[Sonographic diagnosis of ectopic pregnancy: optimal strategy?]

AIM AND METHODS

The diagnostic algorithms of ectopic pregnancy (EP) include sonographic procedures. Diagnostic sensitivity is low because the procedure is operator-dependent and each clinical aspect of EP is variable. We analyzed results of standardized ultrasound procedures performed within the framework of a detailed analysis of clinical findings.

RESULTS

The sonographic procedure must be performed within the framework of an overall analysis including laboratory results (hCG level), examination of the decidua, localization of the corpus luteum, and careful detailed examination of adnexa. Hematosalpinx is pathognomonic of EP and is observed in 80% of cases. When diagnosis is doubtful, a second ultrasound procedure should be performed 48 hours later before undertaking laparoscopic diagnosis.

CONCLUSION

The diagnostic sensitivity of ultrasonography has been consistently high in published series, undoubtedly because the studies were performed in referral centers highly experienced in diagnostic ultrasound.

Determination of velocity of tubar transport with dynamic hysterosalpingoscintigraphy

Transport of 99mTc labelled albumin macroaggregates (MAA) can be used as a substitute for assessing transport of spermatozoa within the female genital tract. As yet, the velocity of tubar MAA transport has not been systematically studied in a large group. Dynamic hysterosalpingoscintigraphy (HSS) was performed after intrauterine instillation of 10-20 MBq 99mTc-MAA in 88 pre-ovulatory women suffering from infertility. They had to have anatomical patency of both tubes and at least one enlarged follicle. The direction and the latency of transport were evaluated. Forty-four per cent of patients exhibited MAA transport only to the dominant follicle, 31% to both ovaries and 16% to the contralateral ovary. In 9% no transport was visible. Fifty per cent of all patients studied exhibited MAA transport to the dominant follicle within 30 s, 75% within 20 min. Transport velocity in women having bilateral or ipsilateral transport did not differ significantly. There was no significant correlation between the size of the follicle and transport velocity. We conclude that in the majority of cases MAA transport occurs within 30 s after instillation. The variation in transport time between 30 s and 20 min suggests that dynamic scintigraphy is, in principle, better suited to a refined analysis of tubar function than static HSS.

Intrauterine insemination results are not affected if Hysterosalpingo Contrast Sonography is used as the sole test of tubal patency

OBJECTIVE

To assess whether women can be assigned to intrauterine insemination (IUI) treatment on the basis of fallopian tubal patency, diagnosed by Hysterosalpingo Contrast Sonography (Hy Co Sy).

DESIGN

Case controlled, clinical study.

SETTING

Tertiary referral center.

PATIENT(S)

The cases were consecutive, infertile women who underwent Hy Co Sy and IUI. The control group was women who had IUI over the same period but whose tubal patency was assessed by hysterosalpingogram (HSG) or laparoscopy and dye (lap and dye).

INTERVENTION(S)

Women with bilateral patency at Hy Co Sy and with unexplained, anovulatory, or male factor infertility underwent IUI using the partner's (IUI-H) or donor's (IUI-D) semen. Their outcome was compared with that of cohorts of women who had been examined using HSG or lap and dye.

MAIN OUTCOME MEASUREMENT(S)

Clinical pregnancy rate per cycle and cumulative pregnancy rates at IUI-H or IUI-D.

RESULT(S)

The clinical pregnancy rates per cycle at IUI-H or IUI-D did not differ among the three groups. The cumulative pregnancy rates after three cycles of IUI-H were 0.17, 0.15, and 0.17 in the Hy Co Sy, HSG, and lap and dye cohorts, respectively, and 0.69, 0.77, and 0.54 in the same groups after six cycles of IUI-D. There were no differences in the clinical characteristics or stimulation regimes used.

CONCLUSION(S)

Women screened as "normal" by Hy Co Sy may be allocated to treatments that rely on accurate assessment of tubal patency without compromising their chance of conception.

Human chorionic gonadotropin level as a predictor of trophoblastic infiltration into the tubal wall in ectopic pregnancy: a blinded study

OBJECTIVE

To determine the relationship between gestational age, tubal ultrasonographic diameter, and serum hCG levels and different stages of trophoblastic infiltration of the tubal wall in ectopic pregnancy.

