Sulfaatreducerende bacteriën, dsrAB en MIC: Hoe je DNA-data vertaalt naar corrosie-inzicht
Sulfaatreducerende bacteriën, dsrAB en MIC: Hoe je DNA-data vertaalt naar corrosie-inzicht Sulfaatreducerende bacteriën, dsrAB en MIC: Hoe je DNA-data vertaalt naar corrosie-inzicht Asset owners en corrosie-engineers vertrouwen steeds vaker op genetische tools om microbiologisch beïnvloede corrosie (MIC) te begrijpen. Maar wat vertellen genen zoals dsrAB je nu eigenlijk over sulfaatreducerende micro-organismen en corrosierisico? 1. Waarom […]
Sulfate-Reducing Bacteria, dsrAB and MIC: How to Turn DNA Data into Corrosion Insight
Sulfate-Reducing Bacteria, dsrAB and MIC: How to Turn DNA Data into Corrosion Insight Sulfate-Reducing Bacteria, dsrAB and MIC: How to Turn DNA Data into Corrosion Insight Asset owners and corrosion engineers increasingly rely on genetic tools to understand microbiologically influenced corrosion (MIC). But what do genes like dsrAB actually tell you about sulfate-reducing microorganisms and […]
Sulfaatreductie, dsrAB en MIC: van mechanisme tot monitoring
Sulfaatreductie, dsrAB en MIC: van mechanisme tot monitoring Sulfaatreductie, dsrAB en MIC: van mechanisme tot monitoring Hoe sulfaatreducerende micro-organismen zich op staal “aansluiten” en hoe we ze proberen te meten. 1. Sulfaatreductie in de context van MIC In microbiologisch beïnvloede corrosie (MIC) is dissimilatoire sulfaatreductie een van de belangrijkste microbiële energiemetabolismen. Sulfaatreducerende micro-organismen (SRM, vaak […]
Sulfate Reduction, dsrAB and MIC: From Mechanism to Monitoring
Sulfate Reduction, dsrAB and MIC: From Mechanism to Monitoring Sulfate Reduction, dsrAB and MIC: From Mechanism to Monitoring How sulfate-reducing microorganisms wire themselves into steel and how we try to detect them. 1. Sulfate Reduction in the Context of MIC In microbiologically influenced corrosion (MIC), dissimilatory sulfate reduction is one of the most important microbial […]
The Role of Manganese-Oxidizing and -Reducing Bacteria in Corrosion Processes
Manganese-oxidizing and manganese-reducing bacteria (MOB and MRB) play critical roles in corrosion processes, particularly in water systems and industrial environments where manganese is present. These microorganisms influence corrosion through biofilm formation, redox cycling, and the deposition of manganese oxides, which create local conditions conducive to corrosion. This article examines the mechanisms by which MOB and […]