CELLBLOKS® Standard
CELLBLOKS® Standard Kits
CELLBLOKS® revolutionizes multiple cell-type co-culture studies with its patented modular "plug and play" technology. This innovative system allows you to emulate organ microenvironments in a standard in-vitro setting. By growing different cell types on Barrier Blocks™ or Circulatory Blocks™, which mimic barrier organs and those involved in systematic circulation, you can create unique experimental setups. Connecting these blocks in various configurations enables you to simulate complex organ-organ interactions, providing valuable insights into how organs communicate under different conditions. The platform's compatibility with 2-D and 3-D cell growth, as well as static or flow systems, offers flexibility in experimental design. With CELLBLOKS®, you can easily set up co-culture experiments to study the effects of test drugs or other stimuli on organ interactions, all within a convenient standard SBS plate format
Introduction video to CELLBLOKS® Platform
n this informative video, we introduce you to the CELLBLOKS® platform, a revolutionary technology enabling the development of organ-on-a-chip models. Learn about its key features, precise control of microenvironmental conditions, and its versatile applications in research. Watch the video to explore the exciting world of organ-on-a-chip technology with CELLBLOKS®
Revolutionize Drug Discovery with In-Vivo Like Organ Interactions: Experience the Power of Advanced Predictive Models with CELLBLOKS®
CELLBLOKS® provides a more predictive and reliable alternative to traditional animal testing for studying organ-specific functions and interactions. Its interactive LEGO®-like design allows for easy building of complex models, mimicking both barrier organs and those in systematic circulation. With CELLBLOKS®, you can perform a wide range of combination studies and easily "Plug and Play with different cell growth blocks to create intricate models in a convenient and versatile platform. Join the forefront of advanced in-vitro testing with CELLBLOKS®
Unlock the Potential of Multiple Cell and Organ Type Co-Culture with CELLBLOKS® System and Matrix
The CELLBLOKS® system and matrix provide a powerful tool for studying cell type interactions. With three-way combination possibilities, you can test individual cell types, sets of two, and tri-cultures all in one plate. The CELLBLOKS® matrix helps identify the most promising cell type combinations for further study, saving you time and money. By leveraging this technology, you can unlock the potential of complex biological systems and make groundbreaking discoveries in your field.
Why choose our standard CELLBLOKS Platform
Improved Reproducibility
Produce reliable data by maintaining similar environments across experiments.
The CELLBLOKS® is designed in a standard SBS plate format to work with regular CO2 incubator and readout equipment. This enables you to minimize environmental differences across standard culture vessels and read-out equipment giving you more reliable and reproducible data.
Quick and simple analysis
Visualise and monitor in real-time
The open top access allows you to monitor the experiments in real-time. Cells can be imaged live by a standard confocal microscopy without being disrupted. In addition, media can be collected for further analysis while the cells are interacting permitting long term effect to be studied.
Saves time
Easy to set up “Plug and Play” Block design also facilitates modification of experiments in real time
Remove and substitute individual cell growth Blocks from the base chamber at any time without disturbing other cells in culture. This gives you more time to generate data that you need and spend less time in re-setting the experiments from the beginning
More Productive
Perform multiple experiments simultaneously in one platform
Each platform has four individual channels to run separate cell-cell interaction experiments all at the same time within one device, enabling more productivity in less time.
How does it work?
The Platform
CELLBLOKS® platform has dimensions of a SBS standard Tissue Culture well plate. It has four sperate elongated channels with location for three separate Blocks. Each channel is filled with media (3-5 ml) to allow the cell-cell communication between the Blocks
Related
Scientific Publications
Introducing CELLBLOKS®: a novel organ-on-a-chip platform allowing a plug-and-play approach towards building organotypic models
Llabjani et.al., 2022
This publication highlights the innovative features and capabilities of CELLBLOKS®, our advanced organ-on-a-chip platform. It demonstrates the plug-and-play approach of building organotypic models, enabling researchers to replicate complex organ systems in a controlled and customizable environment. This publication serves as a valuable resource for researchers interested in leveraging CELLBLOKS® technology for their own studies and advancements in the field of organ-on-a-chip research.
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If you're interested in discovering how CELLBLOKS® OOC can benefit your research, we invite you to get in touch with us. Our team is available to provide further insights and address any inquiries you may have. Feel free to explore the following contact options: