REPROCELL Europe wins CV Technology Innovator Awards 2016 for Alvetex
REPROCELL Europe has won the Corporate Vision Technology Innovation Award 2016 for Alvetex technology for 3D cell culture.
The following is CV Magazine’s interview with REPROCELL Europe’s CSO Professor Stefan Przyborski.
MOST RENOWNED FOR INNOVATION IN CELL TECHNOLOGY 2016 & DEVELOPMENT OF ADVANCED 3D TISSUE MODELS USING ALVETEX
|Address:||REPROCELL Europe, NETPark, Sedgefield TS21 3FD, UK; Durham University, South Road, Durham DH1 3LE, UK|
REPROCELL Europe specializes in the development of innovative technologies to build human tissues from cultured cells for the benefit of research and discovery and ultimately therapeutic applications. We invited the man behind their 3D culture technology, Chief Scientific Officer Professor Stefan Przyborski, to provide an in-depth overview of the firm and its service offering.
Stefan Przyborski is the Professor of Cell Technology at Durham University and is an expert on cell differentiation and the formation of tissue structure and function. To overcome the limitations of conventional cell culture methods, he researched and developed technology to enable three-dimensional (3D) growth of cultured mammalian cells in the laboratory. He founded Reinnervate Limited as a spin-out company from Durham University in 2002 as a vehicle to develop and commercialize this technology.
Conventional cell culture methods primarily enable the growth of cells as flat two-dimensional monolayers. This severely restricts the ability to recreate the appropriate structure and function of cells and can potentially influence the outcome of the data produced. Alvetex technology was developed to enable scientists to recreate the more natural 3D cell structure of cells in a robust and routine manner and to produce human tissue-like in vitro models that more accurately reflect the structure and function of their native counterparts. The data generated from the study of such 3D models are of significant value enabling scientists to more precisely simulate the cellular and molecular processes in real tissues and enhance the predictive accuracy of drug action.
Professor Przyborski developed the Alvetex series of products based on underpinning research at Durham University. Alvetex is a porous polystyrene membrane that enables cultured cells to retain their natural 3D architecture and prevent cells from flattening as in conventional cell culture. The maintenance of the natural 3D shape of cells is essential for normal function and the spatial arrangement of different cell types as found in real tissues. A primary focus and application of Alvetex technology is the construction of more sophisticated and complex tissue models including layers of multiple cell types. Essentially such technology is being used to recreate the natural anatomy and structure of human tissues for use in the research laboratory. These human tissue models will dramatically impact the ability to: advance the research and drug discovery process; improve efficiency and reduce research costs overall; and reduce and replace the need to use animals in research.
REPROCELL Europe specializes in the development of innovative technologies to build human tissues from cultured cells for the benefit of research and discovery and ultimately therapeutic applications. We invited the man behind their 3D culture technology, Chief Scientific Officer Professor Stefan Przyborski, to provide an in-depth overview of the firm and its service offering. Alvetex is sold to cell biologists and researchers using cell culture methods in academic, government, and industry laboratories. This is a global market opportunity relevant to any scientist using mammalian cell culture. Alvetex is firmly embedded in the product portfolio offered by ReproCELL that also includes stem cell technology, specialized media and reagents, and contract research services. Stefan talks us through the technology in more detail.
Alvetex is sold to cell biologists and researchers using cell culture methods in academic, government, and industry laboratories. This is a global market opportunity relevant to any scientist using mammalian cell culture.
“The areas we have focused on were developed initially when the concept was conceived and Alvetex was invented. The innovation involves a combination of multiple aspects in the design of the product, including developing porous membrane technology to support 3D cell growth and the development of a reproducible and robust manufacturing process. A technology was created that could be used routinely in the laboratory alongside conventional cell culture methods and develops a product without shelf-life, warehousing, or shipping issues. The format of Alvetex also needed to satisfy industry formats that are compatible with a broad range of analytical and robotic platforms.”
“We are continually developing Alvetex technology and demonstrating its use for the construction of a range of different 3D tissue models and new applications. We are a high-tech business, developing and selling products into a high-tech space. Scientists use our technology, and we support our products through interaction with scientists hence why our company has a strong scientific culture and maintains a highly skilled and qualified scientific team. This is important in developing new applications for our technologies and providing support for our clients when using Alvetex products.”
“Additionally, we have invested heavily in demonstrating the application and use of our products in multiple areas of cell culture, including cancer, liver, neuroscience, skin biology, stem cell science, and general tissue development. This information is actively promoted to our customer base through our website, exhibitions and presentations, and published materials. This wealth of information has proven to be successful in the acquisition of customers from many different disciplines in cell biology. This sets us apart from our competitors who provide significantly less information about the utility of their products.”
We have invested heavily in demonstrating the application and use of our products in multiple areas of cell culture, including cancer, liver, neuroscience, skin biology, stem cell science, and general tissue development.
Several flagship applications of Alvetex technology have been achieved as the technology becomes recognized and established in the scientific community. For example, Alvetex underpins the construction of a skin tissue model heavily sponsored by a major corporate company. Alvetex has also made its way onto the International Space Station and is part of a major research program to investigate the effect of zero gravity conditions on the formation of bone in space.
“Our customers have purchased and applied Alvetex technology to advance their research in many ways. Already within its relatively short period of product life, there are now well over fifty peer-reviewed independent scientific publications resulting from our customer base, reporting a diverse range of applications for Alvetex technology. As a consequence of this intense activity, there is a significant growth in 3D cell culture using scaffold-based technologies. Our sales are increasing alongside this growth in the sector” Stefan adds.
There are now well over fifty peer reviewed independent scientific publications resulting from our customer base, reporting a diverse range of applications for Alvetex technology.
Ultimately, the Technology Innovator Award reflects the many years of work and significant investment dedicated to the development and application of 3D cell culture technology. The more recent application of such products to the development of advanced in vitro models of human tissues opens up new opportunities for the development of bespoke assays and contract research service offerings. It has always been the ambition of the inventor of Alvetex, Professor Stefan Przyborski, to change the way researchers perform cell culture and offer new more advanced solutions to studying cells and tissues in the laboratory. Alvetex is an example of a game-changing technology driven from the beginning by Professor Przyborski and his research at Durham University and the subsequent commercialization of his invention by Reinnervate and now REPROCELL Europe.
Note: Reinnervate Ltd (County Durham, England) was acquired by REPROCELL Inc (Yokohama, Japan) in August 2014. Biopta Ltd (Glasgow, Scotland) was acquired by REPROCELL in November 2015. REPROCELL Europe Ltd was established by merging Reinnervate and Biopta in June 2016.