Discovering About Hysteroscopy And Hysteroscopic Procedure

This factsheet is for women who have a hysteroscopy, or who want information about it.

A hysteroscopy is a procedure that allows the surgeon to see inside the womb (uterus) with a narrow tube telescopic camera called a hysteroscope. Hysteroscopy can be used to diagnose or treat a disease.

You will meet with the surgeon performing the procedure to discuss your care. Which may differ from what is described here as they are designed to meet your individual needs.

About Hysteroscopy

A hysteroscopy is a procedure to look inside your womb. The surgeon passes a thin telescope, called a hysteroscope into your vagina through your cervix (neck of the uterus) and in her womb. A light at the end of the hysteroscope allows the surgeon to see inside your abdomen. The camera images are sent to a television screen so the surgeon can see clearly inside her womb.

Hysteroscopy can be used to diagnose disease or treat disease. You can help the surgeon to find out what is causing the symptoms, such as heavy periods. Can also be used to check the conditions of the womb, such as polyps (small growths of tissue in the lining of the uterus) or certain types of fibroids (noncancerous growths of muscle in your stomach). If you are having trouble getting pregnant, hysteroscopy can be done to see if there is any problem within her womb.

During hysteroscopy, the surgeon can take a biopsy (small tissue sample) for examination in a laboratory, and / or treat the inside of your belly. He or she can remove polyps and fibroids during a hysteroscopy. The surgeon may also treat the scar tissue (adhesions) in the lining of the uterus during the procedure. You may have an intrauterine system (IUS) or coil, put in for a hysteroscopy, or the surgeon may remove a coil that has moved out of place.

What are the alternatives?

Depending on your symptoms and circumstances, there may be alternative treatments or research available.

A pelvic ultrasound can be used to diagnose certain conditions. An ultrasound uses sound waves to produce an image of the inside of your womb.

An endometrial biopsy is an alternative to hysteroscopy if the surgeon wants to take a sample of the lining of the uterus. A thin tube is passed through the cervix and in thy womb, and then gentle suction is used to sample the lining of the uterus and examined under a microscope. Sometimes you can have this at the same time as hysteroscopy.

Your doctor will explain the different options for you.

Preparing for a hysteroscopy

Your surgeon will explain how to prepare for your procedure. For example, if you smoke, you are prompted to stop, as smoking increases the risk of contracting a chest infection and slows your recovery.

Hysteroscopy is usually performed as a day procedure cases. This means you have the procedure and return home the same day. It can be done in local or general anesthesia. Local anesthesia completely blocks the feeling in the cervix and stay awake during the procedure. General anesthesia means you will be asleep during the operation.

If you have general anesthesia, you are asked to follow fasting instructions. This means no food or water, usually about six hours in advance. However, it is important to follow your surgeon's advice.

At the hospital, the nurse may do some tests such as checking your heart rate and blood pressure and urine tests.

Your surgeon will explain what happens before, during and after the procedure and any pain you may have. This is your opportunity to understand what will happen, and you can help yourself by preparing questions to ask about the risks, benefits and alternatives to this procedure. This will help you stay informed, so you can consent to the procedure below, which may be asked to do by signing a consent form.

If you have a hysteroscopy to diagnose your condition, the surgeon can move on to their status during the procedure. Your surgeon will talk with you about any possible treatment before surgery, and asked to sign a consent form to include these potential treatments.

You may be asked to wear compression stockings to help prevent blood clots in the veins of the legs. You may need an injection of a blood thinner called heparin as well as, or instead of wearing compression stockings.

What happens during a hysteroscopy

The procedure usually takes about 10 minutes to half an hour, depending on what to do.

A mirror is placed in the vagina to show the cervix. This is similar to the instrument used when you have a Pap test.

Your surgeon will clean the vagina and cervix with an antiseptic solution and pass the hysteroscope through the cervix and into her womb. He or she may inject gas or fluid in your uterus. This opens the cavity of her belly, and makes it easier for the surgeon to clearly see the lining of the uterus.

The camera on the end of the hysteroscope sends images from inside her womb to a video screen. Your doctor will examine the images and if necessary take a biopsy or any treatment. This is done using special instruments passed inside the hysteroscope.

When the examination is complete, the hysteroscope is gently pulled out. Your surgeon may perform an endometrial biopsy to take a sample of your womb.

