Top Tweets for #IntestinalStemCells
#Gut support cells use neuron-like extensions to deliver signals directly to #IntestinalStemCells, revealing a precise communication system that could transform #RegenerativeMedicine and gut disease treatment. @dukenus https://t.co/j9SOKOTRKD https://t.co/7NEOSElHEg
A single metabolic enzyme, OGDH, acts as a switch guiding #IntestinalStemCells toward absorptive or secretory fates, offering new strategies for enhancing gut regeneration after injury or inflammation. @nature https://t.co/KKsr4I69Yg https://t.co/ozQcKBldL6
πCheck eCM latest articles: Intestinal stem cells (ISCs): ISCs-derived organoids for disease modeling and therapy
https://t.co/LaBLTSMnQ0
#IntestinalStemCells #Organoids #DiseaseModeling #RegenerativeMedicine #TissueEngineering
π#SuggestedRead "A leaky human colon model reveals uncoupled apical/basal cytotoxicity in early Clostridioides difficile toxin exposure" by @Meryem_T_Ok et al.
π±οΈ https://t.co/qNDN6AdSOw
@magnesslab #IntestinalStemCells #AbsorptiveColonocyteMonolayers #Toxicity #Permeability
[2/2] This is part of another excellent book edited by Paloma Ordonez-Moran #IntestinalDifferentiatedCells @organoidscience @SpringerNature 2023. She also edited #intestinalstemcells book (!) https://t.co/2Be8TJUm9f
πA leaky human colon model reveals uncoupled apical/basal cytotoxicity in early Clostridioides difficile toxin exposure (Scott T. Magness et al.)-published in #ajpgi
π±https://t.co/sfY2iyGKWi
@magnesslab #IntestinalStemCells #AbsorptiveColonocyteMonolayers #Permeability
Happy to share our latest preprint! Our findings highlight an important role for isthmus cells during intestinal homeostasis and regeneration.
#IntestinalStemCells
More info π
https://t.co/01Y1nwWoUh
Exploring beautiful Chicago between sessions and filling spare time with Drosophila origami #Dros23
And if you are passionate about #intestinalstemcells and #aging, I'd love to have a chat with you! Come see my poster tomorrow, it's the number 749T! π
π#ArticlesInPress "A leaky human colon model reveals uncoupled apical/basal cytotoxicity in early Clostridioides difficile toxin exposure" by Scott T. Magness et al.
πhttps://t.co/vhEHLqNap4
@magnesslab @Meryem_T_Ok @KeithBreau @JosephBurclaff #IntestinalStemCells #Toxicity
Researchers at The Naval Medical University in Shanghai found through #organoid experiments that Zymosan-A promoted the proliferation and differentiation of #IntestinalStemCells after ionizing radiation. βοΈ
Read more at @cddpress | π https://t.co/AEU66vKNDY
In this study, scientists affiliated to @NKU1919, @ZZUofficial and (University of) #ChineseAcademyOfSciences show that #intestinalstemcells are regulated by #microbiota and niche enteric #serotonergic neurons.
Abstract here. > https://t.co/MWU45wbe2v
#LifeSciences #CellBiology
Check out this review in @TrendsMolecMed! π
Dr. Stefania Senger at @MassGeneralNews discusses studies on #probiotics and #postbiotics in the context of organoids and organoid-based platforms that can be generated from #IntestinalStemCells.
π https://t.co/ANjdwvj34E
#DrugDiscovery platform created from #IntestinalStemCells could help identify possible new therapies for #MetabolicDisorders, according to scientists @BostonChildrens, USA. https://t.co/ehs11WIPoP Read the full paper here: https://t.co/D1HzTQqMFs
A research team discovered a link between unhealthy #diet, #intestinalstemcells and diseases like #obesity, #diabetes and #gastrointestinalcancer. The investigations could provide an important basis for non-invasive therapies: https://t.co/eiN6I3A3jj
#noninvasive #therapy
Smooth muscle cells are major contributors of so-called 'niche factors' that are required to maintain intestinal epithelial stem cells https://t.co/C0xDGRFlQY @MennoOudhoff #ProteomicAnalysis #IntestinalStemCells #Stem-CellNiche
Show me your crypts! Montre moi ce que tu as dans les tripes! #confocal #Lgr5 #confetti #intestinalstemcells
Did you see the video of gut-like peristaltic organoids published in our recent #StemJournal article by Hidenori Akutsu and coworkers?
#StemJournal #StemCells #HumanIntestinalOrganoids #IntestinalStemCells
View at: https://t.co/VJG3CnCsqU
Hidenori Akutsu (from @ncchd_pr) explains about the first study to show that human gastrointestinal organoids exert catalytic activity on xenobiotics. Discover more in the Q&A at: https://t.co/bbPevJwl75
#StemJournal #StemCells #HumanIntestinalOrganoids #IntestinalStemCells
The murine intestinal stem cells are highly sensitive to the modulation of the T3/TRΞ±1-dependent pathway https://t.co/i9qdzKdOCW Check out one of our lab's last paper in @Dev_journal #intestinalstemcells #thyroidhormone
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