The term endometriosis refers to ectopic endometriume. It most often involves the pelvic organs, including ovaries, broad and round ligaments, fallopian tubes, cervix, vagina and the pouch of Douglas. We report a case of vesical endometriosis in a 4- year old female patient and review literature. Segmental resection of this mass with involved bladder resulted in cure and this lesion was confirmed histologically as endometriosis of the bladder.
Cervix Uteri ; Endometriosis* ; Endometrium ; Fallopian Tubes ; Female ; Humans ; Ovary ; Round Ligament of Uterus ; Urinary Bladder ; Vagina

No abstract available.
Herpesvirus 4, Human*

No abstract available.
Antibodies, Monoclonal* ; Herpesvirus 4, Human* ; Humans* ; Tetanus Toxoid* ; Tetanus*

No abstract available.
Adaptive Immunity ; Animals ; Cell Line* ; Rats*

No abstract available.
Animals ; Clone Cells* ; Cloning, Organism* ; Mast Cells* ; Mice*

Inverted papilloma of the urinary tract is a unique and rare tumor. It is generally considered a benign lesion, although previous reports have alluded to the possibility of malignant change. The lesion is believed to arise mainly from trigon and bladder outlet as a result of chronic. proliferative cystitis. The most commonly associated clinical symptoms are hematuria and those of urinary obstruction. We report two cases of vesical inverted papilloma which were proved histologically.
Cystitis ; Hematuria ; Papilloma, Inverted* ; Urinary Bladder* ; Urinary Tract

High-flow priapism is caused by sustained arterial inflow into the spaces from a lacerated cavernosal artery. This typically follows perineal trauma. Iatrogenic high-flow priapism occasionally follows the treatment of low-flow priapism and is a diagnostic and therapeutic challenge. Herein, we reported a case of iatrogenic high-flow priapism which developed after treatment of-flow priapism.
Arteries ; Priapism*

It is been known that the deltoid ligament of the ankle joint plays an important role in the stabiliy of the ankle joint. In cases of deltoid ligament rupture, associated with lateral malleolar fractures, cannot be maintained the integrity of the mortise and the stability of the talus. Controversy remains about the treatment of deltoid ligament injuries. Many authors advocate an operative repair for deltoid ligament ruptures for optimal reduction of lateral malleolar fracture. However, according to recent cadaveric studies and many satisfactory results of clinical studies, excellent results have been reported regarding the ankle joint stability by anatomical reduction of the lateral structure, but only without surgical repair of the medial structure. Fourteen patients with lateral malleolar fractures with associated deltoid ligament injuries treated at Sun General Hospital between January 1990 and June 1995. There were examined clinically and radiologically. We concluded that deltoid ligament repairs should be considered unnecessary as long as fibular fracture are stabilized anatomically with normal medial joint space. However, in cases with higher fracture levels of lateral malleolus, associated with syndesmotic injury, we recommend syndesmotic screw fixation or deltoid ligament repair.
Ankle ; Ankle Injuries ; Ankle Joint ; Cadaver ; Fibula* ; Hospitals, General ; Humans ; Joints ; Ligaments* ; Rupture ; Solar System ; Talus

and Relevance: Chromatin accessibility is crucial in gene regulation in domestic animals, influencing development, immune response, and productivity. Despite the progress, more comprehensive epigenomic datasets and cross-species analytical tools are needed to harness chromatin accessibility in domestic animal research. Understanding these mechanisms has practical applications in improving livestock traits, advancing breeding programs, and developing disease-resistant animals, highlighting the importance of integrating epigenetic and genomic tools for enhancing animal health and productivity.

and Relevance: Chromatin accessibility is crucial in gene regulation in domestic animals, influencing development, immune response, and productivity. Despite the progress, more comprehensive epigenomic datasets and cross-species analytical tools are needed to harness chromatin accessibility in domestic animal research. Understanding these mechanisms has practical applications in improving livestock traits, advancing breeding programs, and developing disease-resistant animals, highlighting the importance of integrating epigenetic and genomic tools for enhancing animal health and productivity.