DESIGN

Blinded prospective study.

SETTING

University-based clinic in Italy.

PATIENT(S)

Thirty-seven consecutive patients with an ampullary ectopic pregnancy.

INTERVENTION(S)

Laparoscopic salpingectomy.

MAIN OUTCOME MEASURE(S)

Gestational age, diameter of the tubal mass as determined by transvaginal ultrasonography. and hCG level on the day of surgery. Ectopic pregnancy was classified according to the depth of trophoblastic infiltration: trophoblast limited to the tubal mucosa (stage I), extension to the tubal muscularis (stage II), or complete tubal wall infiltration up to the serosa discontinued by trophoblastic cells (stage III).

RESULT(S)

Fifteen patients (40.5%) had stage I tubal infiltration, 14 (37.8%) had stage II infiltration, and 8 (21.6%) had stage III infiltration. Gestational age and diameter of the tube did not differ among the three groups. The median hCG level was 1,710.5 mIU/mL (range, 113-5,635 mIU/mL) for patients with stage I infiltration. 4,690.0 mIU/mL (range, 150-21,531 mIU/mL) for patients with stage II infiltration, and 15,700.0 mIU/mL (range, 13,809-21,650 mIU/mL) for patients with stage III infiltration. All the patients with hCG levels > 6,000 mIU/mL had stage II or III invasion.

CONCLUSION(S)

These findings may explain why the conservative treatment of ectopic pregnancy is less successful in patients with high hCG levels than in patients with low levels. Use of radical procedures may be justified in the former group.

Development of a novel method of female sterilization: II. Retention of tubal screws in patients undergoing simultaneous laparoscopic sterilization

BACKGROUND AND OBJECTIVES

This study was a long-term follow-up of patients in whom hysteroscopic tubal screws had been applied at the time of laparoscopic sterilization.

METHODS

Tubal screw application was performed before laparoscopic Filshie clip application. Follow-up ultrasonography was arranged 3, 6, and 9 months postoperatively to confirm retention. The tubal screws were removed hysteroscopically between 12 and 20 months after sterilization under local or light general anesthesia.

RESULTS

Thirty-five women agreed to take part in the study. For the purpose of analysis, these patients were divided into an initial group (cases 1-20, group A) and a later group (cases 21-35, group B). Twenty-three patients had 41 tubal screws inserted (18 women had bilateral screw application). Twenty tubal screws were removed from 13 patients between 9 and 20 months after insertion, one screw remained in situ, and 20 screws had previously been extruded. Life table analysis plots demonstrated a marked but nonsignificant difference (P = .163) in the duration of tubal screw retention between the initial patients (group A) and the later patients (group B): 46.7% versus 76.9% at 6 months and 33% versus 61.5% at 12 months (P = .09 and P = .11, respectively).

CONCLUSIONS

Our experience demonstrated improved application and retention with experience and refinement of the equipment; however, retention of the tubal screws, even in the later stages of development, was poor. A relatively noninvasive method of female sterilization remains the ideal, and further refinements are required.

[Transvaginal sonography and transabdominal sonography in the diagnosis of ectopic pregnancy in the fallopian tubal: a comparative study in 38 cases]

OBJECTIVE

To compare the accuracy of transvaginal sonography (TVS) and transabdominal sonography (TAS) in the diagnosis of ectopic pregnancy occurring in the fallopian tubal.

METHODS

Thirty-eight patients with ectopic pregnancy in the fallopian tube were examined by TAS with moderately filled bladder, followed by reexamination with TVS with the bladder emptied. The manifestations in the 2 imaging examinations were compared.

RESULTS

TVS showed masses in 38, gestations in 23, heart beat in 10, pelvis fluid in 16 and circular blood signal in 25 cases respectively, while TAS identified masses in 30, gestations in 13, heart beat in 5, pelvis fluid in 14 and circular blood flow signal in 13 cases.

CONCLUSION

TVS may offer an earlier, clearer and more exact diagnosis of ectopic pregnancy in the fallopian tube than TAS is capable of.

