Is IVF possible for everyone?

Is IVF possible for everyone?

More than 8 million children have been born all around the world since in vitro fertilization, or IVF, was developed almost forty years ago. Find out if you are a good candidate for IVF here. 

More and more couples are using IVF to conceive after other reproductive treatments or natural conception fail. In the US today, over two out of every 100 women giving birth use IVF to conceive. IVF is receiving a lot of attention, which is not surprising given that there is a 60–70% likelihood of conception when IVF is combined with preimplantation genetic testing of embryos.

IVF essentially entails removing mature eggs from the woman, fertilizing them in a dish with sperm in a lab, and then returning the resulting embryos to the woman’s uterus 2 to 6 days after fertilization is verified. (1)

What is IVF?

The most common treatment for couples with fertility problems is IVF. In IVF treatment, eggs are collected from the ovaries of the expectant mother and fertilized with sperm from the father-to-be in a laboratory environment.

The egg is fertilized and is called an embryo. The embryo is then transferred back to the mother’s uterus to grow and develop. Apart from the woman’s eggs and her husband’s sperm, IVF can also be performed using eggs and sperm from donors. (2)

Who are the best candidates for IVF?

IVF is potentially a good option for couples who have one of these six infertility diagnoses. 

  • The woman has endometriosis

Similar to women with tubal issues, endometriosis sufferers might accumulate a variety of scar tissue and adhesions around the ovaries and fallopian tubes, which can occasionally make it more challenging to conceive. 

  • The woman has blocked tubes

IVF was first designed to help women whose fallopian tubes were obstructed, damaged, or absent. Many women with tubal issues discover that IVF helps them conceive because the IVF treatment totally avoids the fallopian tubes. Due to pelvic inflammatory illness and previous procedures that may have left abdominal scar tissue, the tubes are frequently obstructed by this tissue.

  • The man has male-factor infertility issues

If your partner suffers from male factor infertility, such as a low sperm count or other sperm abnormalities, you might potentially benefit from IVF. For males with low sperm counts, intracytoplasmic sperm injection (ICSI) is the method of choice because it uses just one healthy sperm to fertilize an egg during IVF. 

  • The couple has unexplained infertility

Couples that experience unexplained infertility are also excellent IVF candidates. These couples have undergone testing for potential fertility issues, but they are still having trouble becoming pregnant naturally without the use of fertility medications or intrauterine insemination (IUI).

  • The woman has polycystic ovarian syndrome (PCOS) or abnormal ovulation cycles

Ovulation does not occur in women with PCOS because of a complex hormonal imbalance. Women with PCOS can utilize IVF to conceive just like women with irregular ovulatory periods because fertility medicines can be used to promote ovulation and create healthy eggs. 

  • The woman has decreased ovarian reserve

It becomes more challenging to conceive as women age because their eggs are of lower quality. IVF can be successful for women who are unable to produce healthy eggs yet want to use donated eggs. For women of all ages, using donor eggs during IVF results in similar pregnancy rates, and roughly 50% of women who attempt IVF with donor eggs are successful. (3)

What are the chances of success? 

Every woman’s IVF success rate is different. This rate varies based on the patient’s age and the underlying reason for her infertility. 

Younger women have consistently been proven to have higher pregnancy success rates. IVF is typically not advised for women beyond the age of 42 because the likelihood of a successful pregnancy is thought to be quite low. (4)




Kovacs, G. T. (1999). What factors are important for successful embryo transfer after in-vitro fertilization?. Human Reproduction, 14(3), 590-592.

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