– Bioinformatics (blast, bio-edit, clustal, muscle, t-coffee)
\n– Bacterial and algal cultivation techniques including bioreactors
\n– Macrophage and other eukaryotic cell culture
\n– Genomic Techniques
\n– High throughput techniques (i.e. screening, cultivation)
\n– Molecular Phylogenetics (Arb, mrBayes, phylip, PAUP, PhymL, RAxML)
\n– Molecular probing (microarrays, whole cell hybridization)
\n– Molecular techniques (PCR\/Cloning\/Sequencing)
\n– Quantitative Real-time PCR (gene quantification)
\n– High Resolution Melting PCR analysis
\n– Chemical, physical and biological analyses of seawater and sediments
\n– Bio-molecule extraction and analysis (oligosaccharides, carbohydrates by\u00a0 HPLC associated to MS spectrometry)
\n– Data Analysis<\/p>\n","protected":false},"excerpt":{"rendered":"
– Bioinformatics (blast, bio-edit, clustal, muscle, t-coffee) – Bacterial and algal cultivation techniques including bioreactors – Macrophage and other eukaryotic cell culture – Genomic Techniques – High throughput techniques (i.e. screening, cultivation) – Molecular Phylogenetics (Arb, mrBayes, phylip, PAUP, PhymL, RAxML) – Molecular probing (microarrays, whole cell hybridization) – Molecular techniques (PCR\/Cloning\/Sequencing) – Quantitative Real-time … <\/p>\n