure your place today and/or submit your abstract to have the chance to present a poster or a short talk by following this link - zurl.co/z3tb #LSCN2024 #StemCells #Organoids #iPSCs

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Robert Thomas's lab at Loughborough University has analyzed growth dynamics between commonly occurring genetically variant hPSCs and their counterpart wild-type cells in culture cells. Read the full paper here - zurl.co/2UaD #StemCells #Pluripotency #hPSCs

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Sharing this recent publication from the lab of Magdalena Zernicka-Goetz, Caltech, Cambridge University, about the intricate dance of signaling coordination between the epiblast, trophectoderm, and hypoblast during early human embryonic development zurl.co/XE30 #StemCells

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Listen to the latest podcast from The Stem Cell Report. In this episode, Martin Pera is joined by leading experts in neurogenesis and cell therapy for spinal cord injury, Hideyuki Okano and Yusuke Saijo at Keio Global. zurl.co/5bVS #ISSCR #StemCell
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Recent research from José Silva & Lab highlights the critical role of culture conditions and provides a new platform to study human embryo development in vitro, potentially reshaping our understanding of hnPSCs and embryo development. zurl.co/bWfk #StemCells

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A recent study from Nowakowski_Lab, UC San Francisco, explores thalamic dysfunction in psychiatric disorders, focusing on the 22q11.2 microdeletion associated with increased risk. Read the full paper here: zurl.co/Uvfq #Organoids #Research

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