The sonographic evaluation of tubal patency with stimulated acoustic emission imaging

OBJECTIVES

Experimental and clinical data suggest that insonation of echo-enhancing contrast agents with high acoustic power produces disintegration of microbubbles, resulting in a phenomenon called stimulated acoustic emission (SAE). The purpose of this study was to investigate whether SAE might be detected by transvaginal sonography and whether this technique may be useful in the assessment of tubal patency by hysterosalpingo-contrast sonography (SAE-HyCoSy).

METHODS

Patients booked for X-ray hysterosalpingography (HSG) for infertility evaluation also received SAE-HyCoSy. The order of the two procedures was established in each patient by randomization after placement of a transcervical balloon catheter. For SAE-HyCoSy, the ultrasound contrast medium Levovist was injected, with the acoustic power set at the maximum level permitted on ultrasound machines employing dedicated algorithms. Conventional HSG was performed for comparison.

RESULTS

Seventy-seven Fallopian tubes were examined in 41 patients. In all cases it was possible to obtain the SAE phenomenon. In 10 tubes (13%) proximal filling was not observed by both SAE-HyCoSy and HSG. In the remaining 67 tubes, free spill from the distal end of the lumen was demonstrated in 96% of cases (64/67) with SAE-HyCoSy and in 97% of cases (65/67) with HSG. Disagreement between the two techniques was observed in five tubes only, with a Cohen's kappa coefficient of 0.76 (95% confidence interval, 0.56-0.96).

CONCLUSION

SAE techniques were successfully applied to HyCoSy and allowed the visualization of the free spill of contrast agent into the peritoneal cavity in the majority of cases. SAE-HyCoSy showed good agreement with HSG in this preliminary study.

[Disturbed utero-tubal transport in hysterosalpingoscintigraphy as a predictive functional test for IVF therapy]

Hysterosalpingoscintigraphy (HSSG) is a simple method to evaluate the transport function of uterus and fallopian tubes. There is a quick uptake of radionuclides into the uterus and a transport to the side bearing the dominant follicle in 70 % of the patients in the late follicular phase of the cycle. Uptake and transport of the immotile radionuclides imitate the directed sperm transport through the female genital tract at the time of ovulation. 214 of 796 infertility patients with proven patency of fallopian tubes (27 %) showed only an uptake of the particles without a transport towards the fallopian tubes (negative HSSG). In these patients no spontaneous pregnancy occurred and pregnancy rate remained low by the means of timed intercourse or insemination. Indeed, the pregnancy rate (8.4 %) was significantly lower compared with the patients who became pregnant by timed intercourse, insemination or spontaneously and had a positive HSSG before (15 %; p=0.001). However, the pregnancy rate that could only be achieved by methods of ART was significantly higher in the group of patients with negative HSSG (57 % vs. 25 %, p=0.05). Our data suggest that HSSG is a new method to evaluate the integrity of the inner genital tract's transport function, especially in patients suffering from idiopathic infertility. Impaired transport function (negative HSSG) should be considered as an indication for IVF-treatment.

Investigation of the infertile couple: a one-stop ultrasound-based approach

The appropriateness of many investigations for subfertility will continue to be of debate for some time yet. Of most benefit to the concerned couple would be a process that is diagnostically accurate, expeditious and reliable. It should be performed with a minimum of invasion and provide both patient and clinician with useful prognostic information regarding possible future treatment. This article is intended to illustrate the advantages of an ultrasound-based process of subfertility investigation. Discussed is the role of ultrasound compared with more invasive investigative methods such as laparoscopy and hysteroscopy. In addition, the potential capacity of newer advanced ultrasound technologies is reviewed.

Assessment of Fallopian tube patency by HyCoSy: comparison of a positive contrast agent with saline solution

OBJECTIVE

To compare the efficiency of air-filled albumin microspheres (Infoson) with saline solution in determining Fallopian tube patency during hysterosalpingo contrast sonography (HyCoSy).

METHODS

This was a prospective randomized multicenter study with a sequential design. Over a 10-month period, 23 patients (mean age, 33 years) referred for infertility were examined by HyCoSy (saline or Infoson) before conventional hysterosalpingography (Iopamiron 370), performed during the same session. Contrast agents were administered through a 5-F Ackrad balloon catheter inserted transcervically into the uterine cavity. HyCoSy was performed with a 7-MHz transvaginal probe using both B-mode and color Doppler, and tubal patency was demonstrated by the appearance of contrast agent in the peritoneal cavity near the ovaries. Data were registered for each patient during the examination and the results were monitored by sequential analysis.

