According to the World Health Organization, around 17.5% of adults worldwide experience infertility. This is why laboratory technology and medical equipment play such key roles in addressing these cases. In addition, the last decade brought significant advancements – artificial intelligence for embryo monitoring, genetic testing capabilities, and automated systems for sample tracking.
SILK Medical‘s laboratory in Tbilisi uses seven key technologies in its fertility treatments. Each serves a specific purpose in the IVF process:
1. AI-Powered EmbryoScope
The EmbryoScope represents one of the latest advancements in embryo monitoring. This sophisticated incubator includes a high-resolution camera system that captures images every 10 minutes, creating a complete timeline of embryo development. The built-in artificial intelligence analyzes over 7,200 images per embryo, identifying the most viable candidates for transfer.
Unlike traditional incubators that require embryos to be removed for observation, the EmbryoScope provides continuous monitoring without disturbing optimal growing conditions. This technology significantly improves embryo selection accuracy, leading to higher implantation rates and successful pregnancies.
2. IVFID Witness System
Safety and accuracy are paramount in fertility treatments. The IVFID Witness System uses Radio Frequency Identification (RFID) technology to track and verify all genetic materials throughout the IVF process. This automated system monitors every step, from egg retrieval to embryo transfer, eliminating any possibility of sample mix-ups.
Each patient receives an identification bracelet linked to their genetic material. The system automatically verifies matches before any procedure can proceed, providing an additional layer of security and peace of mind.
3. Advanced Genetic Testing Suite
Preimplantation Genetic Testing (PGT) capabilities at SILK Medical include both PGT-A for chromosomal abnormalities and PGT-M for specific genetic disorders. This thorough testing suite helps identify the healthiest embryos, increasing successful pregnancy rates up to 70%.
The laboratory uses Next-Generation Sequencing (NGS) technology for genetic analysis, providing highly accurate results and reducing the risk of miscarriage or genetic disorders.
4. Laser-Assisted Hatching Technology
This precision technology helps improve implantation rates by creating a small opening in the embryo’s outer layer (zona pellucida). The computer-controlled laser system ensures precise and consistent results, particularly beneficial for patients with previous implantation failures or those of advanced maternal age.
5. Advanced Sperm Selection Technologies
SILK Medical employs sophisticated sperm selection methods including MESA/TESE procedures for male factor infertility cases. These microsurgical techniques help identify and extract the highest quality sperm cells, improving fertilization rates even in challenging cases.
6. Time-Lapse Monitoring Systems
Beyond the EmbryoScope, the clinic utilizes additional time-lapse monitoring equipment throughout the laboratory. These systems provide continuous observation of embryo development, helping embryologists identify the optimal timing for various procedures and interventions.
7. State-of-the-Art Laboratory Equipment
The embryology laboratory features advanced equipment including:
- Specialized laminar flow workstations providing particle-free environments
- High-precision micromanipulators for ICSI procedures
- Advanced microscopy systems for detailed embryo assessment
- Sophisticated vitrification equipment for embryo and gamete preservation
Statistical data reflects the impact of these combined technologies: clinical pregnancy rates reach 70% for patients under 35 using their own eggs. The guaranteed surrogacy programs show similar positive outcomes.
Medical technology advances rapidly in reproductive medicine. Regular training sessions keep SILK Medical experts current with new developments and applications, translating technical capabilities into practical results for patients seeking fertility treatment.
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