CelVivo

From 2D Cell Culture to 3D.   Learn how Marina Trombetta-Lima from Rijksuniversiteit Groningen has transitioned from 2D to 3D, creating brain organoids with the #ClinoStar system, resulting in a smaller necrotic core than Petri dishes.   Watch the full video on our website: https://lnkd.in/duXggV4w

Learn about the ClinoStar system from our Senior Application Scientist Reeham Motaher, PhD. Are you attending SfN? Stop by our booth to learn even more!

October is Breast Cancer Awareness Month. The global initiative is dedicated to creating awareness and focus on breast cancer. A disease that will affect 100.000 people yearly.   At CelVivo, We have many research partners working to reduce the global impact of cancer through their work with 3D Cell Culture technology.   So today, we like to help spread the word and create awareness of Breast Cancer Awareness Month.   You can read more about Breast Cancer Awareness Month here: https://lnkd.in/dxr3kh8w   We've also created a landing page for researchers and scientists to explore different aspects of how to work with breast cancer models in 3D. From the differences between cell culture-based cancer models to Cell Culture Techniques: https://lnkd.in/dUn9yGkX   Infographic: UICC

Going to Society for Neuroscience 2024 this week? If so, make sure to stop by booth 267 and have a chat with the CelVivo team about 3D Cell Culture. We'll showcase the #ClinoStar, hand out merchandise and who knows, we might even have a competition for you 👀 We can't wait to see you in Chicago from the 5th to 9th of October!

A successful seminar in Toronto 🔬 If you want more information about the ClinoStar system and the game-changing technology, don't hesitate to contact Reeham Motaher, PhD or one of our other scientists. Either here on LinkedIn or through our website: https://lnkd.in/eGxbAC6d

Moving day in Denmark 👷 Today, the CelVivo office in Værløse, Denmark are moving to new office spaces down the road. We can’t wait to greet our clients and collaborators in the new office. We promise it won’t look as messy when you come to visit 😉

Have you seen our latest White Paper about designing In Vitro models for optimal cancer research? Download your free copy on our website and immerse yourself in topics like: 🔬 Cell Culture-Based Cancer Models 🔬 Cell Culture Techniques 🔬How to validate cell culture models for them to generate valuable and relevant data as well as replicate in vivo conditions 🔬Comparisons of 2D culture vs. 3D culture & In vivo 🔬An application note about 'improved triple-negative breast cancer models' Get your White Paper here: https://lnkd.in/dYakG4jK #ClinoStar #CancerResearch #3DCellCulture #InVitro #Organoids

Check out this new poster from Adelina Rogowska-Wrzesinska and her team. "Optimisation of 3D iPSC organoid cultures for enhanced hepatocyte differentiation". This shows that the direct differentiation of iPSCs in spheroids maintained in the ClinoStar system supports the creation of viable, mature hepatic organoids. #IPSC #ClinoStar #Spheroids #Organoids

Are you aware of Fluid Flow Shear Stress? Did you know it's common to introduce shear stress to cell cultures when working with 3D? Even though the majority of human cells never encounter shear stress! Swipe the document to see the importance of minimizing the introduction of shear stress to your cells. #3DCellCulture #ShearStress #Organoids #Spheroids #ClinoStar2 #Clinostat #Incubator

The majority of cells never encounter shear stress. - Why should yours? 🤔 The majority of human cells never encounter shear stress. However, when flowing media past the cells, like in traditional 3D Cell Culture systems, you often introduce excessive shear stress to your cells. In this blog post, we’ll explore the importance and advantages of reducing the introduction of shear stress to your cell cultures and how you can avoid it. https://lnkd.in/dnwa7gcb