This paper provides an overview of microorganisms involved in bioscale production and dissolution, which can cause issues in a variety of industries, including oil and gas, mining, and industrial heating systems. It also highlights how molecular biological tools such as qPCR (CENSUS®), next generation sequencing and whole genome sequencing enable effective monitoring and mitigation of…
This brochure provides guidance on how to choose the right sequencing approach for a project. The differences and benefits between next generation sequencing (NGS) and whole genome sequencing (WGS) are discussed.
This brochure provides an overview of whole genome sequencing (WGS), also known as shotgun metagenomics, from the basic workflow to the significance of the data produced. WGS is untargeted, qualitative analysis offering species-level resolution and direct detection of functional genes.
This brochure explores how data from molecular biological tools can enhance the efficiency, sustainability, and environmental responsibility of mining operations. CENSUS® qPCR, next generation sequencing, and assay development can be applied to three key areas: acid rock drainage, bioleaching and rare earth element (REE) recovery, and bioprospecting.
This Top Tips bulletin explains how molecular biological tools can be used to optimize bioleaching and biosorption processes for recovering valuable metals and rare earth elements from ores, tailings, and waste streams. It highlights how NGS, CENSUS® qPCR, and QuantArray®‑BGC enable monitoring and optimization of microbial consortia to improve extraction efficiency and support sustainable resource…
This Top Tips bulletin explains how molecular biological tools support effective bioremediation of acid rock drainage by identifying beneficial microbial populations and guiding treatment strategies. It highlights how tools such as QuantArray®‑BGC and next‑generation sequencing help establish baseline conditions, monitor sulfate and metal reduction, and demonstrate ecosystem recovery over time.
This Top Tips bulletin outlines how molecular biological tools can be used to optimize the bioremediation of mine tailings by characterizing microbial communities and tracking treatment performance. It highlights how baseline microbial surveys, ongoing monitoring, and targeted remediation strategies support effective cleanup, long‑term site management, and transition to monitored natural attenuation.
This paper reviews how microorganisms can be used to recover rare earth elements (REEs) through bioleaching, biosorption, and bioaccumulation as more sustainable alternatives to conventional extraction methods. It also highlights how molecular biology tools such as qPCR (CENSUS®) and next‑generation sequencing enable effective monitoring and optimization of microbial REE recovery processes.