Selective Tubal Catheterization Research Articles

Place of Selective Tubal Catheterization in the Management of Female Infertility in Togo

Objective: To determine the effectiveness of selective tubal catheterization in the management of female infertility due to proximal tubal obstruction. Method: This was a longitudinal descriptive study, conducted over a period of 24 months, which included 73 patients presenting with objectified bilateral proximal tubal obstruction after standard HSG. The intervention was performed on an outpatient basis, during the follicular phase with negative β-hCG assay the day before, in the interventional radiology room and under antibiotic coverage. Confirmatory hysterosalpingography was performed as the first step followed by selective tubal catheterization after the failure of spontaneous tubal opacification. The parameters studied related to socio-epidemiological, clinical and radiological data. Results: The age of our patients was between 24 and 42 years with an average of 33.97 years. The average duration of infertility was 3.95 years, with a predominance of primary infertility in 83.56% of cases. Voluntary termination of pregnancy (38.89%) and fibromyomas (33.33%) were the most represented gynecological-obstetrical antecedents. Selective tubal catheterization was successful in 92.14% of cases (129/140 tubes). It was possible bilaterally in 93.02% of cases and unilaterally in 6.98% of cases. The confirmatory HSG allowed a spontaneous opacification of 4.10% of the fallopian tubes. At the end of the procedure, all the recanalized tubes were opacified; 62.01% of them were normal, against 37.99% pathological with a preponderance of inflammatory tubes 26.61% followed by hydrosalpinx in 5.03% of cases. No major complications were encountered. The fertility rate was 23.29%. Conclusion: Selective tubal catheterization is a simple technique, without major complications with an efficiency close to natural fertility. It should be proposed as the first intention before any other procedure in the treatment of infertility by proximal tubal obstruction.

Feasibility of dynamic MR-hysterosalpingography for the diagnostic work-up of infertile women

Tubal disturbances often contribute to infertility. Conventional hysterosalpingography (HSG) is considered as standard in the assessment of the patency of the fallopian tubes, but requires ionizing radiation and is restricted to the imaging of endoluminal structures. To evaluate dynamic magnetic resonance-HSG (dMR-HSG) in the diagnostic work-up in patients with infertility. Thirty-seven consecutive infertile women underwent dMR-HSG: 20 ml of gadolinium-polyvidone solution (18.4 mM Dotarem 1:20 with polyvidone) were injected intracervically through a 5-Charriere balloon catheter while acquiring five consecutive flash-3D T1-weighted MR sequences with fat saturation. Two experienced readers assessed image quality and anatomic-pathologic correlations prospectively. The relevance of results was evaluated in the clinical context of each patient. Patient comfort was evaluated with a standardized questionnaire. dMR-HSG was successfully completed in 33/37 patient with an average study time of 45 min. In 4 of 37 patients the catheter became dislodged during the examination, resulting in two complete diagnostic failures. Failure in another two patients was due to preliminary termination because of excessive pain and discomfort during the application of the contrast solution. The uterine cavity was completely visualized and bilateral fallopian tube patency was confirmed by dMR-HSG in 27 of 33 patients. Bilateral tubal occlusion was diagnosed in one of the remaining six patients and was confirmed by laparoscopy. Successful selective tubal catheterization was performed in one additional patient with unilateral and one patient with bilateral fallopian tube occlusion. In three cases, the catheter became dislocated at the end of the examination without demonstration of tubal patency. Since all three patients refused diagnostic laparoscopy and conventional HSG, possible bilateral occlusions of the fallopian tubes could not be further assessed. dMR-HSG with cervical cannulation and intracavitary gadolinium injection is feasible and allows assessment of the uterus, the fallopian tubes, and extra-uterine pelvic structures, while avoiding all ionizing radiation in infertile women aiming at pregnancy.

