We are Applied Genomics

At Applied Genomics, we are committed to fostering a company culture where staff at all levels feel competent, autonomous, valued, and supported. We prioritise open communication and active listening, ensuring every team member has the opportunity to contribute and grow within our dynamic environment.

Our foundational values of excellence, integrity, innovation, and humility drive us to exceed standards, maintain honesty in every action, embrace forward-thinking solutions, and respect the diverse contributions within our team. We are committed to continuous improvement, transparency, and fostering a collaborative environment that values each individual's input, ensuring that we not only achieve the highest quality outcomes but also cultivate trust and innovation in every aspect of our work.

Biodiversity underpins the resilience and value of ecosystems, crucial for economic stability and our wellbeing. We provide the data our clients need to unlock ecological insights, enhancing the precision and transparency of biodiversity assessments to support nature-aligned investments and sustainability disclosures.

Applied Genomics has been at the forefront of environmental DNA (eDNA) technologies since 2014. Our ethos is anchored in delivering unparalleled precision in biodiversity monitoring and genetic identification services. With a commitment to innovation, we specialise in eDNA analysis for diverse ecosystems, ranging from marine environments to terrestrial habitats.

Our core services include the development and application of industry-leading DNA sequencing methodologies and analyses, enabling comprehensive insights into ecosystems and species identification. By integrating state-of-the-art technology with rigorous bioinformatics, we empower researchers, environmental agencies, and conservationists with data that transcends the limitations of conventional survey methods.

At Applied Genomics, we prioritise accuracy, reliability, and sustainability. Our team of experts is dedicated to pushing the boundaries of genomic analysis, delivering a deeper understanding of biodiversity for the betterment of ecological conservation and research.