- Rebirth Maternity & Gynecology Clinic Prabhadevi, Mumbai
- Call Us +91 9326129577
- Mon to Sat 1PM - 3PM & 6PM - 9PM
At Rebirth Women’s Clinic, we assess Embryo Fragmentation to evaluate the quality and developmental potential of embryos during IVF. Embryo fragmentation refers to the presence of small fragments or broken cytoplasmic pieces within the embryo. Higher levels of fragmentation may affect implantation rates and embryo development. With advanced embryology expertise and precision monitoring, we aim to select the healthiest embryos for transfer to maximize pregnancy success.
Embryo Fragmentation occurs when pieces of cellular material break away from the embryo during early cell division. These fragments do not contain nuclei, but their presence can impact embryo quality depending on the fragmentation percentage.
At Rebirth Women’s Clinic, evaluation of embryo fragmentation helps ensure:
Accurate assessment of embryo quality
Better selection of embryos with high implantation potential
Early identification of embryos with reduced developmental capability
Improvement of overall IVF success rates
Customized treatment plans based on embryo performance
We assess embryos using detailed grading systems that analyze fragmentation percentage, cell symmetry, and overall developmental stage.
Using advanced time-lapse imaging systems, we continuously observe embryo development to detect fragmentation patterns and growth potential.
Embryos with low fragmentation and optimal cell division patterns are selected for transfer, increasing implantation and pregnancy success rates.
Through optimized culture conditions, controlled laboratory environments, and refined stimulation protocols, we help reduce risks contributing to fragmentation.
Expert embryologists trained in advanced embryo grading
Use of modern IVF lab technology including time-lapse systems
Improved embryo selection for higher success rates
Customized IVF strategies to enhance embryo development
Precision-based fertility care with a patient-centered approach