eDNA frontiers, Curtin University
www.curtin.edueDNA frontiers specialises in advanced metabarcode sequencing techniques to detect environmental DNA (eDNA) and providing leading biodiversity audit services to biomonitoring requirements. Recipients receive simultaneous identifications of entire communities across taxonomic groups, giving rise to greater interpretive power for decision-making. Our experience spans multiple application fields including the oil/gas and minerals sector, environmental impact assessments, conservation and fisheries monitoring both nationally and internationally, and in ongoing screening programs for invasive marine species detection in ports, shipping zones & infrastructure builds. We can select from over 130 metabarcoding assays that have detection ranges from broad taxonomic groups (e.g. eukaryotes or vertebrates) to those focussed on specific taxa (e.g. elasmobranch). Experiences gained from over a decade of working on ancient DNA and environmental DNA can help guide experimental aims to the most impactful outcomes. eDNA frontiers is an unrestricted service provider and can be openly accessed by industry, governments and community, while also offering collaborative power with our sister group the Trace and Environmental DNA lab (TrEnD) at Curtin University.
Read moreeDNA frontiers specialises in advanced metabarcode sequencing techniques to detect environmental DNA (eDNA) and providing leading biodiversity audit services to biomonitoring requirements. Recipients receive simultaneous identifications of entire communities across taxonomic groups, giving rise to greater interpretive power for decision-making. Our experience spans multiple application fields including the oil/gas and minerals sector, environmental impact assessments, conservation and fisheries monitoring both nationally and internationally, and in ongoing screening programs for invasive marine species detection in ports, shipping zones & infrastructure builds. We can select from over 130 metabarcoding assays that have detection ranges from broad taxonomic groups (e.g. eukaryotes or vertebrates) to those focussed on specific taxa (e.g. elasmobranch). Experiences gained from over a decade of working on ancient DNA and environmental DNA can help guide experimental aims to the most impactful outcomes. eDNA frontiers is an unrestricted service provider and can be openly accessed by industry, governments and community, while also offering collaborative power with our sister group the Trace and Environmental DNA lab (TrEnD) at Curtin University.
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Industry
Employees
1-10
Founded
2018
Estimated Revenue
$250,000,000 to $500,000,000
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Operations Manager
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