Fallopian Tube Recanalization: Lessons Learnt and Future Challenges

Technological advances in fiberoptics and endoscopy have resulted in the development of minimally invasive transcervical tubal catheterization procedures with the potential of improved diagnostic accuracy of tubal disease and transcervical treatment of proximal tubal obstruction (PTO) with reduced risks, costs and morbidity compared with surgical procedures. Fallopian tube recanalization can be performed with catheters, flexible atraumatic guidewires or balloon systems under endoscopic (falloposcopy/hysteroscopy/laparoscopy), sonographic, fluoroscopic or tactile guidance. Falloposcopy provides a unique possibility to accurately visualize and grade endotubal disease, characterize and document endotubal lesions, identify the segmental location of tubal pathology without complications, objectively classify the cause of PTO and guide future patient management. This is in contrast to the surgical and radiological gold standards, laparoscopy and hysterosalpingography, respectively, that are often associated with poor or misdiagnosis of PTO. Nonhysteroscopic transuterine falloposcopy using the linear eversion catheter is a successful, well-tolerated, outpatient technique with a good predictive value for future fertility. Hysteroscopic-falloposcopic-laparoscopic tubal aquadissection, guidewire cannulation, guidewire dilatation and direct balloon tubuloplasty may be used therapeutically to breakdown intraluminal adhesions or dilate a stenosis in normal or minimally diseased tubes with high patency and pregnancy rates. However, guidewire cannulation of proximally obstructed tubes yields much lower pregnancy rates compared with other catheter techniques, despite the high tubal patency rates. Laparo-hysteroscopic selective tubal catheterization with insufflation of oil-soluble radiopaque dye has been reported to be an effective treatment for infertility associated with endometriosis. The various disadvantages associated with fluoroscopic and sonographic techniques limit their application, despite the reportedly high patency and intrauterine pregnancy rates. Recanalization is contraindicated in florid infections and genital tuberculosis, obliterative fibrosis and long tubal obliterations that are difficult to bypass with the catheter, severe tubal damage, male subfertilitY and previously performed tubal surgery. Distal tubal obstruction is not amenable to catheter recanalization techniques. Tuberculosis, salpingitis isthmica nodosa, isthmic occlusion with club-changed terminal, ampullar or fimbrial occlusion, and tubal fibrosis have been cited as reasons for recanalization failure. In lieu of the poor pregnancy outcomes in patients with severe tubal disease and poor mucosal health following tubal recanalization, as well as poor available technical skills and results with microsurgery, in vitro fertilization and embryo transfer is a valid option in such women. Despite the high diagnostic and therapeutic power of falloposcopic interventions, technical shortcomings with falloposcopy must be overcome before the procedure gains widespread acceptance.

Reproductive performance after selective tubal catheterization

To evaluate the reproductive performance of women after selective tubal catheterization. Retrospective study (Canadian Task Force classification II-3). University teaching hospital. Ninety-eight infertile women with hysterosalpingographic findings of proximal tubal occlusion. Hysterosalpingography and selective tubal catheterization. Repeat hysterosalpingography examination before selective tubal catheterization in 98 patients revealed bilateral tubal patency in 14 patients and patency of one of the tubes in 12 others (12.2%). True proximal tubal occlusion was encountered in 72 patients (139 tubes). Successful recanalization of both tubes was achieved in 25 patients (34.7%), and successful recanalization of at least one tube was achieved in 44 patients (61.1%). Of the 72 patients who underwent selective tubal catheterization, 23 patients conceived. The cumulative probability of conception was 28%, 59%, and 73% at 12, 18, and 24 months of follow-up, respectively. The median procedure-conception interval was 16.2 months. One-quarter of patients diagnosed with bilateral proximal tubal occlusion on hysterosalpingography do not have tubal obstruction. Among those with true occlusion, selective tubal catheterization leads to an overall pregnancy rate of 31.9%.

Modification of the coaxial technique for selective salpingography with measurement of tubal perfusion pressures

This article describes the use of the fallopotorque catheter system for transcervical selective salpingography and tubal catheterization under fluoroscopic guidance for the diagnosis and treatment of obstruction of the proximal Fallopian tube. The technique of tubal perfusion pressure assessment during the procedure, using the same catheter system, is also described. The relative advantages of this method of selective salpingography and tubal catheterization are then discussed in the background of previously described techniques.