What to expect after

If you have general anesthesia, you will have to rest until the effects of anesthesia have passed. You may need pain relief to help with the discomfort that the anesthesia wears off.

You may need to wear a pad because it may have some vaginal bleeding.

Usually, you can go home when you feel ready. Your nurse can give you a date for a follow up appointment.

You will need to arrange for someone to drive you home. You should try to have a friend or stay in relationship with you within 24 hours.

Recovering from a hysteroscopy

General anesthesia can temporarily impair coordination and reasoning skills, so you should not drive, drink alcohol, operate machinery or sign legal documents for 48 hours. If you are in any doubt about driving, please contact your motor insurer so that you are aware of their recommendations, and always follow your surgeon.

If you need pain relief, can take over-the-counter analgesics such as acetaminophen or ibuprofen. Always read the patient information that comes with the medication and if in doubt, consult your pharmacist.

If you have a diagnostic hysteroscopy, will have to rest and take it easy for a day or two. If you have had treatment during hysteroscopy, for example, if you have had a polyp or a fibroid removed, recovery will take longer. Your surgeon will tell you when to return to their normal activities.

If you have a biopsy or polyps removed, the results are usually sent in a report to your doctor.

What are the risks?

Hysteroscopy is commonly performed and generally safe. However, in order to make an informed choice and consent, should be aware of possible side effects and risk of complications from this procedure.
Side effects

Side effects are unintended effects, albeit temporary, especially you can get after the procedure. After hysteroscopy, you may have painful cramps, as obtained during the period. You may also have vaginal bleeding that usually improves after a few days but can last a week.
Complications

This is when problems occur during or after the procedure. Most women are not affected. The possible complications of any surgery include an unexpected reaction to anesthesia, bleeding, excessive, or developing a blood clot, usually in a vein in the leg (deep vein thrombosis, DVT).

Specific complications of hysteroscopy are rare, but it is possible that you can develop an infection later. Surgery can damage the uterus and, rarely, bladder, intestines and blood vessels. You may need additional surgery to repair the damage. Occasionally, it may be possible for the surgeon to move the telescope in his belly to get a clear picture of the garrison. If this happens, your surgeon will discuss alternative options with you.

Most women have no problems after having a hysteroscopy. However, if you have any of these symptoms, consult your doctor:

    * Long lasting heavy bleeding
    * Vaginal discharge that is dark or smells
    * Severe pain or pain that lasts more than 48 hours
    * A high temperature

The exact risks are specific to you and will be different for every woman, so we have not included statistics here. Ask your surgeon to explain how these risks apply to you.

Third party parenting

Since the very first IVF procedure, the theoretical ability to perform egg donation or gestational surrogacy has existed. It took doctors and society a few years to realize this fact and get comfortable with the concept. Considering the wide variation in the legal status of egg donation and surrogacy throughout the world, it is also clear that not all societies have gotten comfortable with these procedures. In the U.S., especially in California, these procedures are helping many couples have children when they may not have been able to in the past. In addition, their high success rates demonstrate the true potential of assisted reproduction when all factors have been optimized.

This article will review the medical indications for both egg donation and surrogacy. We will briefly consider how egg donors and surrogate mothers are chosen and screened. Since the process for egg donation and gestational surrogacy are actually similar, we will discuss them together. Finally, a few thoughts about the legal and ethical aspects of third party parenting will be considered.

Egg Donation

The first egg donor cycles reported were actually donor embryo cycles, where frozen embryos from one couple were transferred to the uterus of another woman. These early reports proved that women could carry a pregnancy, even if they had no ovarian function. From these humble beginnings, there are now an estimated 2500 ovum donor cycles performed annually in the U.S. In 2003, Huntington Reproductive Center performed approximately 200 egg donor cycles. In the early years, each center devised rather casual arrangements to provide egg donors. With the increasing demand for donors, and increased public scrutiny, more formal procedures are used to find and screen donors.

Indications for Egg Donation

Women who benefit from egg donation can be divided into two groups: non-menstruating and menstruating females.

Non-menstruating candidates are women with premature ovarian failure or physiologically menopausal women. The medical necessity and benefits of egg donation to these women is clear. Society is still struggling with the question with establishing an upper age limit for the latter group.

