This procedure is preceded by oocyte collection or ovum pick up. Once that is done the best quality eggs which fit certain eligibility criteria are allowed to naturally fertilize with washed sperms in special media under regulated temperature and PH conditions. The embryos so formed are evaluated daily and the best quality embryos are transferred eventually into the uterine cavity under sonographic guidance. This procedure is associated with a much higher success rate for pregnancy.
We offer sterling in vitro fertilisation (IVF) procedures that are ideal for couples who haven’t been able to conceive conventionally. Our world-class IVF procedures mimic typical fertilisation, by combining sperm and eggs in sanitised environments and in carefully controlled conditions and temperatures. Then, once fertilisation is achieved successfully, one or more embryos are tenderly placed inside the uterus.
In vitro fertilisation (IVF) holds out hope for couples who have been facing months or even years of infertility. It is a particularly favoured technique by couples who face specific challenges that rule out other options.
For women whose fallopian tubes are irreversibly damaged or blocked, natural fertilisation is usually impossible, because the egg and the sperm would presumably be divided by a partition. In this case, fertilising an egg outside the body via IVF, and placing the subsequent embryo inside the uterus may provide the best chance of a pregnancy.
Minor anomalies in sperm can be overcome with IVF. Sometimes, additional fertility tools that complement IVF may also be required to optimise the chances of conception. Physiological intracytoplasmic sperm injection (PICSI), for example, is a technique employed along with IVF, where the best possible sperm cell is selected and injected directly into a mature egg. There is a bouquet of techniques that can be used to combat anomalies in sperm.
Embryoscope is an advanced, cutting-edge incubator that supplies digital images of an embryo every ten minutes as it is hosted under an optimal environment in an IVF laboratory. The time-lapse monitoring technique covers an embryo’s journey as it prepares to become a blastocyst and allows embryologists a singular window to examine an embryo in remarkable detail, without removing it from the incubator. This embryoscope gives an embryo a conducive environment to grow in and shields it from fluctuations in temperature and physical contact. An embryoscope can augment the chances of an IVF cycle.
Preimplantation genetic testing lets you screen embryos created via IVF, for genetic defects. Genetic testing has two arms. The first arm is preimplantation genetic screening (PGS), a technique that filters embryos of chromosomally normal genetic parents for structural or numerical chromosomal errors. The second arm is preimplantation genetic diagnosis (PGD), which is performed to trace potential abnormalities in embryos whose parents have a known history of genetic mutations. PGD is equipped to detect sex-linked disorders, single gene defects, and chromosomal disorders.
The efficacy of an in vitro fertilisation (IVF) cycle is governed by myriad elements. The fertility problem in question, plays a large role in how well an IVF procedure will progress. Age has been a key contributor to the success of IVF cycles in the past. It’s well accepted that younger women typically harbour healthier eggs, implicitly boosting their chances of conception. However, IVF has proved successful for many women in their late thirties and early forties. If you’re over 35 years, it’s worthwhile considering the use of donor eggs. Donor eggs from younger women can increase the odds of conceiving through IVF. We tailor each IVF cycle intricately, honouring a guest’s medical history while optimising her chances of conceiving a baby.
A typical in vitro fertilisation (IVF) procedure lasts between 4 and 6 weeks, although the cycle can be shrunk if stimulation protocols are employed. The procedure begins by administering the female partner with fertility drugs for twelve days, through daily hormone injections. This process stimulates the ovaries into producing more eggs than they would otherwise. During this six-week period, routine ultrasounds and blood tests are performed, to monitor progress.
Egg collection is a simple, painless procedure that usually lasts only half an hour. During this process, the eggs produced by mature follicles are retrieved using an instrument known as a Scan Probe. Although the procedure doesn’t hurt, it may make you slightly queasy, which is why is it performed under anaesthesia.
Once we have collected an array of eggs and sperm from you and your partner, we carefully fuse them together to create several embryos. We have a basket of services that you could opt for to improve the quality of the resultant embryo, such as preimplantation genetic screening, preimplantation genetic diagnosis, and physiological intracytoplasmic sperm injection. Alternatively, you could go for a pure IVF procedure.
During the fertilisation phase, we would have ensured that we created several embryos, which can now be graded for quality on the basis of their appearance and integrity. Only superior embryos are implanted into the uterus, with the remainder being cryopreserved for future use.
Once an embryo has crossed the four-day mark, it is resilient enough to brave the uterine environment. An embryologist transfers the embryo into the uterus and about three days later, implantation usually takes place. We believe in promoting safe, healthy pregnancies, and transfer a maximum of two embryos in anyone IVF cycle.
When you’ve reached the two-week milestone after your IVF procedure, we will invite you in for a pregnancy test to check whether the procedure has been successful. Then, once you’re six weeks into your pregnancy, we’ll perform an ultrasound scan to check for a heartbeat.
If your IVF cycle has been successful, we recommend regular follow-ups, to rule out potential complications. Sometimes, IVF cycles that don’t bear fruit can stir up a torrent of emotions in hopeful parents. We seek to connect with couples that may have experienced three unsuccessful IVF cycles, through individual counseling sessions. These complimentary consultations offer relief and support in the face of grief and present a range of alternative fertility options that can be pursued.
Traditionally, in vitro fertilisation (IVF) is associated with certain risks. However, with the advanced range of technologies, our experienced fertility specialists design every IVF cycle in a way that the following risks are reduced as far as possible.
If more than one embryo is deposited in the uterus, IVF can result in multiple births, that could result in premature labour and low birth weights. Our philosophy has always been centered on creating happy, healthy maternity experiences. We cap the number of embryos that are transferred to the uterus to two in any given IVF cycle, to minimise the chances of multiple births.
There is evidence that indicates that IVF marginally increases the chances of premature labour, resulting in a low birth weight for your baby. Our suite of avant-garde technologies is equipped to successfully handle premature babies, gently nurturing them from strength to strength. IVF stimulates ovaries through injectable fertility drugs, such as human chorionic gonadotropin, to induce ovulation. If administered in large quantities, these medications can cause ovarian hyperstimulation syndrome, a condition where ovaries become inflamed and painful. Every IVF procedure created on is made keeping a guest’s medical condition and general well-being in mind. Our treatments are gentle, yet powerful.
IVF stimulates ovaries through injectable fertility drugs, such as human chorionic gonadotropin, to induce ovulation. If administered in large quantities, these medications can cause ovarian hyperstimulation syndrome, a condition where ovaries become inflamed and painful. Every IVF procedure created on is made keeping a guest’s medical condition and general well-being in mind. Our treatments are gentle, yet powerful.