Where Life Starts.
The beginning of life deserves the highest standard of science and care.
IVF & Embryo Culture
This service provides the foundation for fertility treatment by carefully fertilizing eggs with sperm in a controlled laboratory setting. Our advanced culture systems mimic the body's natural environment, allowing embryos to grow and develop optimally. The key highlight is our meticulous attention to creating the ideal conditions for embryo development, which directly increases the chances of a successful pregnancy. The benefit is giving patients and intended parents the best possible starting point for their fertility journey.
Intracytoplasmic Sperm Injection (ICSI)
ICSI is a highly precise procedure. A single, healthy sperm is carefully injected directly into an egg to ensure fertilization. The key highlight is its ability to overcome significant male infertility challenges, such as low sperm count or motility. This technique's benefit is its effectiveness in achieving fertilization when conventional IVF methods may fail, providing hope to couples facing these specific obstacles.
Spindle View
Spindle view in IVF is a technique that uses a specialized polarized light microscope to visualize the meiotic spindle, a delicate structure inside a human egg that organizes chromosomes. This is crucial for Intracytoplasmic Sperm Injection (ICSI), as it allows embryologists to precisely locate the spindle and inject the sperm into a safe area, avoiding damage. By preventing physical disruption of the spindle, this technique helps minimize the risk of chromosomal abnormalities, improving the quality of the resulting embryos and increasing the chances of successful fertilization and healthy embryo development, particularly in cases of repeated IVF failures or when only a few eggs are available.
Embryo Grading & Selection
Our embryologists meticulously evaluate each embryo to determine its viability and potential for successful implantation. This process involves assessing the embryo's morphology, including cell division patterns, cell symmetry, and the absence of fragmentation. The key highlight is the use of a standardized grading system to objectively identify the highest-quality embryos. The benefit is the ability to select the most promising embryo for transfer, which maximizes the chances of a healthy, full-term pregnancy and reduces the risk of multiple births.
Assisted Hatching
This procedure involves creating a small opening in the outer shell of the embryo (the zona pellucida) just before transfer. The key highlight is that it helps the embryo "hatch" or break free from its shell, a necessary step for implantation in the uterine wall. The benefit is a potential increase in implantation rates, particularly for patients with certain conditions, such as those with previously failed IVF cycles or advanced maternal age.
