Advanced microfluidic technology ensuresstable osmotic pressure adiustmentsminimizing cryogenic damage to anextremely low level.
•High versatility:
Achieving vitrification and warming withoutthe need for embryologists, microscopeseven laboratory environments.
•Advanced technology andmanufacturing processes:
Produced in a pharmaceutical-grade sterileenvironment, strictly adhering to medicadevice GMP standards.
•High efficiency:
Capable of vitrifying and warming up to 36straws (36-72 embryos) per hour.
•High success rate:
Achieving a 96% vitrification success rateand an 81.1% hatching rate, with pregnancyrates consistent with fresh embryos.
In the field of embryo cryopreservation, both vitrification and slow freezing are common methods. Over the past decade, vitrification has gained prominence in human assisted reproductive centers due to its superior clinical outcomes compared to slow freezing. However, vitrification is cumbersome to perform. As a result, the livestock industry has settled for the simpler method of programmed freezing, despite its reduced effectiveness. The Biorocks Automatic Vitrification and Warming System, the world’s first microfluidic-controlled vitrification and warming technology, changes this dynamic by offering a process that is as straightforward as programmed freezing. This automated technology not only simplifies the procedure but also enhances conception rates, achieving results comparable to fresh embryos. With its intuitive user interface, the system requires minimal training and eliminates the need for specialized equipment and personnel, thus providing a reliable and efficient solution for embryo cryopreservation.
Biorocks Vitrification System
The Future of Embryo Preservation
execute warming swiftly, prepping embryos for immediate transfer
From specialized labs to farmhouses
Performance (24h re-expanded rate and 48h hatching rate) of Biorocks' fully automated vitrification system on cattle embryos and oocytes virtrification, as compared with the conventional slow freezing method and the manual virtrivication method. Higher 24h re-expanded rate and 48h hatching rate and lower standard deviation are achieved.
Re-expansion rate of blastocysts vitrificated by embryologists with different experience. Manual vs. Biorock's.
Vitrification: Number of blastocysts vitrificated by manual vitrification
Biorocks: Number of blastocysts vitrificated by Biorocks' automation vitrification system.
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