,The world's leading embryo laboratory
Thetechnology uses high-throughput sequencing technology (NGS) and embryo culture medium formula. The laboratory is equipped with Danish IVFtech workstations, British RI laser membrane breaker and other equipment to simulate the intrauterine environment and ensure the accuracy of embryo culture. Our own application of microscopic manipulation systems (such as Japan's NARISHIGE) and spindle observation technology to reduce oocyte damage and improve fertilization quality.
Through the gene chip system and single gene disease screening technology, more than 50 types of single gene genetic diseases (such as sickle anemia) and mitochondrial diseases are accurately diagnosed, providing solutions for families with genetic high risk.
Through gene chip technology and single-gene disease screening techniques, accurate diagnosis can be performed for over 50 types of single-gene genetic disorders, such as sickle cell anemia, as well as mitochondrial diseases. This provides solutions for families with a high risk of inheriting these diseases.
The expert team has more than 20 years of clinical experience in assisted reproduction and is good at handling complex cases such as advanced age, repeated abortion, and premature ovarian failure.
Location and policyadvantages
It is close to the China border, has convenient cross-border procedures, protected by Lao law, and transparent medical qualifications.
Located right next to the Chinese border, this area offers convenient cross-border transactions. It is protected by Lao law, and its medical qualifications are transparent.
Fees are 30%-50% lower than European and Americancountries
Full cycleservice
From preliminary consultation and formulation of a plan to embryo transfer and postoperative rehabilitation, Chinese medical specialists are equipped throughout the process to ensure patient experience.
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4. Medical equipment
BRG's international senior standard for benchmarking medical equipment covers the entire process of embryo culture, genetic testing and surgicaloperations
nEmbryo laboratory equipment
American Illumina Sequencer: Used for sequencing embryonic genomes to achieve accurate screening of chromosomal aneuploids and monogenic diseases.
The Illumina sequencer from the United States is used for sequencing embryonic genomes, enabling accurate screening of chromosomal aneuploidies and single-gene disorders.
Danish IVFtech workstation: Provides a sterile, constant-temperature environment for embryo culture. Supports the cultivation of blastocysts and real-time monitoring over time.
Genetic testingequipment
Germany's Roche Immunoanalyzer: detects microdeletions/duplications of embryos to ensure genetic health.
German Roche immunoassay analyzer: detects microdeletions/duplications in embryonic chromosomes, ensuring genetic health.
Gene chip technology: enables high-throughput analysis of gene copy number variations in embryos, thereby reducing the risk of genetic disorders.
Japan's NARISHIGE Micromanipulation System: Achieve fine operations of microinjection and reduce egg damage.
Japanese NARISHIGE Microscopic Operating System: Enables precise microinjection operations, reducing damage to eggs.
Embryo vitrification freezing equipment: Utilizes ultra-fast freezing technology to ensure that eggs and embryos remain viable during long-term storage.
If you want to learn more about the multi-country assisted reproduction program, you can also contact the customer service ofModing Tianyun Reproductive Genetics Hospitalfor free consultation. Customer service phone: 18101365219
