Blar i Doctoral theses (RealTek) på forfatter "Shapaval, Volha"
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Biofuel production potential of Jatropha curcas L: oil characterization for biodiesel production, and enhancing the biogas production potential of various residues using different pretreatment methods
Ewunie, Gebresilassie Asnake (PhD Thesis;2021:21, Doctoral thesis, 2021)Increasing global fuel prices, growing energy consumption, and profound environmental concerns are the key factors that motivated the search for alternative energy sources. Biofuels such as bioethanol, biodiesel, and biogas ... -
Comprehensive phenotypic characterization of newly isolated cold-adapted bacteria from Antarctic temporary meltwater ponds
Akulava, Volha (PhD Thesis;2024:5, Doctoral thesis, 2024)Antarctic meltwater ponds are unique unexplored biotopes characterized by a high complexity of microbiota and affected by ever-changing ecological factors. Cold-adapted bacteria isolated from Antarctic meltwater ponds ... -
High-throughput screening of filamentous fungi for single cell oil production by microplate cultivation and FTIR spectroscopy
Kosa, Gergely (PhD Thesis;2018:20, Doctoral thesis, 2018)Microorganisms have been considered for nearly a century for the production of economical and useful oils, but only in the past two or three decades they have been used commercially. These single cell oils contain high ... -
NGS-based rDNA barcoding in fungal species identification and delimitation : limits, opportunities and relation to phenotypic HT FT-IR spectroscopy
Colabella, Claudia (PhD Thesis;2017:28, Doctoral thesis, 2017)The abundance of ribosomal DNA (rDNA) in the yeast and fungal genomes derives from their multigene nature. During the last decade of the XX century, this DNA region has become very popular for the molecular characterization ... -
Sustainable fungal biorefineries : optimizing production of valuable metabolites in oleaginous Mucoromycota
Dzurendova, Simona (PhD Thesis;2021:25, Doctoral thesis, 2021)Fungal biorefineries are important players in the emerging global bioeconomy and contribute to the transition from the traditional fossil-based production to a renewable, sustainable and environment-friendly bio-production. ...