Top Tweets for #IntestinalOrganoids
#FluorescenceFriday paper from our team: we report application of GelMA hydrogels with tuneable mechanical properties and added laminin to the culture of small #intestinalorganoids. We found that mechanical properties alone are not sufficient for basal membrane support,
Incredibly proud of Julie for persevering and driving this research to completion! 🥰 @doug_fairlie #IBD #autophagy #trafficking #intestinalorganoids https://t.co/8yEqrkB5H2
New review in @ajpgi "Intestinal organoid coculture systems: current approaches, challenges, and future directions" by Ghanyah Al-Qadami et al.
🖱️https://t.co/tsEW8EMmrS
#IntestinalOrganoids #Microbes #ImmuneCells #StromalCells
#SystemicLupusErythematosus serum induces altered #GobletCell differentiation & leakiness in human #IntestinalOrganoids
By I. V. Hensel, M. Resnik-Docampo & colleagues at BioMed X
👉https://t.co/HP4nXNhgQj
🔬🧫 It's always a joy meeting this outstanding scientists!
At @MartinezLabIBEC we are polishing the cell protocols to work with #intestinalOrganoids on @cellendes hydrogels.
🥳 Looking forward to our next @b_brighter_eu meeting that we'll be hosting in #Barcelona 📍
🎉Brighter’s one-year-meeting recently took place at @goetheuni in Frankfurt🎉
It was the occasion to discuss about results and next steps, and to get a close look at the 3D bioprinter prototype. It was really a very fruitful meeting! #Tissueengineering #3dbioprinting #lightsheet
Investigators verified whether the 3D in vitro culture 🧫 of stem cells derived from the canine yolk sac was capable of developing #IntestinalOrganoids. @usponline
🔗 https://t.co/4N8Tajz3rF
What better way to end the week than to see your intestinal organoids finally grow after a few failed attempts?🔬🧫 #intestinalorganoids
🧫Culturing #IntestinalOrganoids and interested in moving beyond static culture scaffolds?
You'll want to read this @ScienceAdvances article from @AnsethGroup and collaborators!
🎉 Congratulations @LabMaxYav, @bruceekirk, @drblatch and collaborators for our latest in @ScienceAdvances! Max + coauthors used a photoadaptable hydrogel to manipulate intestinal organoid shape —> altered membrane properties and templated differentiation.
https://t.co/EcJpUVrMEA
Online in @STARProtocols: Dr. Hans Clevers' lab @HansClevers @BeumerJoep
@TheCleversLab @_Hubrecht describing the differentiation and #CRISPR-Cas9-mediated genetic engineering of human #intestinalorganoids: https://t.co/AX0A6vXING
#Organoids
Check out this #protocol from Dr. Hans Clevers' lab @HansClevers @BeumerJoep @TheCleversLab @_Hubrecht describing the differentiation and #CRISPR-Cas9-mediated genetic engineering of human #intestinalorganoids: https://t.co/5NxipDHMfI
Research in @CellReports
#Organoids
Monitoring #intestinal #organoids can be difficult! In this application note, we show how we used #machinelearning and #automatedimaging to quickly and easily analyze and classify #intestinalorganoids.
https://t.co/lRZvrBw4Ht
It was really exciting to present my #intestinalorganoids in live super-resolution #microscopy at @SIBPA_ !!
Representing the @SellinLab at #EMBObacnet22! Enjoying a fantastic meeting and looking forward to discuss #Salmonella #infection of #IntestinalOrganoids tonight!
Hello from everyone at EMBO BACNET22. Thank you to @EMBO @JMolBiol @ukbiofilms and @UoDLifeSciences for funding the meeting!!
Last Lab Day before Summer Holidays 🏝 See you soon my babies!🧫❤️ #intestinalorganoids #adultstemcells #confocalmicroscopy #liveimaging #stemcellbiology
Using multiple conditional deletion models, including cystic human #IntestinalOrganoids, a team of scientists including Dr. Ken Cadwell at @nyugrossman found that IL-17A acts on Lgr5+ intestinal stem cells to promote secretory cell lineage commitment.
https://t.co/GpxchQdm0z
The Huang group find that #UlcerativeColitis patient #iPScell derived #IntestinalOrganoids reproduce colitic phenotypes, and this is ameliorated with CXCL8 receptor inhibition in vitro and in xenografts.
#stemcells #scRNAseq #organoid
@SamKamaliS @CCLRI
https://t.co/69o3XWibf7
Review | The authors of this review talk about #CellCultures, #IntestinalOrganoids, scaffold-based three-dimensional models, and organ-on-a-chip and their use in studying the interaction between human intestine and microbes 🦠. https://t.co/eVxOyEi4ON
3D human #intestinalorganoids are suitable for a broad range of measurements of intestinal drug and nutrient transport and #metabolism, allowing #animalexperiments to be partially replaced and reduced: https://t.co/17hJrtfbNn #organoids #livecellimaging #intestine #3Rs
Are you interested in #IntestinalOrganoids?🎓
You can find some of the recently published research articles and reviews right here!
✅ https://t.co/S0dmRIRjoT
I'm very excited to use my first tweet to announce that my first paper has been published! We use photodegradable hydrogels for the culture and repetitive passaging of #intestinalorganoids! Thanks to @EllaAHushka @AnsethGroup @TheLutolfLab and Tobin
https://t.co/MW28DXnleJ
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