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Image gallery LABIOTEC - Research

The LABIOTEC is organized for carrying out the following main activities: Microbiology, Biotechnologial processes, Biochemestry and Molecular Biology, Analitical Chemistry.

  • Microbiology - 1 click to zoom
    Microbiology - 1 Isolation and cultivation of aerobic and anaerobic pure bacterial strains and mixed cultures of environmental and/or industrial concern and their physiologic and metabolic characterization.
  • Microbiology - 2 click to zoom
    Microbiology - 2 Isolation and cultivation of aerobic and anaerobic pure bacterial strains and mixed cultures of environmental and/or industrial concern and their physiologic and metabolic characterization.
  • Microbiology - 3 click to zoom
    Microbiology - 3 Isolation and cultivation of aerobic and anaerobic pure bacterial strains and mixed cultures of environmental and/or industrial concern and their physiologic and metabolic characterization.
  • Microbiology - 4 click to zoom
    Microbiology - 4 Isolation and cultivation of aerobic and anaerobic pure bacterial strains and mixed cultures of environmental and/or industrial concern and their physiologic and metabolic characterization.
  • Biotechnological processes - 1 click to zoom
    Biotechnological processes - 1 Design, development and control of aerobic or anaerobic biotechnological processes, under batch or continuous conditions, carried out in micro-reactors or bioreactors (conventional bioreactors, such as freely-suspended cell CSTR or recirculated PFRP), or fixed-bed biofilm bioreactors.
  • Biotechnological processes - 2 click to zoom
    Biotechnological processes - 2 Design, development and control of aerobic or anaerobic biotechnological processes, under batch or continuous conditions, carried out in micro-reactors or bioreactors (conventional bioreactors, such as freely-suspended cell CSTR or recirculated PFRP), or fixed-bed biofilm bioreactors.
  • Biochemestry and Molecular Biology - 1 click to zoom
    Biochemestry and Molecular Biology - 1 Characterization of the structure and composition of microbial populations occurring in environmental samples, complex organic matrices and bioreactors and monitoring of the same throughout the process with molecular biology tools. Screening and characterization of enzymes of environmental or industrial interest (specific reaction rate, affinity constant, etc.).
  • Biochemestry and Molecular Biology - 2 click to zoom
    Biochemestry and Molecular Biology - 2 Characterization of the structure and composition of microbial populations occurring in environmental samples, complex organic matrices and bioreactors and monitoring of the same throughout the process with molecular biology tools. Screening and characterization of enzymes of environmental or industrial interest (specific reaction rate, affinity constant, etc.).
  • Biochemestry and Molecular Biology - 3 click to zoom
    Biochemestry and Molecular Biology - 3 Characterization of the structure and composition of microbial populations occurring in environmental samples, complex organic matrices and bioreactors and monitoring of the same throughout the process with molecular biology tools. Screening and characterization of enzymes of environmental or industrial interest (specific reaction rate, affinity constant, etc.).
  • Biochemestry and Molecular Biology - 4 click to zoom
    Biochemestry and Molecular Biology - 4 Characterization of the structure and composition of microbial populations occurring in environmental samples, complex organic matrices and bioreactors and monitoring of the same throughout the process with molecular biology tools. Screening and characterization of enzymes of environmental or industrial interest (specific reaction rate, affinity constant, etc.).
  • Analytical Chemistry - 1 click to zoom
    Analytical Chemistry - 1 Chemical analyses on waters, soils, sediments and organic matrices of different origin to determine their content in inorganic (chloride, nitrite, nitrate, sulphate, etc.) and organic (aliphatic hydrocarbons, fatty acids, polycyclic aromatic hydrocarbons, polychlorinated biphenyls, (chloro)benzoic acids, (chloro)phenols, etc.) compounds; analyses of gas mixes (hydrogen, methane, oxygen, nitrogen).
  • Analytical Chemistry - 2 click to zoom
    Analytical Chemistry - 2 Chemical analyses on waters, soils, sediments and organic matrices of different origin to determine their content in inorganic (chloride, nitrite, nitrate, sulphate, etc.) and organic (aliphatic hydrocarbons, fatty acids, polycyclic aromatic hydrocarbons, polychlorinated biphenyls, (chloro)benzoic acids, (chloro)phenols, etc.) compounds; analyses of gas mixes (hydrogen, methane, oxygen, nitrogen).
  • Analytical Chemistry - 3 click to zoom
    Analytical Chemistry - 3 Chemical analyses on waters, soils, sediments and organic matrices of different origin to determine their content in inorganic (chloride, nitrite, nitrate, sulphate, etc.) and organic (aliphatic hydrocarbons, fatty acids, polycyclic aromatic hydrocarbons, polychlorinated biphenyls, (chloro)benzoic acids, (chloro)phenols, etc.) compounds; analyses of gas mixes (hydrogen, methane, oxygen, nitrogen).
  • Analytical Chemistry - 4 click to zoom
    Analytical Chemistry - 4 Chemical analyses on waters, soils, sediments and organic matrices of different origin to determine their content in inorganic (chloride, nitrite, nitrate, sulphate, etc.) and organic (aliphatic hydrocarbons, fatty acids, polycyclic aromatic hydrocarbons, polychlorinated biphenyls, (chloro)benzoic acids, (chloro)phenols, etc.) compounds; analyses of gas mixes (hydrogen, methane, oxygen, nitrogen).