Biocorrosion monitoring of constructions using metagenomics
Using Metagenomics to Protect Bridges, Industrial Sites, and Structural Materials Microbiologically Influenced Corrosion poses a serious threat to critical infrastructure, particularly in bridges, pipelines, and industrial environments. Caused by microbial activity such as biofilm formation and the presence of metal-oxidizing bacteria, MIC can accelerate the deterioration of materials like steel and concrete, leading to costly repairs and safety risks. At DNA Sequence Laboratory, we use Next-Generation Sequencing (NGS)-based metagenomics to detect and identify the microbial communities driving corrosion. Our technology supports early-stage detection, enabling preventive maintenance strategies that extend the service life of infrastructure. Our Methodology Includes: Non-destructive surface swab sampling DNA isolation and NGS sequencing Bioinformatics analysis combined with environmental metadata Delivery of interactive, dynamic reports Key Insights Corrosive Microorganism Detection: Identification of corrosive and biofilm-forming species associated with structural degradation. Material Vulnerability Mapping: Correlation of microbial profiles with signs of corrosion and local environmental conditions. Decision-Support Tools for Engineers: Dynamic visualizations and real-time data filtering help stakeholders assess risk and plan interventions. Why This Matters Extend Infrastructure Lifespan: Enable early detection of corrosion threats before visible damage occurs. Improve Maintenance Planning: Base interventions on real microbial data rather than guesswork or reactive inspections. Reduce Economic Costs: Minimize unexpected failures, downtime, and repair costs through proactive monitoring. Partner with DNA Sequence Laboratory Protect your infrastructure with the power of metagenomic surveillance. Our NGS-based biocorrosion monitoring reveals hidden microbial threats, providing the data-driven insights engineers need to plan smarter and build longer-lasting assets. → Contact us today to learn how microbial DNA analysis can safeguard your structures and support predictive maintenance strategies.
Preservation of cultural heritage – art preservation by metagenomic analysis
Art and Artifact Protection Through Metagenomic Analysis At DNA Sequence Laboratory, we specialize in using Next-Generation Sequencing (NGS) to uncover the hidden microbiome of artworks, artifacts, and ancient remains. Our metagenomic analysis isolates and sequences the total DNA within a sample, offering a complete view of microbial communities—including previously undetectable or unknown organisms. By integrating bioinformatics and artificial intelligence, we deliver precise, actionable insights that support the conservation of valuable cultural assets while ensuring the safety of those who work with them. Advantages of Metagenomic Analysis in Art & Archaeology Comprehensive Genetic Profiling: Analyze genetic material from ancient bones, textiles, pigments, and organic materials, providing a deeper understanding of both biological and historical contexts. Targeted Preservation: Identify corrosive or degradative microorganisms that contribute to material decay—empowering conservators to implement focused restoration and protection strategies. Non-Destructive Sampling: Our advanced protocols allow for DNA extraction without damaging the artifact or object, preserving its structural and historical integrity. Health & Safety Assurance: Detect pathogenic microorganisms that may pose a risk to curators, conservators, and researchers, enabling safer handling and exhibition practices. Applications in Art & Archaeological Science Cultural Heritage Conservation: Identify degradation processes and biological contaminants to inform restoration techniques and material stabilization. Museum Collections: Monitor microbial threats to paintings, sculptures, textiles, and organic artifacts, optimizing preservation conditions. Curator and Staff Safety: Assess risks from biohazards or ancient pathogens that may still be viable in historical objects. Archaeological Analysis: Extract and sequence DNA from excavation finds to reveal information about ancient environments, human activity, and trade materials. What We Deliver Non-Destructive Sampling Methods – Preserve artifact integrity during DNA extraction Comprehensive Microbial Reports – Actionable insights for conservation and risk mitigation Expert Consultation – Guidance tailored to each object’s materials, context, and display needs Partner with DNA Sequence Laboratory At DNA Sequence Laboratory, we’re committed to preserving the past with science. Our NGS-based metagenomic solutions empower museums, conservators, and archaeologists with the knowledge they need to protect art, artifacts, and history itself. → Contact us today to discover how DNA analysis can enhance your conservation efforts and cultural heritage research.
Biocorrosion and preservation of cultural heritage
Unveiling the Invisible: Safeguarding Art, Artifacts, and Infrastructure Through Metagenomic Insights