Menstruating women who may benefit from ovum donation include: 1) Women with waning ovarian function. These women may have high baseline FSH levels or respond poorly to ovarian stimulation when they try IVF. 2) "Older" women. As women mature, a higher percentage of the eggs they ovulate contain abnormal chromosome numbers. Women over age 43 almost never conceive with their own eggs through IVF, and eventually need to consider egg donation. 3) Women with poor egg quality. Some women who experience multiple IVF failures may produce poor quality embryos, regardless of their age and FSH levels. These women often conceive with donor eggs. 4) Women who carry genetic or chromosomal abnormalities. Examples of these conditions are recessive traits like cystic fibrosis, dominant traits such as Huntington's Disease, and balanced translocations. In many cases women with these conditions can now use their own eggs with the help of pre-implantation genetic diagnosis (PGD). If, for any reason, PGD is unacceptable, egg donation becomes an option for some.

"I need an egg donor.

Now What?"

The recipient and egg donor both require screening. An often understated issue is the enormous psychological struggles and pain that a couple will endure as they grapple with the reality of abdicating the woman's genetic ties to their child. Most of these couples should have a session with a psychologist to discuss these issues. When these issues are resolved appropriately, couples can better focus on their primary objective, which is to start or enlarge their family. Both partners must undergo an infectious disease screen that includes, but is not limited to HIV, HTLV, hepatitis B and C, syphilis, gonorrhea, and chlamydia. We are encouraging the male partner to undergo genetic screening for conditions that may be more common in his ethnic group. Examples include cystic fibrosis, Tay-Sachs disease and sickle cell disease. Uterine pathology, such as fibroids and polyps, should be ruled out through hysterosalpingogram, sonohysterogram,

or hysteroscopy.

Finding a suitable donor may be difficult for many couples. Occasionally younger friends, sisters, or relatives may be interested in helping. Most couples do not have these people available and we work with agencies that recruit donors and provide legal contracts and short-term health insurance policies for the donors. Experienced agencies recruit donors from college campuses, professional or acting trade journals, etc. Most of these agencies maintain internet sites that allow couples to view the donors in the privacy of their own homes. Couples focus on physical characteristics, IQ information, age, overall health history, and whether or not the woman has been a donor before.

Some ethicists and physicians have criticized the agency system for commercializing the process. While agencies provide a useful service, they have also created egg donor "fee inflation." As agencies compete for the same pool of potential donors, they begin raising the donor fees to attract women to their agency. This plays right into the hands of the critics. Currently, donors are receiving an average of $5,000 per cycle. This fee was supposed to compensate them for time, effort, and discomfort. As the fees go higher, they clearly go beyond this goal. The news media has reported stories on some women receiving as much as $50,000 because they claim supermodel/genius status. At Huntington Reproductive Center, we strongly discourage such practices and encourage our patients to seek appropriately compensated donors, rather than be held hostage to these situations. A brilliant, gorgeous, athletic woman does not necessarily produce similar children!

Once a donor is selected, she will undergo a medical evaluation. She and her partner are screened for infectious diseases, like the recipients. She also takes a drug screen. A thorough genetic/family history is taken to look for any possible genetic traits that the donor may not be aware of. Obviously, this feature requires the donor to understand her family history and be honest about it.

Results

In general, results with egg donation in appropriately selected couples are excellent. When discussing results, it is important to distinguish pregnancy rates per egg retrieval and per embryo transfer. Most donors produce 10 or more eggs. Our results show that success rates do not improve greatly by transferring more than 2 embryos to the recipient's uterus, in most cases. Thus, most donor cycles produce several extra embryos for freezing. At HRC, our success rates with fresh donor egg cycles average around 50% per embryo transfer. Our results with frozen embryos is not much lower, so the added success rate of the fresh plus frozen transfers exceeds 75%. This cumulative success rate is the same as the pregnancy rate per egg retrieval procedure. When a couple fails to achieve a pregnancy with egg donation, the situation can be quite overwhelming due to the high expectation of success and the substantial drain on financial resources. Our group is always cognizant of these realities and every attempt is made to work with couples in the event of failure to help them continue in the donor program, unless it appears that the failures are due to an underlying medical problem in the recipient, which obviously needs to be addressed and resolved.

Surrogacy

In general, surrogacy has not gained widespread acceptance in most of the world. Almost all European countries, Japan, and Australia forbid the practice. Some of these countries allow "altruistic" surrogacy if no financial compensation is involved. "Traditional surrogacy" refers to artificial insemination of a surrogate mother with the semen of the intended father. In contrast, gestational surrogacy involves the production of embryos through IVF, using the eggs and sperm of the intended parents, and transferring the embryos to the uterus of the surrogate. Most surrogacy performed these days is the latter type, so we will focus on gestational surrogacy here.

