Tubal Disease and Reanastamosis


Tubal ligation ( severing the fallopian tubes ) is the most common form of permanent female sterilization and can usually be reversed surgically. Tubal reanastamosis ( reconnection of the tubes ) is a procedure performed through a mini laparotomy by a reproductive surgeon. The surgeon removes the blocked portion of the fallopian tubes and then microscopically sutures the tubes back together.

We offer tubal reanastamosis ( reconnecting the fallopian tubes ), which in otherwise fertile patients is the most successful type of tubal surgery. Success rates are usually between 50 and 80%, but vary according to where the tubes were cut, if scar tissue has formed, and other confounding factors. We offer both IVF and tubal reanastamosis. The best method depends on the patient's age, semen parameters, and method of sterilization.

Per cycle pregnancy rates are higher with IVF, thereby making IVF the treatment of first choice in older women. After tubal reversal, there is no limit to the number of times pregnancy may be attempted through intercourse. The number of repeat IVF cycles is often limited by cost. However, egg quality declines as females age, and numerous
" natural " cycles after tubal reanastamosis may not be an option.

Before tubal reversal, a fertility evaluation is performed to ensure that ovulation occurs regularly and that there are no secondary causes of infertility. If other disorders are identified, they usually can be treated effectively.

Tubal reversal microsurgery should be performed by a reproductive surgeon with advanced training in microsurgery. The surgeons at the Jones Institute have undergone extensive advanced training and have vast clinical experience in laparoscopy and microsurgery.

Tubal Factor: Tubal Occlusion and Pelvic Adhesions

Tubal and peritoneal pathology is among the most common causes of infertility and the primary diagnosis in approximately 30% - 35% of infertile couples. A history of pelvic inflammatory disease ( PID ), septic abortion, ruptured appendix, tubal surgery, or ectopic pregnancy suggests the possibility of tubal damage.

Other causes of tubal factor infertility include inflammation related to endometriosis, inflammatory bowel disease, or surgical trauma. HSG and laparoscopy are the two classic methods for evaluation of tubal patency in infertile women and are complementary rather than mutually exclusive; each provides useful information that the other does not and each has advantages and disadvantages. HSG images the uterine cavity and reveals the internal architecture of the tubal lumen, neither of which can be evaluated by laparoscopy. Laparoscopy provides detailed information about the pelvic anatomy that HSG cannot, including adhesions, endometriosis, and ovarian pathology.

Distal tubal occlusive disease exhibits a wide spectrum of severity. HSG will generally reveal complete distal tubal obstructions but cannot reliably detect or define lesser degrees of disease when the tubes are patent. Laparoscopy is the definitive method for diagnosis of distal tubal occlusive disease and also provides the means for treatment. As might be expected, surgical outcomes are inversely related to the severity of disease. For the milder forms of distal tubal disease, postoperative term pregnancy rates can exceed 50%. Results achieved with surgery for more severe disease have varied widely but success rates are lower ( 10% - 35% ) and risk for ectopic pregnancy is higher ( 5% - 20% ). Postoperative tubal patency rates far exceed pregnancy rates; patency is more easily restored than function. The majority of pregnancies occur within the first two postoperative years.

Tubal Surgery in the era of ART:

For women with tubal factor infertility, treatment options include reconstructive surgery and IVF. Over the last two decades, IVF success rates have steadily increased and now frequently exceed those that can be achieved with surgery. Consequently, IVF has become the treatment of choice for most tubal factor infertility, particularly for couples with other infertility factors or severe tubal disease. However, surgery remains an appropriate option in certain circumstances and for couples with ethical or religious objections or financial restrictions that preclude IVF.

Approximately one million American women have an elective tubal sterilization procedure each year; many will regret the decision, and about 1% will later request its reversal. The prognosis for successful pregnancy after sterilization reversal relates to age, type and location of procedure, and final length of the repaired fallopian tubes. Younger women, those whose sterilization was performed using rings and clips, and women having no other infertility factors have the best prognosis; success rates are lower for older women, those who were sterilized by cautery ( particularly multiple burn techniques ), and women with other infertility factors.

Cumulative pregnancy rates are similar when one or both tubes are repaired, although the time to conception is longer after unilateral reanastomosis. In properly selected candidates, overall conception rates are generally quite good ( 45% - 82% ) after microsurgical sterilization reversal.

Laparoscopic tubal reanastomosis is an option for highly skilled surgeons, although success rates may be somewhat lower ( 25 - 53% ). Risk for ectopic pregnancy ranges between 1% and 7%. Among all surgical treatments for tubal factor infertility, sterilization reversal has the highest postoperative fecundity.

     
 

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601 Colley Avenue, Norfolk, Virginia 23507 Phone 800-515-6637 or 757-446-7100



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