Infertility Treatments

Deciding what to do, if anything, when a fertility evaluation is complete may not be easy. Assuming these problems are treatable (and not all of them are), there is a bewildering array of choices, especially for women, and no guarantee that any of them will work. So it is that specialists in this field speak of “maximizing fertility potential” rather than “curing infertility”.


  • When blood and urine tests of an infertility workup suggest some sort of hormone imbalance in one or both partners, corrective therapy with so-called fertility drugs is frequently prescribed. The most popular of these drugs are Clomid and Serophene (both are clomiphene citrate in tablet form) which act on the hypothalamus, and Pergonal (human menopausal gonadotropin), which acts on the pituitary gland. A newer drug to treat infertility is Humegon which is the equivalent of generic Pergonal.
  • Because these powerful drugs have a wide range of side effects, patients should always discuss the pros and cons of their use with the physician in advance. Clomid and Serophene, for example, can prolong the menstrual cycle and make a woman mistakenly think she has conceived. Moreover, there is a risk of multiple births with some fertility drugs. Even if the couple would welcome several babies, multiple births can complicate pregnancy and delivery and endanger infant survival.


  • Many men have a varicocele, a collection of swollen veins in the scrotum that often looks and feels like a bag of worms but may be less obvious. Some men with a varicocele easily sire children and so are clearly fertile. For those who seemingly are not and whose sperm are sluggish, surgical repair of the varicocele may better their chances of fatherhood. However, there is some debate about when the operation is appropriate. It may not be recommended unless other reasons for infertility are not found.
  • Another male infertility problem often treated by surgery is damage to the vas deference, through which sperm must pass for ejaculation. A common cause of such damage is vasectomy (male sterilization). Though it should be considered irreversible, some men later wish to have it reversed. This is sometimes possible through microsurgery. Other candidates for such surgery are men whose vas deference have been blocked by scar tissue caused by earlier unrelated surgery, a sexually transmitted disease or other infection.
  • Microsurgery is not a cure-all. Men with extensive damage to these structures, and many with limited damage, may not be able to father a child, despite the operation’s apparent success.


  • A sterilization procedure for women, tubal ligation, involves tying, cutting or burning the fallopian tubes and thereby scarring them. Damage to the tubes by earlier unrelated surgery or infection – again, sometimes sexually transmitted – can also cause female infertility. In both cases, corrective surgery is sometimes, but not always, a possibility. Nor do seemingly successful surgical repairs of damaged fallopian tubes necessarily mean that any eggs fertilized in them will be able to make their way to the uterus. Sometimes, an ectopic (literally, out-of-place) pregnancy occurs, in which the fertilized egg gets trapped in the tube where it cannot survive when it grows. Any woman can have an ectopic pregnancy, it remains higher than for women with tubes that have been damaged.
  • Endometriosis, a common disorder in women, also can cause or contribute to infertility when small pieces of the uterine lining escape and take up residence on the surfaces of organs in the abdominal cavity. Inflammation and consequent chronic irritation from the misplaced tissue can result in significant internal scarring of the ovaries, fallopian tubes, inner or outer walls of the uterus, or other nearby structures, so that the woman cannot conceive. Both surgery and drug treatments (sometimes combined) are used to treat endometriosis. Success rates in treating this disorder are in the 50 to 60 percent range, and depend on several factors, including the patient’s age and disease severity.


  • Some infertility treatment attempt to get a pregnancy started without intercourse. Artificial insemination, the oldest of these treatments, has been used for more than a century. A hollow, flexible instrument-called a catheter-is used to place the donor’s washed semen into the woman’s uterus or vaginal canal.
  • All inseminations are performed around the time the woman should be ovulating, either naturally or after priming with a fertility drug. The semen may be from the woman’s husband (“artificial insemination-husband-donor,” or AID).
  • A recent advance for AIHs is for men who-because of spinal cord injury, cancer surgery, or other reasons-can’t ejaculate normally. Electrical stimulation can be used to help them overcome this problem and the ejaculate is collected and inseminated on their wives.
  • Fresh semen was once used for all inseminations and still, as a rule for AIDS, but because of concern about AIDS and other sexually transmitted infections, it is now recommended that anonymous donor semen be frozen for at least 180 days before use. The delay allows the donor to be retested for possible occult (undiagnosed) infection at the time of the donation.
  • Some women become pregnant with one insemination. More often, repeat inseminations over the course of four to five menstrual cycles are required. And there are women who after a year or more of periodic insemination still do not conceive. Depending on the nature of the couple’s infertility, studies show success rates between 50 and 65 percent.


  • Much newer than artificial insemination is in vitro fertilization (IVF), an option when various other treatments have failed or are inappropriate. It can be used, for example, in women who have a uterus and at least one ovary, but whose fallopian tubes are damaged, missing or diseased.
  • The woman is prepared for this procedure with fertility drugs that ready several of her eggs for fertilization and the lining of her uterus to support her pregnancy. The eggs are then taken from her by one of several methods and placed in a laboratory dish where they are incubated with her partner’s sperm for about 18 hours.
  • Assuming that some eggs are fertilized and continue to develop normally for two days or so, one or more (usually several, for insurance) are transferred by instruments into the woman’s uterus. If at least one implants there within about 2 weeks, the woman is pregnant. Implantation can often be determined at that time by a blood test. However, this chemical assessment is sometimes misleading. Therefore, a conclusive diagnosis cannot be made until as week or more has passed when-if the pregnancy is real, rather than just chemical-a sac will have formed around the embryo that can be detected by ultrasound. As with other infertility treatments, couples undergoing IVF should recognize that positive outcomes are never guaranteed.


  • GIFT is similar to IVF except that sperms and eggs (gamates) are collected and immediately inserted into one or both fallopian tubes, where conception occurs.
  • With ZIFT, instead of placing the sperm and egg immediately into the fallopian tubes, they will be placed into an incubator for 24 hours. Then the fertilized eggs are put into the fallopian tubes. Zygote is the term for the cell produced by fertilization.]
  • These procedures require that the woman have at least one healthy fallopian tube.
  • Success rate for either GIFT or ZIFT is around 25%.


Can be used in male infertility problems. A single sperm is taken from the male and injected into a single egg from the female; the resulting zygote is then transferred into the uterus. The success rate is about 24%.


The woman’s eggs are retrieved and put into the fallopian tube close to where it opens into the uterus. he couple then has intercourse or the woman is artificially inseminated. Since this method allows the eggs to be placed beyond the parts of the tube that may be damaged or blocked, it can often be used when GIFT or ZIFT cannot.


A fertile female donor provides the eggs. At the proper time in her menstrual cycle, she is artificially inseminated. If the donor conceives, the early embryo is washed out of her reproductive tract and transferred to the uterus or a fallopian tube of the woman who is to bear the child. The recipient, meanwhile, has been hormonally treated with fertility drugs to make her uterus receptive to the embryo. This technique allows women who have no eggs of their own to become pregnant-provided they have a uterus.


  • This is an option for women who do not respond to ovulation induction therapies or who have no ovaries or lack a uterus. It also may be an option for those whom pregnancy might be an life threatening or have good reason to worry that they might transmit a serious genetic disorder to the child.
  • A healthy, fertile woman agrees to be artificially inseminated and also agrees to let the infertile couple adopt the baby. If the female member of the infertile couple can safely provide eggs of her own, these can be fertilized by the IVF process and then transferred to the surrogate woman who carries the fetus to term. In that case, the surrogate mother takes fertility drugs to prepare her uterus. Surrogate motherhood is controversial and has resulted in court cases about custody and parentage, which is rare with other forms of fertility treatment.