In general, gestational surrogacy is indicated when a woman can produce viable embryos, but cannot carry a pregnancy. Examples include:

1) Previous hysterectomy

2) Congenital absence of the uterus

3) Congenital malformations of the uterus

4) DES uterus

5) Uterine pathology such as fibroids or scarring of the cavity

6) Maternal disease that makes pregnancy dangerous, such as severe diabetes, renal failure, lupus, or rheumatoid arthritis

7) Rh Isoimmunization

8) Some breast cancers (there are differences of opinion here)

9) Multiple IVF failures with good embryo quality

Since there are potentially significant legal, financial, ethical, and psychological issues with surrogacy, we encourage couples to work with agencies that have experience in selecting surrogate mothers and provide the infrastructure to deal with these issues. Surrogate mothers should have at least one biological child that they have raised. Compared to egg donors, surrogate mothers undergo a much more intensive psychological assessment. Most applicants are rejected following this initial evaluation.

After completing the psychological evaluation, the candidate undergoes a medical evaluation, similar to the one performed on egg donor recipients.

A good contract between the gestational surrogate and her couple is critical. Examples of covered issues are: How many embryos can be transferred? What happens if there is a multiple pregnancy? Will the surrogate permit a termination if an abnormal fetus is discovered? Health insurance, life insurance, clothing allowances are discussed. Agreements regarding nutrition, smoking, travel, and other behaviors may be covered. The couple and the surrogate remain in contact throughout the pregnancy. Surrogacy is about relationships, and this aspect can be very rewarding to all parties involved.

Results

In general, results with gestational surrogacy are excellent, but vary according to the age of the egg provider. In a given age group, results with surrogacy tend to be higher than with routine IVF. This is largely due to patient selection. Proper selection of candidates implies that these women could have children on their own, if it were not for the medical problem that lead them to surrogacy. Good embryos placed into a well-prepared, proven uterus theoretically optimizes the IVF process.

How the Process Works

In reality, egg donation and gestational surrogacy are similar techniques. The only difference is who goes home with the baby! In general terms there is an egg provider, and a recipient. The cycles of the two women are synchronized using a combination of birth control pills and Lupron. Upon stopping the pills, the egg provider begins using one of the brands of injectable gonadotropins to stimulate multiple egg production. The use of these drugs requires several office visits for blood and ultrasound monitoring to determine how many eggs are being produced and when they are likely to be mature. When the follicles seem large enough, a single injection of hCG is given.

The transvaginal ultrasound guided egg retrieval is timed to this injection. Most centers perform this procedure with conscious sedation, especially with egg donors.

While the egg provider is taking her injections, the recipient begins twice weekly injections of estrogen. Around the time of the retrieval, the recipient adds some combination of vaginal and injectable progesterone, thus creating an artificial cycle timed to the egg provider's cycle. The eggs are combined with the sperm from the intended father, and three days later a small number of embryos is transferred to the recipient's uterus. Since success rates are rather high, we discourage transferring large numbers of embryos, and in many of our egg donor cycles, or surrogacy cycles with young eggs, we often transfer two embryos with excellent results. Extra embryos can be frozen for future use.

As with any medical procedure, there is a small potential for risk. For the egg provider, the retrieval procedure can cause internal bleeding or infection. We give prophylactic antibiotics to greatly reduce the risk of infection. Occasionally, the egg provider experiences the complication of hyperstimulation syndrome. This results from an overabundant response to the stimulation drugs. When this occurs, women experience significant abdominal distension and pain. Since these women will not be pregnant, the symptoms quickly recede with the menses, and most of these women can be managed successfully on an outpatient basis.

In contrast, egg donor recipients and surrogates face few risks from their procedures. The main risks are associated with pregnancy itself, and multiple births is an important issue. That is why it is important to use caution when deciding how many embryos to transfer in these often optimal situations.

CONCLUSION

While many ethical questions are still being debated in society, third-party parenting, when applied appropriately, can help many couples have a family that they otherwise could not achieve. The high success rates seen in our third-party parenting program demonstrates the true potential of assisted reproductive procedures, when all elements of the reproductive process are optimized.