Projects
Goal(s):
We combine the technologies of 3D printing of living materials and the synthetic biology approach of non-traditional yeasts to create a novel, targeted living catalyst immobilization platform for biorefining that converts various organic wastes into more valuable oleochemicals.
Result(s):
The basic understanding of non-conventional yeast Rhodotorula toruloides was aquired. The knowledge can be used for microbial cell factory development for oleochemical production from low-value substrates. A hydrogel-based platform that allows yeast cells to stay metabolically active while immobilized in the 3D-printed matrix was developed. Conversion of substrates to products was slightly more efficient, opening possibilities for further studies.
Goal(s):
The BIOCONNECT project aims to help create a more robust, integrated, and inclusive Baltic ecosystem/cluster for biotechnology innovation as one of the key ingredients for the present and future economic competitiveness of the region.
Result(s):
Baltic biotech action plan will be published and a memorandum signed collectively by all Baltic states.
Goal(s):
Demonstrated the efficiency of a novel biotechnological process on a pilot scale that converts wood industry residues (pre-treated sawdust) into healthy feed and nutritional supplements. A life cycle analysis was performed on the process, quantitatively demonstrating the benefits of a circular economy process and a platform was created for the efficient development of industrial biotechnology processes on various sustainable commodities such as food waste, food industry and agricultural by-products.
Result(s):
Non-conventional yeast Rhodotorula toruloides was able to tolerate inhibitors present in wood hydrolysates and grow on short-chain fatty acids obtained from food waste. While growing, it produced intracellular microbial oils and carotenoids. Both oils and carotenoids can be extracted and used as a feed and food supplements.
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