carbohydrates for nutrition and health - Carbohydrate Competence ...
carbohydrates for nutrition and health - Carbohydrate Competence ...
carbohydrates for nutrition and health - Carbohydrate Competence ...
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highlights of dem<strong>and</strong>-driven carbohydrate research<br />
carbohydrate structure <strong>and</strong> functionality<br />
WP 12 novel carbohydrate-protein conjugates through<br />
chemo enzymatic synthesis<br />
Dr. Carmen Boeriu<br />
WP 12 cooperation:<br />
AVEBE, Royal Friesl<strong>and</strong>Campina,<br />
University of Groningen, Wageningen UR,<br />
TNO Healthy Living<br />
Towards a <strong>health</strong>ier <strong>and</strong> sustainable society<br />
This work package aims to produce a new class of block bio-polymers by cross linking<br />
proteins with <strong>carbohydrates</strong> of various size, structure <strong>and</strong> number of oligosaccharide<br />
units. Structural <strong>and</strong> functional characterization of these carbohydrate-protein conjugates<br />
will tell us more about the structure-function relationships.<br />
‘We were approached by industry,’ explains dr. Carmen Boeriu, senior scientist Food &<br />
Bio-based Research Wageningen UR, ‘to investigate the possibility of modifying proteins<br />
<strong>for</strong> new or improved applications. The modifications should take place in a food-grade<br />
process.’<br />
Better products make a better market share<br />
‘Results will enable the industry to design <strong>and</strong> produce new functional materials derived<br />
from proteins <strong>and</strong> <strong>carbohydrates</strong> <strong>and</strong> to fine-tune the properties of the products to<br />
specific applications in the food <strong>and</strong> non-food industry,’ Boeriu continues. ‘The economic<br />
value of this project is the production of new bio-polymers. By enhancing the properties<br />
of these bio-polymers or finding new properties, the industry can increase its market<br />
share. In addition, better products will be available. The scientific challenge is to develop<br />
new techniques <strong>for</strong> improved biopolymer characterization, to study how certain changes<br />
in occurring in the protein relate to the enhanced or new properties.’<br />
Results enable the industry to design <strong>and</strong> produce new materials<br />
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