STEMCELL Technologies
@stemcell.com
Committed to advancing science with innovative technologies and expert support.
Over 1,000 publications now feature research using #organoid models with IntestiCult™! 🎉
This milestone belongs to you, the scientists who are pushing boundaries and advancing discoveries in gastrointestinal biology, disease modeling, and drug discovery. 🫶
This milestone belongs to you, the scientists who are pushing boundaries and advancing discoveries in gastrointestinal biology, disease modeling, and drug discovery. 🫶
November 25, 2025 at 4:16 PM
Over 1,000 publications now feature research using #organoid models with IntestiCult™! 🎉
This milestone belongs to you, the scientists who are pushing boundaries and advancing discoveries in gastrointestinal biology, disease modeling, and drug discovery. 🫶
This milestone belongs to you, the scientists who are pushing boundaries and advancing discoveries in gastrointestinal biology, disease modeling, and drug discovery. 🫶
We just wrapped #SfN25! Our minds were blown away by the discussions on the latest #neuroscience research. 🤯 Thank you to everyone who attended our sessions or stopped by the booth to chat. @sfn.org
November 20, 2025 at 4:19 PM
We just wrapped #SfN25! Our minds were blown away by the discussions on the latest #neuroscience research. 🤯 Thank you to everyone who attended our sessions or stopped by the booth to chat. @sfn.org
It's another exciting day at #SfN25! Visit our team as they present their posters this morning until 12 pm.
Or stop by booth #1521 to chat with our experts. 👋
Or stop by booth #1521 to chat with our experts. 👋
November 19, 2025 at 7:53 PM
It's another exciting day at #SfN25! Visit our team as they present their posters this morning until 12 pm.
Or stop by booth #1521 to chat with our experts. 👋
Or stop by booth #1521 to chat with our experts. 👋
We've teamed up with Axion BioSystems to bring you the Maestro Pro™ MEA system and neural media for both functional cultures and publication-ready data. 🤝
📍 Learn more at booth #1521! #SfN25
📍 Learn more at booth #1521! #SfN25
November 18, 2025 at 7:55 PM
We've teamed up with Axion BioSystems to bring you the Maestro Pro™ MEA system and neural media for both functional cultures and publication-ready data. 🤝
📍 Learn more at booth #1521! #SfN25
📍 Learn more at booth #1521! #SfN25
Thank you to everyone who attended our presentation! Visit us at booth #1521 if you have any questions. #SfN25
P.S. Who else loves Erin's skirt?! 🌟🎨🖌️
P.S. Who else loves Erin's skirt?! 🌟🎨🖌️
November 16, 2025 at 9:34 PM
Thank you to everyone who attended our presentation! Visit us at booth #1521 if you have any questions. #SfN25
P.S. Who else loves Erin's skirt?! 🌟🎨🖌️
P.S. Who else loves Erin's skirt?! 🌟🎨🖌️
Ready, set, go! With so much to see, #SfN25 can feel like a #neuroscience marathon. 🏃♀️ Make sure your route includes our lineup of posters and don't forget to hydrate! 💧
November 15, 2025 at 8:00 PM
Ready, set, go! With so much to see, #SfN25 can feel like a #neuroscience marathon. 🏃♀️ Make sure your route includes our lineup of posters and don't forget to hydrate! 💧
Innovation in hematopathology starts with the right tools.🩸
At #AMPath2025, Nesrin Hasan presented research showing how STEMCELL reagents supported improved genomic diagnostics for multiple myeloma. Congratulations to the team on this exciting work!
At #AMPath2025, Nesrin Hasan presented research showing how STEMCELL reagents supported improved genomic diagnostics for multiple myeloma. Congratulations to the team on this exciting work!
November 15, 2025 at 6:13 PM
Innovation in hematopathology starts with the right tools.🩸
At #AMPath2025, Nesrin Hasan presented research showing how STEMCELL reagents supported improved genomic diagnostics for multiple myeloma. Congratulations to the team on this exciting work!
At #AMPath2025, Nesrin Hasan presented research showing how STEMCELL reagents supported improved genomic diagnostics for multiple myeloma. Congratulations to the team on this exciting work!
From organoids to output. 📊 #SfN25
Join @3brainag.bsky.social and Carmen Mak on Monday as they demonstrate how BrainPhys™-supported #organoids deliver functional activity, which can be captured through CorePlate™ 3D technology to achieve measurable functional readouts for drug discovery.
Join @3brainag.bsky.social and Carmen Mak on Monday as they demonstrate how BrainPhys™-supported #organoids deliver functional activity, which can be captured through CorePlate™ 3D technology to achieve measurable functional readouts for drug discovery.
November 14, 2025 at 9:48 PM
From organoids to output. 📊 #SfN25
Join @3brainag.bsky.social and Carmen Mak on Monday as they demonstrate how BrainPhys™-supported #organoids deliver functional activity, which can be captured through CorePlate™ 3D technology to achieve measurable functional readouts for drug discovery.
Join @3brainag.bsky.social and Carmen Mak on Monday as they demonstrate how BrainPhys™-supported #organoids deliver functional activity, which can be captured through CorePlate™ 3D technology to achieve measurable functional readouts for drug discovery.
Hey, San Diego! 👋
We flew in from Vancouver for #SfN25 and are ready to kick off a week of #neuroscience. See you soon at booth #1521!
