@sunbioscience
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Stem cells, organoids, bioengineering, precision medicine.
Lausanne
Joined September 2014
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🎬 WEBINAR | Join us for the second edition of our SUN webinar ‘Gri3D® in action' series - 16th April 2024
This time SUN will host Doppl SA and MolDev to learn more about standardized 3D cell culture in #Gri3D.
🔜 Register now for our new #SUNwebinar: events.teams.microsoft.com/e…
A fantastic study from the @TheLutolfLab at @EPFL_en designed by @ngjorevski demonstrates tissue geometry drives organoid patterning. The approach based on hydrogel patterning, the technology developed by SUN for our microwells, allows for predictable organoids. Congrats 👏
What a great way to start the new year!!! Check out our recent paper in Science showing how
tissue geometry drives intestinal organoid patterning. Great work by @ngjorevski,
@mike_nikolaev
et al. and collaboration with @priscaliberali
@AnsethGroup
science.org/doi/10.1126/scie…
SUN bioscience retweeted
Congratulations to @sunbioscience and his team for receiving a Tech Growth loan from the @FIT_fund!
The startup will now be able to further scale and industrialize its product and hire additional staff!
More info
actu.epfl.ch/news/sun-biosci…
We are so thrilled to finally share with you our latest paper on blood-brain-barrier organoid arrays. In it, @Robvillasr and colleagues describe the use of our #Gri3D platform to upscale and automate organoid production and antibody-penetration assays. fluidsbarrierscns.biomedcent…
Thank you @Robvillasr for the wonderful collaboration! Huge congrats to Claire Simonneau and all authors!
Check out our recent paper on next-generation #gastruloids. Congrats to @muggi_ 👏🎉🥳 and thanks to @NicoBroguiere @AMartinezArias @sunbioscience!
SUN bioscience retweeted
It feels good to see this one out in @NatureComms! Have a look at how we attempt to engineer mouse embryos 🔧🐭
Exciting findings on the link between epithelial architecture of the post-implantation epiblast and formation of brain-like tissues⬇️
nature.com/articles/s41467-0…
Have you met our #Gri3D yet? Generate hundreds of homogeneous #organoids in a single pipetting step, in an automation-compatible format! Organoid culture was never so easy! Check out all its features here: sunbioscience.ch/products/
#3Dculture #spheroids #research #highthroughput
#SLASEurope21 is starting tomorrow ! Come find us at the virtual exhibition and set up a chat about Gri3D® technology and its applications for #highthroughput #screening on 3D-cultured #organoids. See you there @SLAS_Org !
#Gri3D #automation #research
We are ready #EACR2021 ! Make sure to carve out a few minutes to “stop by” our virtual booth and learn more about our technology and its applications in oncology ! Our team members will be there for a chat! @EACRnews
#virtualconference #cancerresearch #organoids #research
#EACR2021 is just one week away! Drop by our virtual booth and learn more about our product Gri3D® and its applications in oncology!
🔔 ONE WEEK left until #EACR2021! Are you as excited as we are? Follow this link to see what we have in store for you in the run-up to the main event: eacr2021.org/programme
SUN bioscience retweeted
#Bioengineered human bone marrow for the study of HSC recruitemtent using @sunbioscience's high-troughput platform and automated 3D analysis with @MATLAB and @ImarisSoftware. Honored to be part of that project. Thanks to @MarijanaML, @romainGuiet and most of all @sonja_giger!
Check out our latest preprint on bone marrow #organoids generated from aggregates of endothelial & mesenchymal cells biorxiv.org/content/10.1101/… Nice effort by @sonja_giger @MoritzHofer_ and collaborators 👏! Another application of hydrogel microcavity arrays nature.com/articles/s41551-0…
SUN bioscience retweeted
Check out our latest preprint on bone marrow #organoids generated from aggregates of endothelial & mesenchymal cells biorxiv.org/content/10.1101/… Nice effort by @sonja_giger @MoritzHofer_ and collaborators 👏! Another application of hydrogel microcavity arrays nature.com/articles/s41551-0…
SUN bioscience retweeted
Our 10 most-red articles in 2020.
#8: High-throughput automated organoid culture via stem-cell aggregation in microcavity arrays
rdcu.be/ccRSH
SUN bioscience retweeted
A step closer to personalized cancer immunotherapy💉!
Our work on the super cool microwell platform showing #tumoroid killing by autologous #Tcells is out !
Many thanks @TheLutolfLab, François @LFranciscoLM @NicoBroguiere, @sunbioscience for the great team effort!
Check out our preprint on #tumoroids: A robust and scalable microwell assay to measure how T cells can kill #tumoroids - patient-derived and fully autologous. biorxiv.org/cgi/content/shor… Nice work by #tumoroid team @Dj1987Devanjali, Francois Rivest, @LFranciscoLM, @NicoBroguiere.
Check out another of the 101 ways to use our Gri3D plates:
Check out our preprint on #tumoroids: A robust and scalable microwell assay to measure how T cells can kill #tumoroids - patient-derived and fully autologous. biorxiv.org/cgi/content/shor… Nice work by #tumoroid team @Dj1987Devanjali, Francois Rivest, @LFranciscoLM, @NicoBroguiere.
SUN bioscience retweeted
We just uploaded our work on BBB organoid arrays! biorxiv.org/content/10.1101/…. This was a fantastic effort started by Claire Simonneau and Martina Duschmalé and an exceptional collaboration with @sunbioscience
SUN bioscience retweeted
We are happy to share our recent preprint on bioengineered #embryoids formed from embryonic and extra-embryonic stem cells! We study the role of epithelium in gastrulation and formation of brain-like tissues! Follow up to see how we do it: ⬇️
biorxiv.org/content/10.1101/…
SUN bioscience retweeted
The 12 issue covers of 2020.
September
go.nature.com/2GITD34
rdcu.be/ccTYa [Paper]
