Our new study: Blood stem cells in distinct bone marrow niches vary in size and potential depending on the microenvironment. In aged niches, however, size no longer predicts function. https://t.co/Up66Rhbc7M
New Research: Hematopoietic stem cell size heterogeneity is not linked to changes in stem cell potential of aged HSCs https://t.co/uJnAUkfMTQ #FrontiersIn#Aging
Targeting CDC42 reduces skeletal degeneration after hematopoietic stem cell transplantation - Great work of Theresa Landspersky, Christina Schreck in collaboration with the https://t.co/sg65cPeDRc @stemcellniche@JanTuckermann in Ulm https://t.co/MDux662Lrp
@BloodAdvances
Toller Erfolg für Jun.-Prof. Ani Grigoryan: Die Nachwuchs-Gruppenleiterin am Institut für Molekulare Medizin erhält einen @ERC_Research Starting Grant von 1,5 Mio. Euro für die Forschung an alternden Blutstammzellen🩸. Wir gratulieren! https://t.co/8jgWH4tScE *cl/📸privat
Great Start of the #GSCN23 Conference in Ulm with GSCN president Claudia Waskow and local organizer Hartmut Geiger. Let's start three days of discussion about stem cells! @berlinnovation @uni_ulm#stemcells#stammzellen
New study from https://t.co/92PNJfFQgC published in @emboreports on the role of pH in regulating blood stem cell potential via polyamines, potentially improving short-term culture protocols for transplantation and gene therapy: https://t.co/JIZt8mguxp
New study from https://t.co/92PNJfFQgC published in @emboreports on the role of pH in regulating blood stem cell potential via polyamines, potentially improving short-term culture protocols for transplantation and gene therapy: https://t.co/JIZt8mguxp
We want in situ 3d imaging to be possible for every lab. So, check out our detailed paper @STARProtocols about fast and high-res in situ 3D imaging protocol (iFAST3D) for stem cells and various niche components for many mouse organs. https://t.co/bDMMr2OOjK
Introducing the LSA Stem Cells Collection 2022:
Read original findings on progenitor cell regulation, intestinal stem cell clonal dynamics and breast cancer dormancy.
@ISSCR#ISSCR2022#StemCell
https://t.co/AHn9qV9bNb
Our paper by Hageb et al. about accelerated clonal drift of aged intestinal stem cells is now published in @LSAjournal https://t.co/al3lnoJM59 @uni_ulm
Neuer #SFB für die #uulm! — Die "Stellschrauben" des menschlichen Alterns im Fokus 👵👴
Der SFB 1506 „Alterung an Schnittstellen“ widmet sich einer der großen Herausforderungen der #Medizin: der #Alterung des #Menschen. https://t.co/tx3NArWuqA *red/📸: AdobeStock @dfg_public
People, I just found my new crypto home!🏡 @Cure_Token
✔️Charity-backed project
✔️Already donated over $200k to cancer research (and is about to drop another $10k!)
✔️Passed $1Mil volume in 24h!
These guys put their money where their hearts are 💖!
#DYOR
10.1182/blood.2021011775 I'm proud of my amazing team especially Theresa Landspersky and Christina Schreck and all collaborators for making this paper possible. This was a real team effort! Thank you! @stemcellniche@GoetzeKatharina and all those I ave no twitter-tag for