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Asherman's syndrome

Asherman's syndrome, also called "uterine synechiae", presents a condition characterized by the presence of scars within the uterine cavity. more...

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Features

The cavity of the uterus is lined by the endometrium. This lining can be traumatized, typically after a dilation and curettage (D&C) done after a miscarriage, abortion, or delivery, and then develops intrauterine scars which can obliterate the cavity to a varying degree. In the extreme, the whole cavity has been scarred and occluded. Even with relatively few scars, the endometrium may fail to respond to estrogens and rests. The patient experiences secondary amenorrhea and becomes infertile. An artificial form of Asherman's syndrome can be surgically induced by uterine ablation in women with uterine bleeding problems in lieu of hysterectomy.

Diagnosis

The history of a pregnancy event followed by a D&C leading to seconday amenorrhea is typical. Imaging by gynecologic ultrasonography or hysterosalpingography will reveal the extent of the scar formation. Hormone studies show normal levels consistent with reproductive function.

Ultrasound is not a reliable method of diagnosing Asherman's Syndrome. Options include HSG (hysterosalpingography) or SHG (sonohysterography). Hysteroscopy is the most reliable. The website at www.ashermans.org gives more detail.

Treatment

Operative hysteroscopy is used for visual inspection of the uterine cavity and dissection of scar tissue.

Prognosis

The extent of scar formation is critical. Small scars can usually be treated with success. Extensive obliteration of the uterine cavity may require several surgical interventions or even be uncorrectable. Patients who carry a pregnancy after correction of Asherman's syndrome may have an increased risk of having a placenta that invades the uterus more deeply, leading to complications in placental separation after delivery.

History

It is also known as Fritsch syndrome, or Fritsch-Asherman syndrome per the individuals who described it, Heinrich Fritsch and Joseph G. Asherman.

Read more at Wikipedia.org


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Expert offers hysteroscopic myomectomy pointers: uterine perforation is the most common complication of operative hysteroscopic, occurring in 1%-10%
From OB/GYN News, 2/15/05 by Jane Salodof MacNeil

SANTA FE, N.M. -- Although the complication rate for hysteroscopic myomectomy is relatively low, physicians must guard against uterine perforation and hyponatremia during the procedure, Stephen M. Cohen, M.D., advised at a conference on gynecologic surgery sponsored by Omnia Education.

All but the smallest fibroids should be removed in an operating room, according to Dr. Cohen, chief of the division of gynecology and director of women's minimal access surgery at Albany (N.Y.) Medical College. In cases in which a large vascular fibroid is detected, Dr. Cohen also recommended allowing time to shrink it with a GnRH agonist before attempting removal.

He noted that patients should be forewarned that a second operative procedure might be necessary to remove the entire fibroid.

Uterine perforation--usually during cervical dilation--is the most common complication of operative hysteroscopic, occurring in 1%-10% of cases, according to Dr. Cohen. Patients with Asherman's syndrome and cervical stenosis are most at risk.

He advised physicians to prevent perforation by withdrawing the resectoscope as soon as advancing it becomes difficult.

"Back out, redilate, and make it go easy. Don't keep pushing ahead if you can't see where you're going," he said.

The hyponatremia risk stems from the pumping of low-viscosity fluids containing sorbitol, mannitol, or glycine to distend the uterus during the procedure. Younger women are at greater risk for permanent brain damage and death from severs sodium depletion, according to Dr. Cohen.

He cited the theoretical effects of estrogen's possible interference with sodium balance, the decreased effect of vasopressin in the reduction of cerebral edema, and the smaller intracranial space in young women.

Dr. Cohen said intrauterine pressure ideally should be kept to a mean arterial pressure of 75 mm Hg. This may not be adequate in some patients, however, so he occasionally starts as high as 120 mm Hg and titrates down until he sees the uterus beginning to collapse.

Physicians need to have a system for keeping meticulous track of the intake and output of fluids, noted Dr. Cohen. Some patients absorb more fluid than do others, he said, and the amount can increase substantially during a long procedure.

If the imbalance reaches 1,000 mL, he recommended giving intravenous Lasix (furosemide). If the amount reaches 1,500 mL, the operation should be stopped immediately, he said.

"When they absorb 1,500 mL, that's done--case over.... It's better to go back a second time for a fibroid than to be reporting a death," Dr. Cohen satd, advising that extreme cases of fluid overload may need to be treated in the intensive care unit.

If the patient is under general anesthesia, Dr. Cohen advised watching for decreased oxygen saturation and dilated pupils as the first signs of hyponatremia. Should the plasma sodium level fall below 120 mEq/L, he recommended infusion of a 3% saline solution monitored in the ICU.

Under local anesthesia, symptoms of mild hyponatremia (130-135 mEq/L) include apprehension, disorientation, irritability, twitching, nausea, vomiting, and shortness of breath. As sodium levels drop, the list grows to include pulmonary edema, moist skin, polyuria, hypotension, bradycardia, cyanosis mental changes, encephalopathy, chronic heart failure, lethargy, confusion twitching, and convulsion.

With sodium less than 115 mEq/L, the patient faces brain stem herniation, respiratory arrest, coma, and death, he said.

BY JANE SALODOF MACNEIL

Contributing Writer

COPYRIGHT 2005 International Medical News Group
COPYRIGHT 2005 Gale Group

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