Objective: To explore the diagnosis, classification and treatment of ectopic seminal tract opening in enlarged prostatic utricle (EPU). METHODS: We retrospectively analyzed the clinical data on 22 cases of ectopic seminal tract opening in EPU confirmed by spermography, EPU open cannula angiography or intraoperative puncture of the vas deferens and treated by transurethral incision of EPU, cold-knife incision or electric incision of EPU, full drainage of the anteriorwal, and open or laparoscopic surgery from October 1985 to October 2017. RESULTS: Five of the patients were diagnosed with ectopic opening of the vas deferens and the other 17 with ectopic opening of the ejaculatory duct in EPU. During the 3－48 months of postoperative follow-up, symptoms disappeared in all the cases, semen quality was improved in those with infertility, and 2 of the infertile patients achieved pregnancy via ICSI. CONCLUSIONS Ectopic seminal tract opening in EPU is rare clinically. Spermography is a reliable method for the diagnosis of the disease, and its treatment should be aimed at restoring the smooth flow of semen based on proper classification and typing of the disease.
Ejaculatory Ducts/surgery* ; Humans ; Male ; Male Urogenital Diseases/surgery* ; Prostate/surgery* ; Retrospective Studies ; Semen Analysis ; Seminal Vesicles/surgery* ; Vas Deferens/surgery*

Ejaculatory Ducts ; Hemospermia ; Humans ; Male ; Seminal Vesicles

OBJECTIVE: To evaluate the utility of transurethral seminal vesiculoscopy with a slender ureteroscope in the treatment of severe oligoasthenozoospermia secondary incomplete ejaculatory duct obstruction (EDO). METHODS: From March 2018 to September 2018, the clinical data of 8 patients with severe oligoasthenozoospermia secondary incomplete EDO treated by the technique of transurethral seminal vesiculoscopy in the Peking University Third Hospital Reproductive Center were analyzed. Preoperative routine included semen analysis, hormone determination, transrectal ultrasonography, pelvic magne-tic resonance examination and other examinations. All the patients were diagnosed with severe oligoasthenozoospermia secondary to incomplete EDO. All the patients were operated by the same surgeon with multiple cases of experience in transurethral surgery, and 1 year follow-up was conducted to evaluate the surgical effect. RESULTS: The average age of the 8 patients was 29 years, and the average operation time was 32 min. Preoperative transrectal ultrasound indicated 6 cases of ejaculatory duct cyst or Mullerian cyst, 1 case of prostate calcification and bilateral seminal vesicle dilatation. The average maximum transverse diameter of the right seminal vesicle in pelvic MRI was 33.60 mm (24.63-42.28 mm), the average maximum transverse diameter of the left seminal vesicle was 32.85 mm (25.91-44.89 mm), the ave-rage maximum antero-posterior diameter was 27.99 mm (21.36-33.12 mm), the average maximum width of the seminal vesicle duct was 10.53 mm (5.93-19.39 mm). There were 5 cases of ejaculatory duct cyst, 2 cases of seminal vesicle hemorrhage, and 1 case of Mullerian cyst. The semen volume [(2.64±0.80) mL], the sperm concentration [(49.76±8.50)×10⁶/mL], and the motility (grade a+b) [(25.76±6.48)%] in postoperation were significantly higher than those in preoperation [(1.46±0.50) mL, (28.78±5.17)×10⁶/mL, and (2.88±0.93)%, P < 0.05]. Two patients conceived naturally during the follow-up of 6 months after surgery. There were no severe complications, such as retrograde ejaculation, urinary incontinence or rectal injury. CONCLUSION The technique of transurethral seminal vesiculoscopy is safe and effective for treating severe oligoasthenozoospermia secondary to incomplete EDO. However, due to the small sample size of this study, short follow-up time, and the uncertainty in seminal vesicle surgery, it still needs to be further confirmed by long-term follow-up studies with large samples.
Adult ; Ejaculatory Ducts ; Genital Diseases, Male ; Humans ; Male ; Semen Analysis ; Seminal Vesicles ; Ultrasonography

ObjectiveTo explore the practicability and safety of the F4.8 visual miniature nephroscope in the diagnosis and treatment of hematospermia.