RESULTS

Mean volumes of contrast injections were 35.3 mL of saline, 14.4 mL of Infoson, and 13.8 mL of Iopamiron 370. Infoson-enhanced HyCoSy provided a significantly larger (P = 0.006) number of correct diagnoses (20/22 Fallopian tubes) than did saline HyCoSy (12/24 Fallopian tubes), and the same number as that achieved by hysterosalpingography.

CONCLUSION

A positive ultrasound contrast agent appears to be more efficient than saline solution at determining Fallopian tube patency in infertile women by means of HyCoSy, and as efficient as an iodinated contrast agent in the same population explored by HSG. HyCoSy could be used to screen infertile women, thereby avoiding the use of iodinated contrast medium and exposure to ionizing radiation during conventional HSG in patients with patent Fallopian tubes.

Determining the best catheter for sonohysterography

OBJECTIVE

To compare the characteristics of six different catheters for performing sonohysterography (SHG) to identify those that offer the best compromise between reliability, tolerability, and cost.

DESIGN

Prospective study.

SETTING

University hospital.

PATIENT(S)

Six hundred ten women undergoing SHG.

INTERVENTION(S)

We performed SHG with six different types of catheters: Foleycath (Wembley Rubber Products, Sepang, Malaysia), Hysca Hysterosalpingography Catheter (GTA International Medical Devices S.A., La Caleta D.N., Dominican Republic), H/S Catheter Set (Ackrad Laboratories, Cranford, NJ), PBN Balloon Hystero-Salpingography Catheter (PBN Medicals, Stenloese, Denmark), ZUI-2.0 Catheter (Zinnanti Uterine Injection; BEI Medical System International, Gembloux, Belgium), and Goldstein Catheter (Cook, Spencer, IN).

MAIN OUTCOME MEASURE(S)

We assessed the reliability, the physician's ease of use, the time requested for the insertion of the catheter, the volume of contrast medium used, the tolerability for the patients, and the cost of the catheters.

RESULT(S)

In 568 (93%) correctly performed procedures, no statistically significant differences were found among the catheters. The Foleycath was the most difficult for the physician to use and required significantly more time to position correctly. The Goldstein catheter was the best tolerated by the patients. The Foleycath was the cheapest whereas the PBN Balloon was the most expensive.

CONCLUSION(S)

The choice of the catheter must be targeted to achieving a good balance between tolerability for the patients, efficacy, cost, and the personal preference of the operator.

[Ultrasound hysterosalpingography with levovist in the diagnosis of tubaric patency]

PURPOSE AIM: To asses the diagnostic value of hysterosalpingo-contrast sonography (HyCoSy) with Levovist(R) as alternative to conventional hysterosalpingography (HSG) in the study of infertility.

MATERIAL AND METHODS

From September 1988 to March 2000 we evaluated 120 patients with a history of infertility. Thirty patients underwent both HyCoSy and HSG. HyCoSy was performed in the pre-ovulatory phase of mestrual cycle. The tecnique was the same for both examinations. After administering 15 ml contrast medium, we visualized the endometrial cavity, the flow of the contrast medium along the fallopian tubes and its passage into the peritoneum.

RESULTS

In all cases Color-Power Doppler allowed visualization of the uterine cavity and of the spilling of the contrast medium into the peritoneum, yielding information on tube patency that was comparable to that obtained by conventional HSG. In 28 cases (93%) we obtained optimal visualization of the contrast medium at the level of both the endometrial cavity and the fallopian tubes. HyCoSy proved to be superior to conventional HSG in evaluating adjacent myometrial structures, adnexa and degree of follicular maturation, equal to HSG in visualizing the passage of the contrast medium into the peritoneum but inferior to HSG in imaging the fallopian tubes owing to their tortuosity.

DISCUSSION AND CONCLUSIONS

The absence of ionising radiation makes HyCoSy a possible first choice examination in the evaluation of fallopian tube pathology. Conventional HSG should be kept for doubtful cases or for surgical procedures to correct mono- or bilateral obstruction.

