Powering Environmental Research
DNA sequencing is a powerful tool for environmental research, as it allows us to study and better understand the diversity and interactions of species in their natural habitats. It enables comprehensive analyses of microbial communities, biodiversity, and functional genomics in various environmental samples. Metagenomic studies, in particular, leverage NGS to uncover the genetic diversity of microbial communities, shedding light on their roles in nutrient cycling, pollutant degradation, and overall ecosystem dynamics. NGS also aids in environmental DNA (eDNA) studies, allowing researchers to detect and monitor species diversity through the analysis of genetic material shed into the environment. We can also look at transcriptomic analyses using NGS to understand gene expression patterns in response to environmental changes. At AUGenomics, we specialize in the analysis of eDNA, genotyping, and ddRAD sequencing data to provide invaluable insights into ecological processes, climate change impacts, and the sustainable management of natural resources
Key Focus:
ENVIROMENTAL
Driving Environmental Discovery Through Genomics
At AUGenomics, we harness the power of next-generation sequencing (NGS) to help researchers decode the complex biological systems that shape our environment. As a third-party sequencing partner, we deliver the accuracy, speed, and depth needed to explore ecosystems at the molecular level.
From soil and water microbiomes to biodiversity studies and pollution impact assessments, our NGS services provide critical insights into environmental health and change. Whether you're tracking microbial shifts, monitoring invasive species, or assessing remediation efforts, AUGenomics gives you the tools to see what’s happening beneath the surface.
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Metagenomic and metatranscriptomic profiling of environmental samples
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Microbial community analysis for soil, water, and air ecosystems
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eDNA-based species detection and biodiversity monitoring
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Bioindicator studies for pollution, climate, and land-use impact
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