Transforming Drug Discovery and Disease Modeling: Build Custom In-Vitro Models with CELLBLOKS®
Choose the options that meet your research objectives
Build Your Custom Organ Models
Use CELLBLOKS® to design and construct custom models with ease. Select cell types, configurations, and conditions to match your research goals. Build unique in-vitro models and explore diverse biological systems.
Validated Advanced Organ Models
Choose from pre-designed single & connected organ models such as liver, gut, brain and more. These validated and optimized models offer a reliable and ready-to-use solution for drug discovey studies, organ functions and diseases. Benefit from our expertise and streamline your research with validated models.
Custom Model Development Services
Do you need a highly specialized model beyond our existing offerings? Collaborate with our experts to create CELLBLOKS® models that precisely mimics your desired organ system. From concept to realization, we work closely with you to develop a custom model that advances your research goals.
Introducing CELLBLOKS® NANOSTACKS™: Revolutionizing In-Vitro Modeling for Advanced Research and Drug Discovery
Welcome to CELLBLOKS® NANOSTACKS™ - the future of in-vitro modeling. Our revolutionary platform empowers researchers with advanced technology and user-friendly design. Create intricate multi-layered tissue models with ease, thanks to industry-compliant NANOSTACKS™ that seamlessly integrate into standard laboratory equipment. Explore new frontiers in drug discovery, disease modeling, and tissue engineering. Experience the power of CELLBLOKS® NANOSTACKS™ today.
Versatile 3D Assembly
Create complex and physiologically relevant tissue structures by assembling up to 4 NANOSTACKS™ in one well.
Fit NANOSTACKS™ into a SBS-standard 24-well plate, ensuring compatibility with standard laboratory workflows and equipment.
Seamlessly integrate with plate readers and standard laboratory equipment for easy data collection and analysis.
Precise Cell Layer Control
Study cell-cell interactions and tissue-specific functionalities with precise control over cell layers and spatial organization.
Screen multiple conditions and compounds simultaneously, enabling efficient experimentation.
Scalable and Cost Effective
Scale up tissue models cost-effectively with NANOSTACKS™, offering an alternative to expensive microfluidic chip methods.
"For biological research or drug discovery applications, striving towards organotypic structure and function will improve the translational relevance and predictivity of cell models. 3D assembly of multi-cellular structures, communication between cells within or across connected models alongside media flow are the focus of multiple organ on a chip (OOAC) technologies. CELLBLOKS is a new entry into the OOAC space. It has plate-based familiarity with the potential to develop and connect multiple cell models exploiting the multi-modular nature of the technology. Established cell or trans-well based models can be migrated into the format and connected in multiple combinations with or without media flow. The approach exploits existing laboratory equipment and requires minimal training, enabling a lower barrier to investment and reduced model transition to the format compared to other approaches on the market."
DR. MALCOLM HADDRICK
Lead Scientist at Medicines Discovery Catapult, UK
"CELLBLOKS® is a true innovation for co-culture activities. The soluble factors including growth factors and cytokine can be smartly and conveniently introduced to targeted cellular population in a semi-quantitative manner. The working procedure is simple and easily implemented."
PROF. YING YANG
Professor in Biomaterials and Tissue Engineering at Keele University, UK
“CELLBLOKS® is great technology and innovative technique. Very easy to use and instructions are well designed. This platform enables us to screen various compounds in-vitro during our research using nanoparticles, aptamers, and others. We are interested to better mimic skin barrier and blood brain barrier and are continuing to explore the use of CELLBLOKS® for this purpose. Our research continues in this filed, to discover new products we would need models like CELLBLOKS® for testing permeation and penetration of cell lines. I would recommend it and encourage other researchers to use it.”
DR. TAMARA ZWAIN
Lecturer in Pharmaceutics at University of Central Lancashire, UK
"CELLBLOKS® can be used to overcome the serious limitations hampering the use of organotypic slice cultures in long-term experiments. The system allows sharing of cell secreted factors released from three or more types of cross-communicating cells/tissues and can be easily adapted in studying cell-cell interactions in complex organs like the salivary glands."
DR ABEER SHAALAN
Postdoctoral Research Associate at King's College London
The latest blogs
5 tips for making your own complex in vitro model
Discover 5 essential tips for designing and setting up a complex in vitro model (CIVM) that mimics the human body more effectively than traditional models. From maximizing cell types to validating your model, these insights will help you advance your research and increase its relevanceRead More
Human Organs-on-Chips: easier said than done
Discover the current state of the art in organ-on-a-chip technologies and how they compare to conventional cell culture methods. Dr. Valon Llabjani, Founder and CEO of Revivocell Limited, explores the advancements, limitations, and the need for improved models. Learn about Revivocell's CELLBLOKS® technology, a modular multi-organ/cell type co-culture system that bridges the gap between traditional methods and organs-on-a-chip approaches.Read More
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Need some help?
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: