molecular
biotechnology
laboratory
SERVICES & RESOURCES
MICROBIOLOGY AND MOLECULAR MICROBIOLOGY
Detection of microorganisms in different matrices (food, water, soil, stool, bivalves, etc)
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Culture-dependent techniques
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Culture-independent techniques
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Molecular detection and quantification (PCR, qPCR, etc)
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Molecular identification of microorganisms (16S rRNA bacteria and archaea, ITS, etc)
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Pathogens (Salmonella spp., STEC, etc)
Microbiological Quality Control Techniques
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Culture-dependent techniques
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Total coliform
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Other indicators
Bacteria Susceptibility testing
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Microdilution broth testing: minimal inhibitory concentration (MIC) of compounds (e.g. antibiotics, metals, xenobiotics, different materials, etc)
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Disk diffusion testing
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E-test
Molecular characterization of prokaryotes (Bacteria and Archaea)
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PFGE
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rep-PCR (BOX-PCR, REP-PCR, ERIC-PCR)
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Detection of antibiotic resistance genes
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Detection of mobile genes (integrons, etc)
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Detection of mutations
Bioprospection of secondary metabolites
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Bioactivity testing/detection
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Genome mining
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Isolation and identification and molecular characterization (antimicrobial peptides, enzymes, other)
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Small scale culture optimization (culture media manipulations; temperature, etc)
MOLECULAR BIOLOGY TOOLS
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Molecular breeding of bacteria and Archaea.
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Cloning
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Gene knock-out
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Mutagenesis (random and site directed)
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Gene expression (RT qPCR)
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Gene detection and quantification (PCR/ qPCR)
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In silico genome analysis
STANDARD TOXICOLOGICAL TESTING
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COMET assay
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AMES Test
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Chromosomal aberration
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Micronuclei
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Citoxicity (cell lines)
OMICS
tools are employed to provide insights on organism´s genome structure and expression under specific growth conditions.
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Transcriptomics
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Genomics
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Metagenomics
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Proteomics (in colllaboration with Prof. Hugo Osório, I3S, UP)
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Lipidomics (in colllaboration with Prof. Rosário Domingues, Chemistry Dep. UA)
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Metabolomics (in colllaboration with Prof. Sílvia Rocha, Chemistry Dep. UA)