Public defence in Biotechnology and biomaterials, M.Sc. (Tech.) Deepika Dahiya
Title of the thesis: Synergism with novel expansin-related proteins for cellulose processing
Doctoral researcher: Master of Science (Technology) Deepika Dahiya
Opponent: Professor Chunlin Xu, Universitetet Åbo Akademi, Suomi
Custos: Professor Emma Master, Aalto University School of Chemical Engineering
Combining new types of proteins with enzymes to improve the process of breaking down cellulose, a complex plant material
The need for eco-friendly materials has increased interest in using renewable resources like plant fibers (lignocellulose). This study explores innovative ways to transform lignocellulosic biomass into useful products, supporting sustainability and the circular economy. The research focuses on proteins called microbial expansin-like proteins (EXLX), specifically loosenin-like proteins, which can help break down plant fibers more efficiently.
These proteins, produced using yeast strains, were tested for their ability to improve sugar extraction from plant materials and create nanocellulose, a valuable material used in advanced products like conductive inks. This process can lower costs and reduce environmental impacts by requiring fewer enzymes, paving the way for greener technologies.
→Thesis available for public display 10 days prior to the defence
Contact information:
Deepika Dahiya
[email protected] or [email protected]
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