Fallopian tube torsion: laparoscopic evaluation and treatment of a rare gynecological entity

BACKGROUND

Fallopian tube torsion is a cause for acute low abdominal pain that is difficult to diagnose. The purpose of this article is to review the available data on and to update clinicians regarding its diagnosis and treatment in the era of laparoscopic surgery.

METHODS

We searched in MEDLINE and EMBASE and reviewed the lists of references. The keywords used were "laparoscopy," "fallopian tube," and "torsion."

RESULTS AND CONCLUSION

Fallopian tube torsion is an uncommon cause for acute low abdominal pain in women. Because it has no pathognomonic clinical symptoms or findings on imaging or laboratory studies, a history of current or past pelvic pathologic conditions or surgery, as well as pregnancy, should draw the attention of the attending physician to its occurrence. Early laparoscopy is the reference standard in the diagnosis and treatment.

Investigation of the uterine cavity and fallopian tubes using three-dimensional saline sonohysterosalpingography

OBJECTIVE

To compare three-dimensional saline sonohysterosalpingography (SHSG) to X-ray hysterosalpingography (HSG) for the evaluation of the uterine cavity and fallopian tubes.

PATIENT POPULATION

Fifteen infertile women on whom X-ray HSG had been performed within 1 year prior to this study.

METHOD

Fifteen infertile women underwent three-dimensional power Doppler examination of the uterus and fallopian tubes with three-dimensional SHSG during the follicular phase. Distension was achieved using sterile saline injected through a 5 French HSG catheter. Peritoneal accumulation of free fluid surrounding the ovary and tube was required for a diagnosis of a patent tube. Fluid accumulation in the cul-de-sac without visualization of the tubes was considered consistent with at least one tube being patent.

RESULTS

three-dimensional saline SHSG was completed in 14 patients. One patient had cervical stenosis and the procedure could not be performed. No significant intrauterine pathology was identified by either X-ray HSG or sonography. Three-dimensional saline SHSG made false positive diagnoses of tubal occlusion in four out of seven fallopian tubes (57%). The sensitivity and specificity for detecting tubal occlusion was 75 and 83%, respectively, with a positive predictive value of 40% and negative predictive value of 95%. Detection of fallopian tube architecture was not possible with three-dimensional saline SHSG in any patient. Simultaneous use of three-dimensional Doppler did not clearly identify the flow of saline through the fallopian tubes.

CONCLUSIONS

Transvaginal three-dimensional saline SHSG provides good visualization of the uterine cavity and myometrial walls in three orthogonal planes. However, it does not diagnose tubal occlusion or depict architecture of the fallopian tube as accurately as X-ray HSG. Although we were able to visualize the distal fallopian tube and fimbria with real-time imaging, we were not able to satisfactorily image the proximal tube with three-dimensional power Doppler. This technique may be reserved as an initial screening test to evaluate the uterine cavity and test patency. Patients at high risk for tubal disease by history or with suspected tubal occlusion on three-dimensional saline SHSG should be evaluated by either X-ray HSG or laparoscopy with chromopertubation. Further improvements of three-dimensional technology and contrast materials will, it is hoped, make this method comparable to X-ray HSG.

Unilateral ovarian agenesis and fallopian tube maldescent

Unilateral ovarian agenesis (UOA) and fallopian descent problems are very rare congenital defects. We present an unusual case of UOA associated with fallopian-tube maldescent discovered incidentally during a laparotomy in a female infant for a persistent heterogeneous right ovarian cyst refractory to needle aspiration. A necrotic, hemorrhagic paratubal cyst was found associated with a normal right adnexa. The left ovary was absent and a rudimentary left fallopian tube was found tightly stretched over the sigmoid colon to the left retroperitoneum. This previously unreported constellation of anomalies may carry significant potential risks for bowel obstruction and later fertility.

