Orla surfaces have been used to promote myoblast cell differentiation in a study led by Prof Michelle Peckham of University of Leeds. Orla’s surfaces outperformed traditionally used gelatin coated glass coverslips in fusion and differentiation Continue Reading
We are experts in sticking proteins to surfaces whilst retaining near 100% function
Proteins for functionalisation of biosensors, cell culture ware, bioprocess media and more
Our protein engineering experts will help you develop new products and processes and improve existing ones
We welcome partnering and licensing enquiries for access to our technology and expertise
Since its foundation in 2003, Orla Protein Technologies has built a solid reputation in the Life Sciences Industry through cutting-edge research and a commitment to innovation. We focus upon recombinant protein design, engineering and manufacture particularly for surface applications.
We provide technology, products and bespoke contract services and are continually seeking new partnerships and collaborations. Our patented protein engineering platform, OrlaSURF, can be readily transferred, and is used commercially in a diverse range of Life Science applications such as bioanalytical devices, cell culture, bioseparations, and assay development. We enable improved performance, efficient manufacture, reproducibility, reliability, and ultimately, superior products. Read more
Latest News from Orla
Orla’s poster presentation at Recombinant Protein Technology 2016 Orla will present its protein engineering technology for immobilising proteins on surfaces on a poster at the Recombinant Protein Technology 2016 conference on 8th and 9th June Continue Reading
RESTORATION a 4-year collaborative European research project aiming to develop new resorbable ceramic biocomposites for orthopaedic and maxillofacial applications is now complete. The project partners are very pleased with the outcomes which demonstrate great future Continue Reading
OrlaExplorer plates allow researchers to discover the best growth surface for their cells and then use that exact same surface reliably over a wide range of formats such as well plates, flasks and micro-carrier beads.