Videos to learn more about microICSI, microBiopsy, and more
Check out the below videos to learn about how our microICSI and microBiopsy devices work and to hear from the Fertilis team and experts around the globe about the need to transform IVF treatment to better serve embryos and embryologists.
Fertilis
Fertilis Brand Film
Hear from our founders Prof. Jeremy Thompson and Prof. David Gardner on what Fertilis does, and why.
Redesigning IVF to meet the needs of the embryo and embryologist
Speaker: Prof. David K. Gardner (Fertilis)
Fertility Frontiers Podcast with Dr Beatriz Rodríguez
Hear from our founders Prof. Jeremy Thompson and Prof. David Gardner in this episode of Fertility Frontiers.
microICSI
A clinical pregnancy from microlCSl: first case report
Speaker: Prof. David K. Gardner (Virtus Health, Melbourne IVF, IVF Australia)
Translating innovation to the lab: What embryologists think of microICSI
Speaker: Dr. Kathryn Gurner (Melbourne IVF, Australia)
Update on a Japanese microCSI human clinical study
Speaker: Dr. Manabu Satoh (HORAC Grand Front Clinic, Japan)
Redesigning IVF to meet the needs of the embryo and embryologist
Speaker: Prof. David K. Gardner (Fertilis)
A suction-free microICSI device reduces operator dependence in Piezo-ICSI: faster injection and improved survival trends in a novice operator
Speaker: Dr. Ryota Okamoto (Hanabusa Women’s Clinic, Japan)
microBiopsy
microBiopsy First-in-human Insights
Speaker: Dr. Masashi Shioya (Takahashi Women’s Clinic, Japan)
Redesigning IVF to meet the needs of the embryo and embryologist
Speaker: Prof. David K. Gardner (Fertilis)
Availability is subject to the necessary regulatory approvals. During the initial launch phase, these devices may only be available at certain clinic sites and for specific patient populations.
microICSI is designed to make intracytoplasmic sperm injection (ICSI) suction-free, simpler and more controlled, with fewer manipulations and less time under the microscope.
microBiopsy is a purpose-designed approach to blastocyst biopsy designed to improve procedural consistency while reducing technical burden across operators.