Evaluation of active and passive transport mechanisms in genital tracts of IUD-bearing women with radionuclide hysterosalpingoscintigraphy

The objective of this study was to evaluate the active and passive transport mechanisms in the genital tracts of copper T-200 intrauterine device (IUD)-bearing women. (Tc-99m)HMPAO-labeled spermatozoa and (Tc-99m)-labeled albumin macrospheres were placed into the vagina at midcycle. Serial scintigraphic images were obtained over a period of 2 h. Migration of spermatozoa and particles in the genital tract and the direction of transport related to dominant follicle were evaluated. While active sperm migration was greatly inhibited, the passive transport of the particles was not affected in IUD-bearing women. The direction of radiolabeled particles and spermatozoa was toward the dominant follicle side. Passive transport was not affected, whereas active transport of spermatozoa was strongly inhibited in the genital tract by the presence of the IUD. However, the direction of active and passive transport related to dominant follicle side was unchanged in IUD-bearing women and was preferentially toward the tube ipsilateral to the dominant follicle.

Three-dimensional power Doppler imaging in the assessment of Fallopian tube patency

OBJECTIVE

The aim of the study was to evaluate the feasibility of three-dimensional power Doppler imaging (3D-PDI) in the assessment of the patency of the Fallopian tubes during hysterosalpingo-contrast sonography (HyCoSy).

METHODS

Women attending the fertility clinic were offered a Fallopian tubal patency test as part of the initial investigation. Hysterosalpingo-contrast sonography using contrast medium Echovist was performed on 67 women. Findings on the two-dimensional (2D) gray-scale scanning and three-dimensional power Doppler imaging were compared. The first technique visualizes positive contrast in the Fallopian tube; the second demonstrates flow of medium through the tube.

RESULTS

Contrast medium Echovist produced prominent signals on the 3D-PDI image. Free spill from the fimbrial end of the Fallopian tubes was demonstrated in 114 (91%) tubes using the 3D-PDI technique and in 58 (46%) of tubes using conventional HyCoSy. The mean duration of the imaging procedure was less with 3D-PDI, but the operator time which included postprocedure analysis of the stored information was similar. A significantly lower volume of contrast medium (5.9 +/- 0.6 mL) was used for 3D-PDI in comparison with that (11.2 +/- 1.9 mL) used for conventional 2D HyCoSy.

CONCLUSION

Color coded 3D-PDI with surface rendering allowed visualization of the flow of contrast through the entire tubal length and free spill of contrast was clearly identified in the majority of cases. The 3D-PDI method appeared to have advantages over the conventional HyCoSy technique, especially in terms of visualization of spill from the distal end of the tube, which was achieved twice as often with the 3D technique. Although the design of the investigation did not allow the side effects of the two techniques to be compared, the shorter duration of the imaging and lower volume of the contrast medium used suggested that the 3D-PDI technique might have a better side-effect profile. The 3D-PDI technique allowed better storage of the information for re-analysis and archiving than conventional HyCoSy.

Three-dimensional hysterosalpingo-contrast sonography (3D-HyCoSy) as an outpatient procedure to assess infertile women: a pilot study

OBJECTIVES

This study aimed to assess the use of three-dimensional hysterosalpingo-contrast sonography (3D-HyCoSy) as a routine outpatient procedure for evaluating infertile women.

METHODS

In 25 unselected infertile patients, tubal patency and uterine cavity were investigated by 3D-HyCoSy with saline as a contrast medium. The efficacy of the procedure was evaluated with X-ray hysterosalpingography (XHSG) as reference.

RESULTS

The positive predictive value, negative predictive value, sensitivity, and specificity of predicting tubal patency by 3D-HyCoSy were 100, 33.3, 84.4, and 100%, respectively. The full contour of the uterine cavity was depicted in 96% of cases by 3D-HyCoSy and 64% by XHSG (P < 0.005). The uterine cavity area measured on 3D-HyCoSy correlated well with the volume of contrast medium required on XHSG (r2 = 0.8166).

CONCLUSIONS

3D-HyCoSy provided advantages of better assessment of uterine cavity over XHSG. Compared with conventional XHSG, the efficacy of 3D-HyCoSy to assess tubal patency was acceptable. In addition, the procedure of 3D-HyCoSy appears to be better tolerated, requiring no sedation or anesthesia and a reduced examination time. Thus, 3D-HyCoSy with saline as a contrast medium is feasible and could comprise a routine outpatient procedure in the initial evaluation of infertile women.

