hospital introduced
Grapes ART is headquartered in the center of Tbilisi, the capital. It is a comprehensive reproductive institution integrating medical care, scientific research and resources.
Focus on providing relevant technical services in the fields of IVF, embryo freezing, and third-party assisted reproduction (OD/SM) to infertile families around the world. It is positioned as an "international reproductive health solution provider" and is working with Ukraine, Thailand,
Medical institutions in Russia and other countries have established in-depth cooperation and formed a transnational resource network.
Core advantages and technical strength
Third Generation IVF Technology (PGT)
·ComprehensivePGS/PGD screening: Complete genome sequencing of embryos through NGS technology to screen for chromosomal numerical/structural abnormalities and single gene diseases (such as thalassemia and hemophilia) to block the transmission of genetic diseases.
·Embryo optimization strategy: Combine Time-lapse dynamic monitoring and PGT results to screen for "high-quality embryos" with both normal morphology and genetics

·Fundraising technology: Using sequential culture media (such as G-IVF™ Plus), which is significantly higher than traditional culture methods.
·Endometrial receptivity test (ERA): Analyze the endometrial implantation window through RNA sequencing to accurately arrange transplant timing and reduce the risk of repeated implantation failure.

Characteristic technology application
·Egg freezing and resuscitation technology: For women with premature ovarian failure or need to delay childbearing, vitrification is used to preserve eggs, and the survival rate after resuscitation exceeds 80%.
·Microsperm harvesting (MESA/TESE): For azoospermia patients, microscopic sperm harvesting is performed through testis/epididymis combined with ICSI to achieve fertility.

Scientific research cooperation and technology updates
·Conduct regular technical exchanges with European and American institutions (such as HRC in the United States and Cambridge Reproductive Center in the United Kingdom) to introduce AI embryo grading systems (such as EEVA™ AI) and new embryo culture media.
·Participate in international multi-center research projects, such as the "Genetic Intervention in Recurrent Abortion" project initiated by the European Society of Human Reproduction and Embryology (ESHRE).

Localized technology adaptation
·Optimize the PGT testing database based on the genetic characteristics of the Georgian Caucasian population and improve the accuracy of screening for regional genetic diseases such as thalassemia.
·Develop a multi-language medical information system (Chinese/English/Russian) to synchronize patient data in the cloud and have a response time of 2 hours for transnational remote consultations<.

Full process technical guarantee
·Personalized ovulation promotion plan: Customize drug doses based on AMH, AFC and other indicators to reduce the risk of ovarian overstimulation.
·Post-transplant management: Use progesterone sustained release gel (Crinone) combined with low molecular weight heparin to improve intimal blood flow and improve pregnancy maintenance rates.
medical equipment
·Core equipment of the embryo laboratory
Micromanipulator: Equipped with Japan's Olympus IX73 microscope system, it supports intracytoplasmic sperm injection (ICSI) and embryo microdissection technology to accurately process eggs and embryos.
Laser membrane rupture system: Using Germany's Zilos-TK laser instrument to achieve non-invasive perforation of the embryo zone
Embryo incubator: Equipped with a Time-lapse embryo dynamic monitoring system (such as Vitrolife Eeva™), it records the development trajectory of embryos in real time and screens high-potential embryos.
·Genetic testing equipment
NGS high-throughput sequencing platform: Illumina NovaSeq6000 system in the United States can screen 23 pairs of chromosomes and 125 single-gene genetic diseases at one time, with an accuracy rate of 99.9%.
Fluorescence in situ hybridization (FISH) equipment: Used to screen embryonic chromosome aneuploidy to assist in the diagnosis of common chromosomal abnormalities.
·Refrigeration and storage systems
Liquid nitrogen smart storage tank: Japan MVE series, temperature fluctuations ≤0.5℃, ensuring the activity of long-term storage of embryos, eggs and sperm.
Vitrification freezing technology: Cryotop rapid freezing method is used to reduce ice crystal damage

If you want to learn more about the multinational assisted reproduction program, you can also contact the customer service of theGrapes ART Reproductive Center in Georgiafor free consultation. Customer service telephone: 18101365219