Whether you’re curious about eDNA analysis, sample collection techniques, data interpretation methods, or privacy/security measures, you’ll find clear and concise explanations to help you better understand our offerings.
On the right is a sample illustration of the eDNA workflow. If you have additional questions, feel free to reach out to us for further assistance.
Environmental DNA (eDNA) analysis is a cutting-edge scientific method used to detect and analyse genetic material shed by organisms into their surrounding environment. This noninvasive technique allows scientists to identify species present in a particular ecosystem without directly observing them.
eDNA samples are typically collected from water, soil, or air samples using specialised sampling equipment such as water pumps, sediment samplers, or air filters. These samples are then processed in the laboratory to extract and analyse the genetic material present.
eDNA analysis can detect a wide range of organisms, including fish, amphibians, mammals, insects, plants, and microorganisms. The method is highly sensitive and can detect species even at low population densities or in difficult-to-access environments.
eDNA analysis is a highly accurate and reliable method for species detection. However, like any scientific technique, the accuracy of eDNA analysis depends on various factors such as sample collection methods, laboratory protocols, and data interpretation techniques.
eDNA analysis offers numerous benefits for environmental research, including its noninvasive nature, high sensitivity, ability to detect rare or elusive species, and cost-effectiveness compared to traditional survey methods. It also provides valuable insights into ecosystem dynamics, biodiversity patterns, and the impacts of environmental change.
At AXversity, we take privacy and data security seriously. All client data and eDNA analysis results are handled with the utmost confidentiality and are stored securely in compliance with relevant regulations. We implement stringent security measures to protect client information and ensure data integrity throughout the analysis process.
Yes, eDNA analysis is increasingly being recognized as a valuable tool for regulatory agencies and environmental monitoring programs. It can be used to assess the
environmental impact of development projects, track the spread of invasive species, and monitor biodiversity in protected areas, among other applications.