METHODSThis study included 12 cases of refractory hematospermia accompanied by perineal or lower abdominal pain and discomfort. All the patients failed to respond to two months of systemic anti-inflammatory medication and local physiotherapy. Seminal vesicle tumor and tuberculosis were excluded preoperatively by rectal seminal vesicle ultrasonography, MRI or CT. Under epidural anesthesia, microscopic examination was performed with the F4.8 miniature nephroscope through the urethra and ejaculatory duct orifice into the seminal vesicle cavity, the blood clots washed out with normal saline, the seminal vesicle stones extracted by holmium laser lithotripsy and with the reticular basket, the seminal vesicle polyps removed by holmium laser ablation and vaporization, and the seminal vesicle cavity rinsed with diluted iodophor after operation.

RESULTSOf the 10 patients subjected to bilateral seminal vesiculoscopy, 3 with unilateral and 2 with bilateral seminal vesicle stones were treated by holmium laser lithotripsy, saline flushing and reticular-basket removal, 2 with seminal vesicle polyps by holmium laser ablation and vaporization, and the other 3 with blood clots in the seminal vesicle cavity by saline flushing for complete clearance. The 2 patients subjected to unilateral seminal vesiculoscopy both received flushing of the seminal vesicle cavity for clearance of the blood clots. The operations lasted 10－55 (25 ± 6) minutes. There were no such intra- or post-operative complications as rectal injury, peripheral organ injury, and external urethral sphincter injury. The urethral catheter was removed at 24 hours, anti-infection medication withdrawn at 72 hours, and regular sex achieved at 2 weeks postoperatively. The patients were followed up for 6－20 (7 ± 2.3) months, during which hematospermia and related symptoms disappeared in 10 cases at 3 months and recurrence was observed in the other 2 at 4 months after surgery but improved after antibiotic medication.

CONCLUSIONSThe F4.8 visual miniature nephroscope can be applied to the examination of the seminal vesicle cavity and treatment of seminal vesicle stones and polyps, with the advantages of minimal invasiveness, safety and reliability.

Calculi ; diagnostic imaging ; surgery ; Ejaculatory Ducts ; Endoscopes ; Endoscopy ; instrumentation ; Genital Neoplasms, Male ; Hemospermia ; diagnosis ; therapy ; Holmium ; Humans ; Lasers, Solid-State ; Lithotripsy ; Magnetic Resonance Imaging ; Male ; Natural Orifice Endoscopic Surgery ; instrumentation ; Neoplasm Recurrence, Local ; Postoperative Complications ; Reproducibility of Results ; Seminal Vesicles ; diagnostic imaging ; Urethra

ObjectiveTo investigate the diagnosis and treatment of ejaculatory duct cyst.

METHODSThis study included 2 male patients present at the hospital for hemospermia and abnormal sensation in the perineal region in July and August 2014. Both underwent transrectal ultrasonography, routine semen examination, CT, MRI, cystoscopy, and vesiculography before transurethral fenestration of the cysts and pathological examination of the cyst wall specimens. Analyses were made on the clinical presentations, imaging features, pathological characteristics, differential diagnosis and treatment of ejaculatory duct cyst and relevant literature was reviewed.

RESULTSThe cyst wall was mainly composed of smooth muscle, the inner wall lined with pseudostratified ciliated columnar epithelia, and with positive expressions of CD10 and Muc6 proteins on immunohistochemical staining, which indicated renal iatrogenic ejaculatory duct cyst. The patients were followed up for 18 and 20 months, respectively. All symptoms disappeared and no recurrence occurred after surgery. Routine semen examination for the two patients showed the semen volumes to be 3.5 and 3.1 ml, sperm concentrations 35 and 32 ×10⁶/ml, grade a sperm 32.0 and 26.0%, grade b sperm 18.0 and 31.0%, and semen liquidation time 30 and 34 minutes, respectively.

