ABSTRACT
Background: In traditional laparoscopic orchiopexy for inguinal undescended testis (UDT) surgery, the testicles are pulled back into the abdominal cavity by grasping and cephalad retracting the testicle and the cord. If this fails, a subsequent open inguinal incision is made to complete orchiopexy. To improve the orchiolysis and avoid extra open inguinal incision, we describe our early experience with and illustrate the surgical procedure of a novel anatomical laparoscopic orchiopexy (ALO) and hybrid transscrotal orchiopexy as required in high palpable UDT. Methods: From March 2018 to April 2020, ALO was performed in 140 consecutive patients (158 testes) with high inguinal UDT. After blunt and bloodless dissection of the inter-tunica vaginalis-cremasteric fascia plane, tunica vaginalis enveloping the testis was brought into the abdominal cavity as a whole. When the tunica vaginalis was unable to be brought into the abdominal cavity, given that the orchiolysis had already been partially carried out, the testis could be brought out of the external ring and descended when converting to transscrotal surgery. Results: The mean age in this study was 1.88 years (standard deviation ±1.95). The position of the testis assessed at surgery was peeping (58, 36.7%) and canalicular (100, 63.3%). In 128 testes (81.1%), ALO brought the UDT into the abdominal cavity; the remaining 30 testes (18.9%) required a hybrid transscrotal technique. All testes were descended without conversion to open inguinal procedure. The mean operative time was 43.9 ± 9.2 minutes. All patients had follow-up within a median of 17.8 months, with satisfactory results in relation to viability and location of the testis. Conclusions: ALO was shown to be not only safe, feasible, and effective for high inguinal UDT but also facilitated subsequent hybrid transscrotal orchiopexy; when the testis failed to be pulled into the abdominal cavity, the conversion to open inguinal orchiopexy could be obviated.
Subject(s)
Abdominal Cavity , Cryptorchidism , Laparoscopy , Abdominal Cavity/surgery , Cryptorchidism/surgery , Humans , Infant , Laparoscopy/methods , Male , Orchiopexy/methods , Testis/surgery , Treatment OutcomeABSTRACT
We report herein a 14-month-old boy with a left-sided peeping testis. At the age of 1 month, the left testis was palpated between the inguinal canal and the scrotum. When he was 6 months old, ultrasonography showed the left testis in the inguinal canal. At the age of 13 months, the left testis was not palpable. At the age of 14 months, he underwent surgery for a planned inguinal orchidopexy with a preoperative diagnosis of an undescended testis. When the inguinal canal was opened, a patent processus vaginalis was observed and the testis was found inside the abdominal cavity. The patent processus vaginalis was closed, a dartos pouch was created and the testis was guided into the pouch and fixed to its wall. We describe a case of a peeping testis moving from the inguinal position into the abdomen.
ABSTRACT
OBJECTIVE: Peeping testis is an inconsistently palpable/seen undescended testis that migrates back and forth at the internal inguinal ring. Both open and laparoscopic orchiopexy are effective forms of management. The present study aimed to evaluate the efficacy and safety of both approaches. PATIENTS AND METHODS: Between September 2007 and January 2012, 46 peeping inguinal testes were randomly treated with either open (25 cases) or laparoscopic (21 cases) orchiopexy procedures. Spermatic vessels were preserved for all cases. Operative details, postoperative morbidity and final testicular site and size were recorded. RESULTS: The median age of the children was 2.5 years (range 0.5-12.0). The follow-up period ranged from 1.0 to 5.5 years. Of these testes, 20 in the open surgery group and 19 in the laparoscopic group maintained correct intrascrotal position (P = 0.428). Re-do orchiopexy was indicated for two cases in the surgical group (P = 0.493). No cases of testicular atrophy or hernia were encountered. CONCLUSION: Open and laparoscopic orchiopexy procedures for peeping testes are fairly comparable. However, laparoscopy is relatively more effective, as two re-do orchiopexies were required in the open surgical group.
Subject(s)
Cryptorchidism/surgery , Laparoscopy , Orchiopexy/methods , Child , Child, Preschool , Follow-Up Studies , Humans , Infant , Inguinal Canal , Male , Operative Time , Prospective Studies , Treatment OutcomeABSTRACT
Existe un grupo de pacientes con criptorquidias palpables en los que la liberación de los vasos espermáticos y el conducto deferente en el retroperitoneo por laparoscopía, facilitaría la orquidopexia abierta en un sólo tiempo y mejoraría el pronóstico de posición y vitalidad testicular a largo plazo. Presentamos nuestra experiencia inicial de pacientes tratados con esta técnica, a la que hemos denominado Orquidopexia Video Asistida (OVA).Estudio prospectivo entre agosto de 2011 y marzo de 2012 que incluyó 15 pacientes y 16 testículos. Se incluyeron criptorquidias canaliculares altas, peeping testis y re-operaciones. Se excluyeron pacientes que, en el examen bajo anestesia general, se palpó testículo en posición canalicular media o baja. En 8 meses se realizaron 9 OVA izquierdas, 5 derechas y 1 bilateral. La edad operatoria promedio de los pacientes fue de 3,7 años. El tiempo quirúrgico promedio fue de 55 minutos. El tiempo de seguimiento promedio fue de 9 meses (r6-14 meses). El seguimiento clínico ha mostrado posición normal y buena vitalidad testicular evaluada por tamaño testicular al examen físico en todos los pacientes. CONCLUSIONES: Los resultados clínicos preliminares son alentadores. Proponemos agregar OVA al algoritmo de tratamiento de las criptorquidias palpables.
There is a group of patients with palpable cryptorchidism in which releasing the spermatic vessels and the vas deferens in the retroperitoneum through laparoscopy, facilitates the open orquidopexy in a single time and improves the prognosis of testicular position and vitality on the long term. We report our initial experience of patients treated with this technique, which we called Video Assisted orchidopexy (OVA).Prospective study between August 2011 and March 2012, which included 15 patients and 16 testicles. High canalicular cryptorchidism, peeping testis and re-operations were included. We excluded patients who, on examination under general anesthesia, had a palpable canalicular testis in middle or low position. RESULTS: In a peroid of 8 months we performed 9 left, 5 right and 1 bilateral OVA. Mean age of the patients was 3.7 years. Mean operative time was 55 minutes. Average follow-up time was 9 months (r6-14 months). Clinical follow-up shows normal position and good vitality as assessed by testicular size at physical examination on all patients. Preliminary clinical results are encouraging. We propose adding OVA treatment algorithm palpable cryptorchidism.
