Leading the change in men’s reproductive health
We are bringing reproductive medicine into a new era. Through cutting-edge molecular and genomics approaches, we are transforming science into technology & innovation. We are creating a dynamic ecosystem of interventions designed to empowering men at every stage of their reproductive journeys.
Improving male fertility diagnostics and interventions
Innovation & Impact Awards 2023
Outstanding Commercialisation of Research
Our ultimate objective is to improve the success rates of ART procedures and promote the long-term health of the children born through these technologies.
In the past half-century, human fertility has faced an unsettling decline, compelling more individuals to seek the help of assisted reproductive technologies (ART). However, the testing landscape has remained largely stagnant, requiring men to navigate the convoluted clinical environment. Meanwhile, treatment options for male factor infertility have seen minimal evolution since their inception over three decades ago.
Standard methods for assessing sperm health and their application in ART rely on rudimentary technology and parameters, capturing only a fraction of what holds biological significance.
We are at the forefront of revolutionising the human fertility industry. Our core mission is to address the profound gaps in male fertility testing and advance the landscape of assisted reproductive technologies.
Join our cause. Are you a patient ready to be part of the solution?
Join us in our mission to close the gap in male fertility. Feel free to contact us to learn more and be proactive in shaping the future of male reproductive health.
Are you a fertility clinic ready to take your fertility services to the next level?
Make an enquiry today and discover how our technology can improve the outcomes of your fertility services.
Our products for healthcare professionals are coming soon, please contact us if you’re interested in collaborating with us.
Our research
Our 5 most recent publications
- Haploid selection within a single ejaculate increases offspring fitness
- Accounting for the genetic load in assisted reproductive technology
- Selection for longer lived sperm within ejaculate reduces reproductive ageing in offspring
- The effects of male social environment on sperm phenotype and genome integrity
- Within-ejaculate sperm competition