Assisted Hatching at Kiran Infertility Center (KIC) in Delhi serves as an essential treatment solution that enhances your chances of achieving a successful pregnancy during your current IVF process. Assisted hatching is a specialised laboratory technique that helps embryos achieve better implantation success into the uterine lining during IVF treatment.
The embryologists at KIC who have received international training use advanced technology to conduct this delicate procedure with maximum precision, which results in optimal conditions for your embryo.
The embryo needs to leave the zona pellucida, which surrounds it, before it can start attaching to the uterine lining for its path to a successful pregnancy. Hatching serves as the biological process that enables this function. The embryo encounters difficulties during hatching because its zona pellucida has developed an excessive thickness, which creates a hard shell. The process of implantation fails to work even when the embryo possesses perfect quality.
Assisted hatching involves laboratory technicians making a small opening in the zona pellucida that they will use to transfer the embryo into the uterus. This artificial breach enables the embryo to exit more efficiently, which leads to better contact with the uterine lining and increased chances of successful implantation.
The professional staff at Kiran Infertility Center Delhi performs assisted hatching through their team of experienced embryologists who possess extensive knowledge about advanced reproductive techniques. Our top-of-the-line IVF laboratory conducts the procedure through established quality control procedures, which safeguard the embryo during each development phase.
Assisted hatching is not necessary for all IVF patients, but doctors should use it as a treatment option when their patients face known difficulties with implantation. The fertility specialists at KIC Delhi assess each patient's search to find the right time for assisted hatching treatment.
Assisted hatching is typically recommended for:
Women aged 37 and above, since their eggs develop a thicker zona pellucida, which protects them from hatching naturally.
The patients exhibit high FSH (Follicle Stimulating Hormone) levels, which commonly leads to decreased egg quality and increased thickness of embryo shells.
The couple has experienced multiple unsuccessful IVF attempts during which they transferred high-quality embryos, but their embryos failed to implant. The laboratory assessment showed that embryos possessed a thick zona pellucida.
The freezing and thawing process in frozen embryo transfer (FET) cycles sometimes leads to damage of the zona pellucida. The embryos exhibit development rates that fall behind schedule during the culture period.
At Kiran Infertility Center Delhi, we exclusively use Laser Assisted Hatching—the most precise, safest, and most effective method of assisted hatching available in modern reproductive medicine. The process of laserassisted hatching uses an advanced infrared laser system to create a controlled, precise opening through which the embryo can escape its zona pellucida barrier. Our embryologists use a computer-controlled system to operate the laser, which enables them to create precise openings that protect nearby embryonic cells from harm.
Laser-assisted hatching offers considerable advantages over the ancient chemical or mechanical hatching facilities.
Unmatched Precision: The laser enables embryologists to create an opening that matches the exact size and depth requirements according to the embryo's particular shell thickness.
Minimal Handling: The entire procedure takes only seconds to complete because it allows the embryo to spend less time outside the incubator while decreasing the possibility of experiencing temperature and environmental stress.
No Chemical Exposure: The laser-assisted hatching method differs from acid-based hatching techniques because it does not use chemical substances that could potentially harm the embryo.
Consistent Reproducibility: The computer-controlled laser system produces the same controlled results, which researchers can repeat at all times because it operates without the errors that occur in manual processes.
Higher Safety Profile: The laser-assisted hatching procedure at KIC Delhi maintains its safety standards because trained experts perform the procedure without raising the risk of damage to embryos.
Kiran Infertility Center employs laser-based reproductive technology specialists to conduct laser-assisted hatching procedures within their temperature-controlled sterile environment.
KIC provides complete support for patients who want to donate oocytes, whether they come from Delhi or other parts of the country and the world.
The assisted hatching procedure needs to be understood in its complete details because this knowledge enables patients to gain full confidence during their embryo transfer preparations. The KIC Delhi center operates its procedure through complete integration into both IVF and frozen embryo transfer cycles without needing any patient involvement.
The embryo development process begins with the incubation of fertilized embryos, which we maintain in our advanced incubators while performing continuous monitoring through time-lapse technology. The embryologist conducts a detailed examination of each embryo on Day 3, which represents the cleavage stage, and Day 5, which marks the blastocyst stage. The embryologist conducts a detailed examination of the embryo with the assistance of his knowledge about zona pellucida thickness measurement methods to determine whether he should use assisted hatching.
The embryo undergoes a brief incubation break before technicians start the Assisted Hatching process, which requires them to transfer the embryo under a high-powered microscope that contains a laser system. The embryologist determines the optimal hatching point on the zona pellucida by selecting a location that contains no cells and exists beyond the boundary of the inner cell mass.
Scientists use the infrared laser to create a controlled opening, which results in a small zone of thinning that lasts for precisely calculated short time periods that usually range between two milliseconds and four milliseconds. The laser process takes only a few seconds to finish, while technicians quickly return the embryo to its incubator after completing the procedure to safeguard its surrounding conditions.
The monitoring of the embryo begins after the assisted hatching procedure and continues for a short time period to ensure that the embryo remains unaffected by the procedure while it develops normally until the time of embryo transfer.
The medical staff performs a gentle and painless procedure to transfer the fully hatched or partially hatched embryo into the patient's uterus. The medical team prescribes supportive medications such as progesterone to prepare the uterine lining and support the implantation process, which needs to take place.
The medical staff conducts a blood test to determine pregnancy status approximately 14 days after the embryo transfer procedure.
At Kiran Infertility Center, we have spent over two decades helping couples build their families. Our fertility specialists recommend assisted hatching only when it genuinely improves implantation chances—such as in repeated IVF failure, advanced maternal age, or thick zona pellucida cases.
We use laser-assisted hatching performed by experienced embryologists in a fully equipped lab, ensuring accuracy and embryo safety throughout the process.
Our success rates are shared openly, our pricing is straightforward, and our team stays involved from your first consultation to your final outcome—no unnecessary add-ons, no false promises.
If you are exploring assisted hatching in Delhi, Kiran Infertility Center gives you the clinical expertise and honest guidance you deserve.
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