Research Alliance for the microbial production and applica-tion of biopolymers
The four partners BRAIN, the Hohenstein Institute, Kelheim Fibres and rökona, announce the formation of a new research alliance for the biotechnical production and modification of specialty algi-nates. The aim of the alliance is to establish a sustainable micro-bial bioprocess for the production of specialised alginate compo-nents. The biopolymers should serve a dual purpose: application in high-quality medical product matrices and within the textile industry.
The biopolymer products will be used in both topical and wound-phase specific dressings, as well as for application-specific modification of matrices in technical textiles. Aside from high purity and more defined material properties of the biopolymer, the advantage of microbial pro-duction processes is an improvement in the environmental efficiency of products. Parts of the alliance research project will be co-financed by the Federal Ministry of Education and Research (BMBF) under grant number 013A126 and the acronym AlBioTex.
"Alongside our partners in the alliance, we want to build a high-quality bio-based matrix system and at the same time, a sustainable process in terms of the yield and techno-functionality of the biopolymers", ex-plains Dr. Guido Meurer, Unit Head Microbial Production Technologies at BRAIN. “BRAIN has been an active researcher of innovative, sup-portive, bioactive substances for use in medical products for several years. These substances are then introduced into appropriate biologi-cal matrices and ultimately into modern wound dressings.“
The primary objective of BRAIN, alongside the Hohenstein Institute, is to develop microbial production organisms for application in industrial quantities of biopolymers in appropriate biofermentation processes on an industrial scale. These research results also assist in the common aim of developing innovative nonwoven materials.
"Until now, the variation and optimisation of the material properties of alginate was either not possible at all, or only possible with immense effort. Through the use of biotechnology, a differentiated use of algi-nates is made possible in the specialised textile field for the first time", says Dr. Timo Hammer, Head of Research in the Department of Hy-giene, Environment and Medicine at the Hohenstein Institute, and co-ordinator of the AlBioTex project.
The partners Kelheim Fibres and rökona Textilwerk participate in the alliance by providing access to high-quality, homogeneous biopoly-mers. The plan is to develop functional textiles with new properties and to use them in pilot processes.
"The production of high-quality and homogeneous biopolymers is cru-cial for our functional viscose fibres based on renewable resources. Various functionalities expand this range of innovative fibre properties for new high-tech applications", says Walter Roggenstein, Head of Re-search and Development at Kelheim Fibres GmbH.
"The joint research in these two fields, the textile and medical technology industries, is another prime example of the intensification of the biologisation of industries", concludes Dr. Holger Zinke, CEO of BRAIN, the motivation behind the research alliance. "Biological knowl-edge is the driving force of the bioeconomy and industrial biotechnol-ogy is one of its most important fields."
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