@sfn.org #Neuroskyence #NeuroSky
We flew in from Vancouver for #SfN25 and are ready to kick off a week of #neuroscience. See you soon at booth #1521!
@sfn.org #Neuroskyence #NeuroSky
November 14, 2025 at 5:00 PM
Hey, San Diego! 👋
We flew in from Vancouver for #SfN25 and are ready to kick off a week of #neuroscience. See you soon at booth #1521!
@sfn.org #Neuroskyence #NeuroSky
We flew in from Vancouver for #SfN25 and are ready to kick off a week of #neuroscience. See you soon at booth #1521!
@sfn.org #Neuroskyence #NeuroSky
Organoid of the week: intestinal ⭐ #FluorescenceFriday
Learn how to generate monolayers from hPSC-derived organoids: https://bit.ly/4hKkSYt
Learn how to generate monolayers from hPSC-derived organoids: https://bit.ly/4hKkSYt
November 7, 2025 at 4:10 PM
Organoid of the week: intestinal ⭐ #FluorescenceFriday
Learn how to generate monolayers from hPSC-derived organoids: https://bit.ly/4hKkSYt
Learn how to generate monolayers from hPSC-derived organoids: https://bit.ly/4hKkSYt
We’re getting ready for the third season of the Lab Coats & Life Podcast™ and want to hear your thoughts! 💭
🥼 Fill out the survey for a chance to win a podcast-branded lab coat: https://bit.ly/47gAM9y
🥼 Fill out the survey for a chance to win a podcast-branded lab coat: https://bit.ly/47gAM9y
November 6, 2025 at 4:15 PM
We’re getting ready for the third season of the Lab Coats & Life Podcast™ and want to hear your thoughts! 💭
🥼 Fill out the survey for a chance to win a podcast-branded lab coat: https://bit.ly/47gAM9y
🥼 Fill out the survey for a chance to win a podcast-branded lab coat: https://bit.ly/47gAM9y
(Cell)ebrating Halloween! 🎃 #HappyHalloween
October 31, 2025 at 3:01 PM
(Cell)ebrating Halloween! 🎃 #HappyHalloween
Tip #3
Keep an up-to-date lab inventory tracker that includes reagent names and ordering information.
Keep an up-to-date lab inventory tracker that includes reagent names and ordering information.
October 29, 2025 at 4:25 PM
Tip #3
Keep an up-to-date lab inventory tracker that includes reagent names and ordering information.
Keep an up-to-date lab inventory tracker that includes reagent names and ordering information.
Tip #2
Use one clear labeling system to stay on the same page across the lab.
Use one clear labeling system to stay on the same page across the lab.
October 29, 2025 at 4:25 PM
Tip #2
Use one clear labeling system to stay on the same page across the lab.
Use one clear labeling system to stay on the same page across the lab.
Tip #1
When everything has a home, it’s easier to see when you’re running low.
When everything has a home, it’s easier to see when you’re running low.
October 29, 2025 at 4:25 PM
Tip #1
When everything has a home, it’s easier to see when you’re running low.
When everything has a home, it’s easier to see when you’re running low.
Keep your lab inventory organized to reduce the risk of running out of reagents, prevent duplicate orders, and quickly locate supplies when needed. 🗄️
Follow these tips. 🧵
Follow these tips. 🧵
October 29, 2025 at 4:25 PM
Keep your lab inventory organized to reduce the risk of running out of reagents, prevent duplicate orders, and quickly locate supplies when needed. 🗄️
Follow these tips. 🧵
Follow these tips. 🧵
Which immune cell are you? Take this personality quiz to find your match, and enter for a chance to win one of our brand new immune cell pins! bit.ly/3JllaIF
🏆 Twenty winners will be selected and the contest ends on October 24.
🏆 Twenty winners will be selected and the contest ends on October 24.
October 22, 2025 at 3:04 PM
Which immune cell are you? Take this personality quiz to find your match, and enter for a chance to win one of our brand new immune cell pins! bit.ly/3JllaIF
🏆 Twenty winners will be selected and the contest ends on October 24.
🏆 Twenty winners will be selected and the contest ends on October 24.
Fast, gentle, automated. ⏩
Highway1™ brings high-throughput and high-purity fluorescence-based cell sorting to your benchtop without compromising viability: https://bit.ly/4n2J21n
Highway1™ brings high-throughput and high-purity fluorescence-based cell sorting to your benchtop without compromising viability: https://bit.ly/4n2J21n
October 20, 2025 at 3:00 PM
Fast, gentle, automated. ⏩
Highway1™ brings high-throughput and high-purity fluorescence-based cell sorting to your benchtop without compromising viability: https://bit.ly/4n2J21n
Highway1™ brings high-throughput and high-purity fluorescence-based cell sorting to your benchtop without compromising viability: https://bit.ly/4n2J21n
Cells escaping the border means big-time differentiation.
October 16, 2025 at 4:09 PM
Cells escaping the border means big-time differentiation.
Be aware of loosely packed cells and irregular morphology.
October 16, 2025 at 4:09 PM
Be aware of loosely packed cells and irregular morphology.
Tightly packed cells with large nuclei indicate good morphology.
October 16, 2025 at 4:09 PM
Tightly packed cells with large nuclei indicate good morphology.