[Hysterosonosalpingography and hysterosalpingography in the diagnosis of tubal patency in infertility patients]

OBJECTIVES

To compare the hysterosonosalpingography(HSS) to the hysterosalpingography(HSG) in the evaluation of the tubal factor in infertility patients.

MATERIAL AND METHODS

A transversal study with 30 patients in infertility investigation, with age minor than 38 years was performed. The patients were submitted to HSS, HSG and laparoscopy (LPC) in the first cycle menstrual phase. The evaluation of tubal patency of HSS and HSG, with LPC like gold-standard was compared. It was calculated the negative predictive value (PV-) of the exams. The HSS used Ecovist like contrast agent, the HSG used water soluble contrast media and the LPC used tubal insufflation with methylene blue. It was considered significative a p< 0.05

RESULTS

The final sample was of 26 patients (4 leave the investigation). The mean age was of 30,6 years. The HSS showed tubal patency in at least one of the tubes in 24 patients (92,3%). The HSG showed tubal patency in one of the tubes in 25 patients (96,2%), and the LPC in 25 patients (96,2%). The PV- of the HSS was of 92% and the PV- of HSG was of 100%. The differences were not statistically significant (p=0.996, Yates test).

CONCLUSIONS

The HSS is an alternative method in the evaluation of tubal patency in infertility patients.

Contribution of color Doppler flow to the ultrasonographic diagnosis of tubal abnormalities

Our objective was to characterize tubal abnormalities with color Doppler ultrasonography. We evaluated 25 women with adnexal masses suggestive of tubal masses using gray scale sonography. Color Doppler flow was added to further characterize the adnexal lesion. Of 18 women diagnosed as having hydrosalpinx, in 6 cases the diagnosis was tuboovarian abscess and in 1 case the diagnosis was tubal torsion. In the periphery of the hydrosalpinx, color Doppler flow revealed a mean resistive index of 0.752 +/- 0.04. In the periphery of the tuboovarian abscess, an abundant flow with reduced resistance to flow (mean resistive index = 0.448 +/- 0.04) was seen. The difference was statistically significant (P < 0.0001). In the case of adnexal torsion, no blood flow was detected in the lesion. All cases but one were confirmed in either laparoscopy or laparotomy or during colpotomy and drainage of the abscess. For adnexal masses suggestive of tubal lesions, color Doppler flow can further characterize the masses by detecting a significantly richer and low resistant blood flow in cases of tuboovarian abscess in comparison to hydrosalpinx.

Can hysterosalpingocontrast-sonography replace hysterosalpingography in the assessment of tubal subfertility?

INTRODUCTION

Hysterosalpingo-contrastsonography (HyCoSy) is a new method for assessing tubal patency using transvaginal ultrasound. It is thought to have several advantages over conventional hysterosalpingography (HSG). We prospectively evaluated the performance of HyCoSy and HSG in the diagnosis of tubal pathology.

METHODS AND PATIENTS

One-hundred consecutive subfertile women underwent both HyCoSy and HSG in randomised order. Results of both tests were related to findings at laparoscopy with dye, which was used as the reference test. Each woman was asked to score the pain exsperienced at both procedures on a visual analogue scale.

RESULTS

When laparoscopy with dye was used as reference test, the likelihood ratios of HyCoSy were slightly inferior to those obtained for HSG. Since the performance of HyCoSy was dependent on experience, the results were recalculated omitting the 50 initial procedures from the analysis. In that calculation, results of HyCoSy and HSG were comparable. There were no differences in pain experienced during the procedure, as there appeared also to be no differences in patient preferences.

CONCLUSION

There appear to be no strong arguments either to replace HSG by HyCoSy, or to reject the use of HyCoSy. Both procedures can be used in the evaluation of tubal pathology.

Inguinal hernias containing the uterus, fallopian tube, and ovary in premature female infants

Inguinal hernias were diagnosed at 42 and 38 weeks' postconceptional age in 2 premature girls. The hernial sac contained the uterus, one Fallopian tube, and one ovary. The diagnosis was made by physical and sonographic examination and was confirmed during surgical correction. We suggest sonography in the diagnostic workup in (premature) female infants with an inguinal hernia.