Accessory and cavitated uterine mass is rare developmental Mullerian anomaly. There is a non-communicating uterus-like mass that occurs contiguously along wall of uterus often underdiagnosed and needs expertise to identify. To raise awareness, provide information about this pathology and emphasize role of coronal 3D ultrasound in its diagnosis. A 28-year-old married female presented with dysmenorrhea and chronic pelvic pain. On ultrasound, a homogeneously isoechoic mass was noted in right lateral wall of uterus with central echogenicity. On 3D reconstruction, the main uterine cavity was normal and both cornu were visualized without any recognized Mullerian anomaly. No communication with the main endometrial cavity seen. On laparoscopy, mass was located under right round ligament insertion. Sectioning revealed chocolate colored fluid. ACUM is non-communicating uterus-like mass. It resembles uterus both macroscopically and microscopically. It represents a cavitated mass lined by endometrial glands and stroma surrounded by irregular smooth muscle cells. Criterias for diagnosing ACUM are (1) accessory cavitated mass located under round ligament; (2) normal uterus, fallopian tubes, and ovaries (3) surgical case with excised mass and pathological examination; (4) accessory cavity lined by endometrium with glands and stroma; (5) chocolate-brown fluid contents. On ultrasound, they appear solid isoechoic masses with central cystic areas separate from ovaries. 3D reconstruction can be used to rule out Mullerian anomaly. ACUM is a rare surgically treatable cause of dysmenorrhea, often underdiagnosed due to lack of knowledge about entity. 3D ultrasound can be highly accurate in making the diagnosis.
Using a VVIN during a laparoscopic myomectomy enables the surgeon to detect an inadvertent vascular puncture very early, even in a small calibre blood vessel, and with much more sensitivity than a regular needle. This increases patient safety during the intra-myometrial injection of a vasoconstrictive agent during myomectomy and reduces the incidence of catastrophic complications.
Objective: To study the perinatal outcome after fetal reduction in multiple gestations. Materials and Methods: This is a retrospective study of 12 patients who underwent fetal reduction for multiple gestations. The ultrasound-guided procedure was done transabdominally. Results: Of the 12 patients who underwent fetal reduction, one had spontaneous abortion following the procedure while the other 11 delivered live babies. Conclusion: Multiple gestations have an adverse neonatal outcome. By reducing the highorder pregnancies to twin gestations, the associated complications can be reduced. Ultrasound-guided fetal reduction is safe and effective method for reduction of multifetal gestations to twins or singleton, and improving the pregnancy outcome.
The authors report the case of a 28-year-old nulliparous woman with a bicornuate uterus and one previous second trimester pregnancy loss, in whom investigations for other probable causes of abortion like genetic, infective, hormonal, and immunological were negative. A laparoscopic metroplasty was performed by Strassman's method. Second-look hysteroscopy and laparoscopy, which was performed 7 months later, revealed a single uniform cavity with a median muscular ridge, which resembled an arcuate uterus. Pelvic adhesions were noted between the small bowel, omentum, and posterior wall of the uterus, along with pelvic endometriosis and a chocolate cyst of the left ovary. Adhesiolysis, cyst excision, and fulgration of endometriotic deposits were carried out, which were followed by the application of an adhesion barrier.
To demonstrate a technique of temporary ligation of the uterine artery at its origin. Design: A step-by-step demonstration of the surgery in an instructional video. Setting: A private hospital in Mumbai, India. Intervention: The peritoneum over the pelvic side wall was dissected bilaterally to expose the uterine arteries at their origins. Using a polyglactin absorbable suture, a double thread loop was used to create a removable "shoelace" knot (Video 1). Both uterine arteries were ligated in this manner. The myomectomy was completed uneventfully, and the myoma bed was sutured in 2 layers using polyglactin sutures. Once suturing was completed, the shoelace knot was untied by simply pulling one end of the thread to restore blood supply to the uterus. Intraoperative blood loss was 30 mL, and the total operation time was 120 minutes. Conclusion: Laparoscopic ligation of the uterine arteries at their origin is known to reduce intraoperative blood loss [1,2]. However, in patients desiring future fertility, the effect of permanent ligation of these vessels bilaterally remains under study [3−5]. The removable "shoelace" knot is a low-cost, readily available alternative to metallic titanium clips that requires no special surgical expertise to implement.
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