The Use of Albunex in Transvaginal Selective Tubal Catheterization, Recanalization and Ultrasonographic Confirmation of Patency in Patients With Instertitial Fallopian Tube Obstruction (IFTO)

The Use of Albunex in Transvaginal Selective Tubal Catheterization, Recanalization and Ultrasonographic Confirmation of Patency in Patients With Instertitial Fallopian Tube Obstruction (IFTO)

Experimental Nonsurgical Transcervical Sterilization with a Custom-Designed Platinum Microcoil

Investigation of a technique for nonsurgical female sterilization. A custom designed platinum microcoil with Dacron fibers was placed unilaterally into a fallopian tube and uterine horn of 10 rabbits after transcervical selective tubal catheterization with use of fluoroscopic guidance. The contralateral uterus and fallopian tube served as controls. After the rabbits were bred, pregnancy was determined by palpation and confirmed at autopsy. Postmortem histopathologic evaluation of uteri and fallopian tubes was performed. Nine of the 10 rabbits became pregnant. None of the animals had embryos on the microcoil side. Nine rabbits had a total of 45 embryos on the control side. One animal failed to become pregnant on either side. The microcoil remained in good position in all 10 rabbits. There was a microcoil-associated, mild inflammatory tissue response in the uteri and fallopian tubes. A platinum occlusion microcoil placed in a utero-tubal location has potential as a means for nonsurgical female sterilization.

P-012 The use of albunex in transvaginal selective tubal catheterization, recanalization and ultrasonographic confirmation of patency in patients with instertitial fallopian tube obstruction (IFTO)

P-012 The use of albunex in transvaginal selective tubal catheterization, recanalization and ultrasonographic confirmation of patency in patients with instertitial fallopian tube obstruction (IFTO)

Tubal sterilization by selective catheterization in an animal model.

The feasibility of tubal occlusion by selective salpingography was tested in an animal model; three novel occluding materials also were tested for this application. Unilateral selective salpingography was performed in three groups of six rabbits; fallopian tubes were embolized with ethanol (group 1), a hydrogel (group 2), or an occluding emulsion (Ethibloc, Laboratoire Princeps, Neuilly sur Seine, France) (group 3). Animals were killed 2 days or 30 days after the procedure, according to randomization; tubal patency and histologic modifications were evaluated. Selective tubal catheterization was obtained in 100% of the cases. In group 1, no satisfactory occlusion was obtained; in group 2, 65% of the tubes were occluded with little histologic damage; in group 3, 80% of the tubes were occluded, but significant inflammation and tissue necrosis were noted. Selective salpingography proved a suitable method for gaining access to the fallopian tube and allowed selective injection of occluding materials. More research is needed to determine a suitable occluding material, focusing on biocompatibility and on long-term efficacy.

Treatment of infertility associated with endometriosis by selective tubal catheterization under hysteroscopy and laparoscopy

Objective: To evaluate the efficacy of treatment for infertility associated with endometriosis by selective tubal catheterization under hysteroscopy and laparoscopy. Study Design: Eighty-eight infertile women who underwent selective tubal catheterization with insufflation of oil-soluble radiopaque dye were reviewed. The efficacy of treatment was analyzed with regard to conception rate. Results: The conception rate after selective tubal catheterization was higher in women with endometriosis (60%) than in women without endometriosis (36.5%) ( p < 0.05). Most women conceived within the first 4 months after treatment. No statistical difference in conception rate was observed among patients with stage I, II, or III disease. Conclusions: Selective tubal catheterization with insufflation of oil-soluble radiopaque dye was an effective treatment for infertility associated with endometriosis.

Fallopian tube recanalization by selective salpingography: an alternative to more invasive techniques?

Selective salpingography was used in a total of 64 patients, engaged in evaluation for infertility and in whom standard hysterograms showed no tubal passage of contrast medium. Fallopian tube catheterization was successful in 92% of the cases; a peritoneal spill of contrast medium was obtained in 74% of the cases by manual injection. Recanalization of an obstructed oviduct was successful in 61% of the cases. Thus, after the procedure, 82% of the patients had at least one patent tube. We conclude that selective tubal catheterization, and recanalization when needed, should be included in the therapeutic procedures for tubal infertility, prior to in-vitro fertilization or tubal microsurgery.