Fertilis
@Fertilisivf
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Fertilis technology involves each embryo growing inside its own patented micro-3D printed pod providing the most optimised growth environment ever developed.
Joined May 2020
Breaking New Ground in IVF Research: Piezo + microICSI We’re thrilled to share another incredible milestone from our collaboration with Japanese clinical partners. For the first time, PiezoICSI has been successfully combined with microICSI in a groundbreaking research procedure.
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Note: microICSI is currently under research and is not an approved medical device.
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Check out this video showcasing the expertise and creativity of our partners as they bring this technique to life. We’re incredibly proud to be part of this journey and grateful for the dedication and ingenuity of the Japanese embryology community.
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This research highlights how microICSI can open new possibilities in assisted reproduction by enhancing precision and efficiency. While still under investigation, these advances represent exciting potential for the future of IVF technology.
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What makes this achievement remarkable? There was no playbook for the Japanese embryologist performing this technique - it had never been done before. Yet they instantly adjusted to the unique setup of the microarray securely holding up to 20 oocytes, simplifying the process.
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PiezoICSI is an advanced technique for Intracytoplasmic Sperm Injection (ICSI) that uses piezoelectric pulses to gently insert a sperm into an oocyte minimising mechanical stress.
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Breaking New Ground in IVF Research: Piezo + microICSI We’re thrilled to share another incredible milestone from our collaboration with Japanese clinical partners. For the first time, PiezoICSI has been successfully combined with microICSI in a groundbreaking research procedure.
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24 Hours Later ⏲: Exciting update on our research with microICSI Yesterday, we shared the news of a milestone moment in our collaboration with Japanese clinical partners - the first successful human sperm injection into human oocytes using our microICSI device.
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Thank you for joining us on this journey. Stay tuned for more updates as we advance IVF technology together!
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Please note, microICSI is currently under research and not an approved medical device. We are excited about the progress but remain dedicated to rigorous scientific validation and regulatory compliance.
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We continue to work diligently with our partners to explore the potential of microICSI, focusing on enhancing the efficiency and precision of Intracytoplasmic Sperm Injection (ICSI) procedures.
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Today, we’re pleased to share that the development of these oocytes has proceeded as expected, which is a positive indicator of our ongoing research efforts.
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24 Hours Later ⏲: Exciting update on our research with microICSI Yesterday, we shared the news of a milestone moment in our collaboration with Japanese clinical partners - the first successful human sperm injection into human oocytes using our microICSI device.
We’re thrilled to announce a significant breakthrough in collaboration with our Japanese clinical partners - the first successful human sperm injection into human oocytes using our microICSI device.
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We’re thrilled to announce a significant breakthrough in collaboration with our Japanese clinical partners - the first successful human sperm injection into human oocytes using our microICSI device.
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Bonus 📸 of our wonderful team working with our partners in Japan.
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The oocytes used in this milestone were donated for research purposes, as they were unsuitable for clinical use. We’re proud to be at the forefront of innovation, working with incredible partners. Stay tuned as we continue to improve the tools available to IVF labs globally.
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Our animal model studies demonstrate that microICSI is simpler: * Time efficiency: Faster procedure execution. * Ease of use: Requires only one micromanipulator and no suction during injection. * Traceability: Microwells are numbered for improved tracking and reduced error risk.
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ICSI is utilised in around 60% of fresh IVF cycles worldwide and one of the most technically complex procedures in IVF, requiring extensive training to master.
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This achievement represents over two years of dedicated development and close collaboration with our clinical partners. It also marks an exciting new chapter in how Intracytoplasmic Sperm Injection (ICSI) can be performed to address male infertility.
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We’re thrilled to announce a significant breakthrough in collaboration with our Japanese clinical partners - the first successful human sperm injection into human oocytes using our microICSI device.
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