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Fluoroscopically Guided Cervical Dilatation in Patients with Infertility
1Yale University School of Medicine, P.O. Box 208063, New Haven, CT 06520-8063.
Summary
Cervical stenosis hinders fertility treatments. Balloon dilatation offers a less traumatic alternative for accessing the uterus, improving options for infertile women.
Area of Science:
- Reproductive Medicine
- Gynecologic Surgery
Background:
- Uterine cervical stenosis, from congenital or acquired causes, significantly impacts female fertility.
- Narrowed cervical canals impede diagnostic procedures (endometrial biopsy, hysterosalpingography) and fertility treatments (in vitro fertilization and embryo transfer [IVF-ET], insemination).
- Traditional cervical dilatation methods can be traumatic, risking uterine perforation or false passage creation.
Purpose of the Study:
- To evaluate the efficacy and safety of fluoroscopically guided angioplasty balloon dilatation for cervical stenosis.
- To assess the feasibility of this technique for improving access to the uterine lumen in infertile patients.
Main Methods:
- Fifteen patients with cervical stenosis preventing uterine access underwent cervical dilatation using an angioplasty balloon under fluoroscopic guidance.
- Simultaneous fallopian tube recanalization was performed in five patients.
Main Results:
- The procedure was technically successful in all patients, allowing access to the uterine lumen.
- Only one patient experienced mild, self-resolving vaginal bleeding; no pain requiring narcotics or infections were reported.
- Five women conceived post-procedure (one after IVF-ET, two with intrauterine insemination, two spontaneously).
- Cervical cannulation was easily achieved in non-pregnant patients after the procedure.
Conclusions:
- Fluoroscopically guided balloon dilatation is a safe and effective method for treating cervical stenosis.
- This technique expands treatment options for infertile women with cervical stenosis, facilitating subsequent fertility procedures.
- The procedure demonstrates a favorable safety profile with minimal complications.