GREENGATE GENOMICS
FALLSTUDIEN

Wir bei GreenGate Genomics verfügen über umfassendes Fachwissen im Bereich der mikrobiellen Umweltgenomik. Einige der Projekte, an denen wir teilgenommen haben, sind unten aufgeführt. Unsere Arbeit wurde auch in zahlreiche Forschungsartikeln in renommierten wissenschaftlichen Fachzeitschriften veröffentlicht. Diese Finden Sie auf unserer Veröffentlichungsliste.

Fallstudien (Case studies)

Oil and Gas Ecology

Evaluation of microbial abundance and composition patterns highlighted
elevated potential for biocorrosion and well fouling. Statistical assessment
suggested a link between biocide usage and microbial

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Fallstudien (Case studies)

Methane-Cycling Microbiome in Permafrost

Taxonomic and functional profiling revealed high diversity of methane cycling microbiome residing in permafrost soil, with heterogeneous distribution patterns in active layer and permafrost. Diversity

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Fallstudien (Case studies)

Deep Biosphere

Specifically adapted laboratory and bioinformatic workflows allowed the reconstruction of microbial distribution patterns down to a depth of 230 m across this, difficult to work

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Fallstudien (Case studies)

Biocide Resistance

Differential expression analysis resulted in the identification of significantly upand downregulated genes in response to sodium hypochlorite. Following annotation of these genes, results were used

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Fallstudien (Case studies)

Atacama Desert

Evaluating the extracellular and intracellular DNA fractions in soil and rock samples from different Atacama desert locations, it was possible to identify highly adapted microbial

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Fallstudien (Case studies)

Nanopore Genome Sequencing

Oxford Nanopore Technologies (ONT) offers long read sequencing by nanopore sequencing. Long reads are well suited for genome reconstruction, still the workflow requires careful execution

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Fallstudien (Case studies)

Plastisphere

Six different bacterial strains were isolated from plastic polluted landfill soil, taxonomically classified and their genomes sequenced and reconstructed. Functional Annotation allowed the discovery of

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