CONCLUSIONSPelvic cystic masses can be detected by transrectal ultrasonography, CT and MRI, but definite diagnosis relies on vesiculography, pathological examination and immunohistochemical staining. Transurethral fenestration is safe and effective for the treatment of ejaculation duct cyst.

Cysts ; diagnostic imaging ; pathology ; surgery ; Ejaculation ; Ejaculatory Ducts ; diagnostic imaging ; pathology ; surgery ; Genital Diseases, Male ; diagnostic imaging ; pathology ; surgery ; Hemospermia ; etiology ; Humans ; Magnetic Resonance Imaging ; Male ; Neoplasm Recurrence, Local ; Semen ; Semen Analysis ; Sperm Count ; Spermatozoa ; Tomography, X-Ray Computed ; Ultrasonography

Objective: To investigate the success rate and safety of percutaneous vasoseminal vesiculography with the disposable vasographic interventional therapy kit (VITK). METHODS: This study included ninety-six 19－65 (mean 43) years old male patients with infertility, hematospermia, seminal vesicle cyst, ejaculatory duct cyst, ejaculatory dysfunction, or vas deferens injury, with disease courses varying from 1 month to 7 years. With an open, multi-centered, single-group, self-controlled design and using the disposable VITK, we treated the patients by percutaneous vasoseminal vesiculography via injection of contrast medium into the vas deferens cavity under local anesthesia. RESULTS: Percutaneous vasoseminal vesiculography was successfully performed in 92 (97.87%) of the patients, which revealed abnormal seminal ducts in 51 cases (54.3%). Among the 28 infertile patients, 3 were found with bilateral and 5 with unilateral vas deferens obstruction. Vesiculitis was detected in 36 (81.8%) of the 44 hematospermia patients and bilateral vas deferens abnormality in 5 (38.5%) of the 13 patients with ejaculatory dysfunction. Transectional damage was observed in 2 patients with vas deferens injury induced by bilateral inguinal hernia repair. Three cases of seminal vesicle cyst and 4 cases of ejaculatory cyst were definitely diagnosed by vasoseminal vesiculography. CONCLUSIONS The disposable vasographic interventional therapy kit, with the advantages of simple operation and high safety, deserves a wide clinical application in vasoseminal vesiculography.
Adult ; Aged ; Contrast Media ; administration & dosage ; Cysts ; diagnostic imaging ; Ejaculatory Ducts ; diagnostic imaging ; Genital Diseases, Male ; diagnostic imaging ; Hemospermia ; diagnostic imaging ; etiology ; Hernia, Inguinal ; surgery ; Humans ; Infertility, Male ; diagnostic imaging ; Injections ; Male ; Middle Aged ; Postoperative Complications ; diagnostic imaging ; etiology ; Radiography ; methods ; Seminal Vesicles ; diagnostic imaging ; Vas Deferens ; diagnostic imaging ; injuries ; Young Adult

We summarized our experience in transurethral seminal vesiculoscopy (TSV) for recurrent hemospermia by introducing surgical techniques, intraoperative findings, and treatment outcomes. TSV was performed in 419 patients with an initial diagnosis of persistent hemospermia at Shanghai Changhai Hospital (Shanghai, China) from May 2007 to November 2015. TSV was successfully performed in 381 cases (90.9%). Hemospermia was alleviated or disappeared in 324 (85.0%) patients by 3 months after surgery. Common intraoperative manifestations were bleeding, obstruction or stenosis, mucosal lesions, and calculus. Endoscopic presentation of the ejaculatory duct orifice and the verumontanum was categorized into four types, including 8 (1.9%), 32 (7.6%), 341 (81.4%), and 38 (9.1%) cases in Types A, B, C, and D, respectively. TSV is an effective and safe procedure in the management of seminal tract disorders. This study may help other surgeons to become familiar with and improve this procedure. However, further multicentric clinical trials are warranted to validate these findings.
Adult ; Ejaculatory Ducts/surgery* ; Endoscopy/methods* ; Hemospermia/surgery* ; Humans ; Magnetic Resonance Imaging ; Male ; Middle Aged ; Seminal Vesicles/surgery* ; Tomography, X-Ray Computed ; Treatment Outcome ; Urethra/surgery*

