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for the recruitment of 1 Assistante researcher within the scope of project “INNOVALG - Innovative Microalgae Products for Food Industries Through Strain Improvement and Regenerative Fermentation Technologies”, with nr
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have a variety of comb systems covering the 1-12 um and have explored applications including fundamental spectroscopy, combustion, chemical reactions, and emissions from microalgae. Currently, we have
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CIIMAR - Interdisciplinary Center of Marine and Environmental Research - Uporto | Portugal | 2 months ago
, Microbiology, Biotechnology or areas related with cyanobacteria and/or microalgae Biobanks. ii) At least 5 years’ experience in cyanobacteria and/or microalgae isolation and taxonomy, with experience
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CIIMAR - Interdisciplinary Center of Marine and Environmental Research - Uporto | Portugal | 2 months ago
requirements: Candidate must hold a graduation in Biology or related areas. The candidate must have: i) Degree in Biology, Microbiology, Biotechnology or areas related with cyanobacteria and/or microalgae
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costs of the precision fermentation. BIOMPOLY proposes intensifying the fermentation of methane gas consuming bacteria in a co-culture with microalgae, both of which produce bioplastics, with the mixture
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microalgae, but also from other types of biomass and reaction mixtures with components from biomass. Techniques used include various forms of chemical analysis, pressurized liquid extraction, hydrothermal
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, mainly from bark, wood and microalgae, but also from other types of biomass and reaction mixtures with components from biomass. Techniques used include various forms of chemical analysis, pressurized
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microalgae, but also from other types of biomass and reaction mixtures with components from biomass. Techniques used include various forms of chemical analysis, pressurized liquid extraction, hydrothermal
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, mainly from bark, wood and microalgae, but also from other types of biomass and reaction mixtures with components from biomass. Techniques used include various forms of chemical analysis, pressurized
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diatoms as a model system to unravel the molecular mechanisms underlying lipid-bilayer mediated biomineralization. Diatoms are photosynthetic microalgae that construct intricately patterned silica-based