Latest publications

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Co-development of mesoderm and endoderm enables organotypic vascularization in lung and gut organoids

The vasculature and mesenchyme exhibit distinct organ-specific characteristics adapted to local physiological needs, shaped by microenvironmental and cell-cell interactions from early development. To recapitulate this entire process, we co-differentiated mesoderm and endoderm within the same spheroid to vascularize lung and intestinal organoids from induced pluripotent stem cells (iPSCs). 

The most user friendly system for working with organoids yet.

 

In close collaboration with scientists, we aim to innovate 3D cell culture research, pushing the frontiers of in vitro models by solving the bias of active diffusion and no shear stress.

This means that cells can present a physiological performance similar to what is seen in vivo and the re-establishment of intercellular communication, whether they are spheroids, organoids, or other aggregates. Sounds advanced? Don’t worry it’s even more user friendly.

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Watch how the ClinoStar works

Application Areas

The ClinoStar 3D cell culture technology is made for scientists who cultivate and mature cells.

The technology can be used across several application areas and allows the generation of uniform, reproducible, and functional spheroids and organoids. These spheroids mimic the function, structure, and architecture of in vivo cells. The technology thus lets you perform research using cell models with an unprecedented correlation between in vivo and in vitro conditions and closes the gap between 2D cell culture and cell function.

See how it works on the application areas below.

Developmental Biology

Read new publications about how blastoids grown in a 3D cell culture environment can create in vitro models of blastocysts.

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Liver

Watch exclusive webinars and interviews, and learn how other scientists work with long-term liver cell cultures in the ClinoStar system.

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Neuroscience

See how other scientists have used the ClinoStar system for growing brain organoids in a 3D environment and how to get started yourself.

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Oncology

Immersive yourself in insights about working with tumoroids in 3D and how other scientist uses the ClinoStar for oncological research.

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The CelVivo Technology

The ClinoStar technology is developed to mimic in vivo performance with low sheer stress, allowing scientists to generate in vitro models that closely resemble real-world conditions. Thus creating more accurate, reproducible research and experiments – without animal use.

How japan and South Korea are transforming 3D cell culture technology

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Brochure

 

Start your journey with stress-free 3D today. Download our brochures to see all the details on how you create beautiful organoids and spheroids and learn more about the growing of constructs in an in vivo-like environment.

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Cell Culture History

 

Cell culture involves isolating cells from an organism and providing conditions to keep them alive and proliferate. Initially, this was done by growing the cells on flat surfaces (2D). However, with the realization that 2D performance has limitations, the focus shifted towards growing cells as clusters (organoids or spheroids), where they more closely mimic what occurs in vivo.

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Support

 

Do you need support with your ClinoStar? Do you have any questions regarding applications or protocols? Visit our support site to get answers to our frequently asked questions or contact a CelVivo employee.

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