Ejaculatory duct obstruction (EDO) is one of the obstructive factors for 1－5% of all cases of male infertility and it is, however, surgically correctable. Congenital developmental abnormality is a most common cause of EDO. The clinical manifestations of EDO are varied, typically with the decline of four semen parameters. Transrectal ultrasonography is an important imaging method for the diagnosis of EDO and guidance in its surgery. MRI provides high-resolution images of the reproductive system as evidence. Transurethral resection of the ejaculatory duct (TURED) is a classical operation, the application of transurethral seminal vesiculoscopy has become a new trend of minimally invasive surgery in the treatment of EDO, and the latest flexible vesiculovasoscopy (FVV) or vasoscopy techniques may further improve the diagnosis and treatment of EDO.
Adult ; Ejaculatory Ducts ; diagnostic imaging ; surgery ; Genital Diseases, Male ; diagnostic imaging ; surgery ; Humans ; Infertility, Male ; etiology ; Magnetic Resonance Imaging ; Male ; Semen ; Ultrasonography ; Vas Deferens ; diagnostic imaging

Objective: To compare three different pathways for transurethral seminal vesiculoscopy (SVS) and investigate the reliability and efficiency of transrectal ultrasonography (TRUS)-guided SVS (TRUS-SVS). METHODS: We retrospectively analyzed 90 cases of seminal vesiculoscopy conducted directly through the ejaculatory duct or prostatic utricle or under the guide of TRUS. We compared the success rate and complications among the three approaches. RESULTS: Operations were successfully performed in 87 (96.67%) of the 90 cases, 30 through the ejaculatory duct, 37 via the prostatic utricle, and 20 under the guide of TRUS, the operation time ranging from 25 to 75 minutes. Sperm was detected from the seminal vesicle fluid in (92.06%) of the azoospermia patients (58/63) during the surgery and in 77.78% of them (49/63) in semen analysis at 1 week postoperatively. Fifteen hematospermia and 12 spermatocystitis patients were cured. Postoperative follow-up found 20 cases of water-like semen and 3 cases of orchiepididymitis, but no such complications as retrograde ejaculation, incontinence, or rectourethral fistula. CONCLUSIONS Transejaculatory duct and transprostatic utricle pathways are two common approaches to SVS, while TRUS-SVS may achieve a higher success rate and avoid injury of both the prostate and the rectum.
Azoospermia ; diagnostic imaging ; Ejaculatory Ducts ; diagnostic imaging ; Epididymitis ; diagnostic imaging ; Genital Diseases, Male ; Hemospermia ; diagnostic imaging ; Humans ; Male ; Operative Time ; Prostate ; diagnostic imaging ; Rectum ; Reproducibility of Results ; Retrospective Studies ; Semen ; Semen Analysis ; Seminal Vesicles ; diagnostic imaging ; Spermatozoa ; Ultrasonography ; methods ; statistics & numerical data

Seminal vesiculoscopy is a new technology in uro-andrology developed in recent 10 years, which is a set of clinical operational techniques for observing the ejaculatory duct, seminal vesicle, ampullar region of the vas deferens and their surrounding structure, determining the cause, location and degree of the disease, and accomplishing such treatment procedures as irrigation, resection, incision, fulguration, hemostasis, expansion, drainage, and removal of hematocele, stones or obstruction in the distal seminal duct region. Therefore, it is not only an etiologically diagnostic technique, but also a minimally invasive surgical approach to the management of common diseases of the distal seminal duct region. Seminal vesiculoscopy has irreplaceable advantages of safety, effectiveness, minimal invasiveness, rapid recovery, and few complications.
Calculi ; diagnostic imaging ; surgery ; Drainage ; Ejaculatory Ducts ; diagnostic imaging ; Endoscopy ; methods ; Genital Diseases, Male ; diagnostic imaging ; surgery ; Hematocele ; diagnostic imaging ; surgery ; Humans ; Male ; Minimally Invasive Surgical Procedures ; Seminal Vesicles ; diagnostic imaging ; Vas Deferens ; diagnostic imaging