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Extracellular RNA ‘wiring’ enables direct electron uptake – implications for MIC
Extracellular RNA ‘wiring’ enables direct electron uptake – implications for MIC Extracellular RNA ‘wiring’ enables direct electron uptake – implications for MIC Short extracellular RNAs (eRNA) at the surface of Methanosarcina barkeri fold into G-quadruplex (G4) structures that form a conductive lattice for extracellular electron transfer (EET). This offers a cytochrome-independent route for electromethanogenesis and […]
>Van mechanisme naar praktijk: micH & micC biomarkers maken MIC-detectie in het veld kwantitatief
Van mechanisme naar praktijk: micH & micC biomarkers maken MIC-detectie in het veld kwantitatief Microbiologically Influenced Corrosion (MIC) ontstaat door overlappende elektrochemisch-microbiologische routes. Met micH (corrosieve methanogenen) en micC (corrosieve SRB) zijn er nu mechanistische biomarkers die via qPCR in pig-debris en produced water gericht én kwantitatief kunnen worden gedetecteerd. Samenvatting Probleem: Hoge 16S-rRNA aantallen […]
From mechanisms to field practice: micH & micC biomarkers bring quantitative MIC detection to the site
From mechanisms to field practice: micH & micC biomarkers bring quantitative MIC detection to the site Microbiologically Influenced Corrosion (MIC) is driven by overlapping electrochemical–microbiological pathways. Mechanistic biomarkers—micH (corrosive methanogens) and micC (corrosive SRB)—now enable targeted, quantitative detection in pig debris and produced water, moving field decisions from assumptions to evidence. Executive summary Why this […]