Projects
A collection of example data
Programme: IBISBA
Public web page: Not specified
The collection of protocols that have not yet been curated by IBISBA WP6
Programme: IBISBA
Public web page: http://www.ibisba.eu
Novel (ligno)cellulose degrading enzyme for expression in the thermoacidofilic Archaeon Sulfolobus acidocaldarius
Programme: TransNational Access
Public web page: Not specified
Farming of shellfish and seaweed is still new in Denmark and on a commercial scale is primarily limited to the production of longline mussels. It is mainly for mussels, that aquaculture production rely on natural spatfall. For all other species, such as oysters and macroalgae, hatcheries for the production of spat or seeding material are necessary. A major bottleneck in all bivalve hatchery is the food production, both in term of quantity and quality.
The native European flat oysters, is a key
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Programme: TransNational Access
Public web page: Not specified
Calidris Bio aims to bring a technology to the market to produce microbial protein for feed and food purposes. Calidris Bio is developing a production process consisting of fermentation and conditioning of the microbial biomass. The fermentation process was optimised at lab-scale (2L fed-batch and continuous fermentation) with a productivity of 10g/L/h. The next step is to scale-up the process to pilot scale. A concomitant life cycle analysis will be performed to pinpoint hotspots thus improving
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Programme: TransNational Access
Public web page: Not specified
Infant formula milk tries to mimic human milk as closely as possible, since it is well-known that breast milk has considerable implications in the development of the infant intestinal microbiota in the first years of life. Human milk is considered to be unique in terms of its content of complex oligosaccharides. They are abundant in human milk and their role in the development of intestinal flora blocking the attachment of pathogens and modulating immune system of the infant make them of great
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Programme: TransNational Access
Public web page: Not specified
In this project we have, as general objective, the screening of few extremozymes from the thermophilic/anaerobic Caldicoprobacter algerensis strain [1] using genomic approach. The major specific goal of this project is the determination of the whole genome sequence of this strain followed by sequence assembly and annotation. We will then exploit the obtained sequence to identify potential ORFs encoding extremozymes with industrial interest. A particular interest will be done for CAZymes (Xylanase,
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Programme: TransNational Access
Public web page: Not specified