Tubal Reversal Blog ‘tubal sterilization’

History of Tubal Sterilization

The first tubal sterilization procedure, reported in 1881, was tubal ligation and resection. Ligation and resection – or ‘tying tubes’ was the most common surgery for sterilization until the advent of laparoscopic surgery in the mid 1900′s. As laparoscopic surgery became more popular, electrocoagulation (electrical burning) of the fallopian tubes became an additional method of surgical sterilization. Tubal sterilization by electrocoagulation uses electric current to cut and destroy the portion of the tube that is exposed to the electric current. These portions of the tube eventually heal and close.

Monopolar Tubal Coagulation

The initial method of laparoscopic tubal coagulation, in 1962, used a type of electrical current termed monopolar current. Monopolar tubal electrocoagulation was a popular type of laparoscopic sterilization through the 1970′s and 1980′s. The medical community began to realize that the complication rate from this form of electric surgery was higher than for other electric surgical methods of tubal sterilization. Sterilization procedures done by monopolar current have gradually been replaced with bipolar current.

Bipolar Electrocoagulation of the Fallopian Tubes

The first reported sterilization using bipolar electrocoagulation was in 1972. This was done via a laparoscope inserted just under the belly button. During bipolar coagulation, the electrical current can be more precisely controlled, resulting in less tubal damage than monopolar coagulation. This sterilization procedure results in higher reversal success rates than monopolar electrocoagulation.

Reversing Tubal Sterilization

Many people, including doctors, mistakenly believe that tubal sterilization is permanent and irreversible. Although bipolar coagulation sterilization is intended to be permanent, this procedure can be reversed successfully in almost all cases. The success rates depend on how many different areas of the tube were damaged with electrocautery. Approximately 60- 70% of patients at Chapel Hill Tubal Reversal Center become pregnant after a reversal of a bipolar coagulation sterilization procedure. Chapel Hill Tubal Reversal Center is the only medical facility that specializes exclusively in reversal of tubal ligation. We perform tubal ligation reversals every day, and our tubal reversal doctors are experts in reversing all types of tubal ligations- or ‘untying’ tubes that have been ‘tied’!

Submitted by Dr. Charles Monteith

Falope Ring Sterilization

The Yoon Falope rings were developed in the 1960′s as a safer alternative to laparoscopic monopolar cautery tubal sterilization. This procedure is performed by inserting a laparoscope just under the belly button. The fallopian tube is then identified and a device holds the tube while the silastic ring is slid over a 2-3 cm ’knuckle’ of tube that is kinked off by the ring. This is done once for each side.

The common misperception is that the Falope ring is what prevents pregnancy and that reversal of the procedure simply requires removal of the ring. The Falope ring causes the squeezed ’knuckle’ of tube to undergo avascular necrosis (to die and become absorbed by the body). After this happens the ends of the tubal segments outside the ring close up, thereby preventing sperm from reaching the egg.

Falope Ring Sterilization Reversal

Reversing Falope ring sterilization is not as easy as just removing the ring. The closed ends of the tubes must be opened and the tubal segments must be rejoined.

Falope rings cause destruction of a minimal length of fallopian tube and reversal of this type of tubal ligation gives excellent results. Approximately 75% of patients at Chapel Hill Tubal Reversal Center become pregnant after a reversal of a Falope ring sterilization procedure.

Many people believe tubal sterilization is permanent and irreversible. Although tubal sterilization with Falope rings is intended to be permanent, this procedure can be reversed. Chapel Hill Tubal Reversal Center is the only medical facility that specializes exclusively in reversal of tubal ligation.