The recent pandemic caused by the COVID-19 virus shows the world the importance and the great need of vaccines that can effectively combat such diseases. However, the development of an effective vaccine involves a lot of effort and the highest safety standards. Production is therefore often slow and very expensive. The project NESSIE addresses precisely these weaknesses. NESSIE was initiated by SINTEF, a Norwegian research organization, Lithoz, world market leader in 3D printing of ceramics, and IBET, a Portuguese biopharmaceutical research centre. genIbet and Cerpotech joined the consortium bringing their expertise on manufacturing of biopharmaceuticals and innovative materials, respectively. The project aims to increase the efficiency with which vaccines are produced and is already contributing to the development of novel methods to purify viruses, such as adenovirus-5.Adenoviruses are excellent vectors for delivering genes or vaccine antigens to humans. Many of the successful vaccines actually use viruses to deliver the necessary elements to get immune. Such viruses are expensive to produce. Furthermore like many substances used for humans, there is extra caution with the purity and purification of these viruses is very expensive. Using ultra-high resolution ceramic 3D printing and applying a novel design for the manufacture of chromatographic columns (the most advanced purification technology), the project will improve separation and reduce production costs. NESSIE succeeded in the production of the first chromatographic supports (see picture below) and will soon test them for adenovirus purification.The Nessie research project shows that revolutionary technologies such as 3D printing can improve our healthcare system in a sustainable way. Already today we see the strengths of this digital technology. With the current closure and shortage of medical supplies, 3D printing has proven that local manufacturing can be more than just making prototypes. 3D printing is helping to quickly reproduce component regardless of location and without being dependent from complex supply chains in a cost-effective way.
|Call Topic||Innovative Surfaces, Coatings and Interfaces (Call 2016)|
|Duration in months||36|
|Total project cost||792.866|
Forskningsveien 1, Oslo 0373, NorwayDr. Carlos A. Grande