The Fallopian Tube Exhibiting Hydrosalpinx

Description

Shown in profile, the uterine (Fallopian) tube is distended into a thin walled, elongated cystic structure consistent with hydrosalpinx, with a proximal segment near the uterine cornu tapering into an obstructed isthmus and a more expanded ampulla. Distally, the infundibulum and fimbriae appear blunted and displaced laterally, where they would normally drape toward the ovary, and the serosal surface is stretched with the tubal lumen filled by clear fluid. The dilatation is greatest in the mid to distal tube, while the medial end remains comparatively narrow. Patency is lost. Hydrosalpinx most often follows pelvic inflammatory disease, post surgical adhesions, or endometriosis, where chronic inflammation scars the mucosa, seals the distal ostium, and traps secretions that progressively distend the tube. That anatomy matters in infertility workups: a hydrosalpinx can mechanically prevent oocyte pickup at the fimbrial end and the reflux of inflammatory tubal fluid into the uterine cavity correlates with lower implantation and pregnancy rates during IVF. Laparoscopic management hinges on recognizing the transition from a fixed, obstructed isthmus medially to a ballooned ampullary segment laterally, guiding options such as salpingectomy or proximal tubal occlusion when the tube is nonfunctional. Tubal damage is obvious. Ideal for reproductive endocrinology teaching, gynecology board review, and patient facing counseling materials explaining tubal obstruction, this artwork also suits journal figures discussing hysterosalpingography findings, sonographic “sausage shaped” adnexal masses, and surgical decision making before assisted reproduction. It can anchor lectures on uterine tube anatomy (isthmus, ampulla, infundibulum, fimbriae) while tying structure directly to hydrosalpinges and infertility. Anatomical accuracy verified by SciePro's Medical Advisory Board.