Advanced embryo micromanipulation technique designed to support implantation in selected IVF cases at Embryonic Fertility & IVF Centre.
Laser Assisted Hatching (LAH) is a laboratory procedure performed during an IVF cycle to help the embryo break through its outer shell (zona pellucida). A precise laser beam creates a small opening in the outer layer, which may assist the embryo in implanting into the uterine lining.
This technique is often considered in advanced reproductive protocols alongside procedures such as Blastocyst Transfer and Frozen Embryo Transfer (FET).
Laser technology allows greater precision compared to older mechanical methods, improving procedural safety within modern embryology laboratories.
After fertilization during an IVF treatment cycle, embryos are cultured in a controlled laboratory environment. Before embryo transfer, a specialized embryologist uses a laser system to thin or open a small section of the zona pellucida. The embryo is then transferred to the uterus for implantation.
When performed by experienced embryologists using modern laser systems, LAH is considered safe and controlled. The procedure is precise and minimally invasive, ensuring embryo integrity during manipulation.
In selected cases such as repeated implantation failure, LAH may support improved implantation potential.
No. LAH is recommended selectively based on patient profile and previous treatment history.
Modern laser systems are highly precise and designed to minimize any risk to the embryo.
Yes, LAH is sometimes performed before a Frozen Embryo Transfer, particularly when the zona pellucida is thickened after thawing.
The embryology team evaluates embryo quality, patient history, and implantation patterns before recommending LAH.

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