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Prof. Dr. Ali Avanoğlu
Undescended Testicle • Surgery in children

High Intra-Abdominal Undescended Testicle: Why Isn’t It Brought Down in One Session?

Some intra-abdominal testicles sit far from the internal ring, with vessels too short to reach the scrotum. For this ‘high intra-abdominal’ testicle, forcing it down would compromise its blood supply, while leaving it in place would keep it in a warm environment; staged techniques were developed to resolve this dilemma.

Who this is forFamilies of children whose testicle is found high within the abdomen on laparoscopy
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ByProf. Dr. Ali AvanoğluUpdated
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high intra-abdominal
In brief5 madde
  • Which testicle is considered ‘high intra-abdominal’?: On laparoscopy, a testicle is considered high intra-abdominal when it sits clearly distant from the internal ring — in most definitions, more than about 2 cm — and…
  • The dilemma: vessel length and the testicle’s blood supply: The testicle’s main blood supply comes from the testicular vessel, which originates at kidney level along the posterior abdominal wall.
  • Options: Fowler–Stephens and Shehata: There are two main staged approaches for a high intra-abdominal testicle; both are performed laparoscopically and require two sessions.
  • How is the decision made?: Which approach is followed is determined by the laparoscopic findings: how high the testicle sits, the length and course of the vessels, the length of the vas…
  • The interval between sessions and long-term expectations: Between the two sessions, the child continues normal life, with no special restrictions.
01

Which testicle is considered ‘high intra-abdominal’?

On laparoscopy, a testicle is considered high intra-abdominal when it sits clearly distant from the internal ring — in most definitions, more than about 2 cm — and does not reach the opposite internal ring despite mobilization. Sometimes the testicle lies close to the lower pole of the kidney, with very short vessels.

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  • This picture is different from a peeping testis, which sits right beside the internal ring. A peeping testis usually descends in a single stage, whereas for a high testicle, vessel length becomes the limiting factor. The distinction is made on laparoscopy, by observing the course of the vessels and how far the testicle can be mobilized.
  • A high intra-abdominal testicle is usually small and has not completed its normal path of descent; the connection between the epididymis and the testicle is also sometimes weak. This shapes what can be expected after surgery.
02

The dilemma: vessel length and the testicle’s blood supply

The testicle’s main blood supply comes from the testicular vessel, which originates at kidney level along the posterior abdominal wall. When this vessel is too short, pulling the testicle down to the scrotum stretches it; a stretched vessel has impaired blood flow, and the testicle can shrink (atrophy).

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  • On the other hand, leaving the testicle in the abdomen is also unacceptable: germ cells are damaged in the warm environment, and cancer risk is at its highest in a testicle left within the abdomen. At this point, where the two risks conflict, the chosen approach is not forced descent but a planned strategy that protects the testicle’s blood supply.
  • The testicle has a second source of blood supply: fine vessels running along the vas deferens, and collateral circulation from the gubernaculum (guiding ligament). Staged techniques either rely on this collateral circulation or aim for the main vessel to lengthen over time.
03

Options: Fowler–Stephens and Shehata

There are two main staged approaches for a high intra-abdominal testicle; both are performed laparoscopically and require two sessions.

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  • In the Fowler–Stephens approach, the main testicular vessel is divided or clipped laparoscopically in the first session; the testicle continues to be supplied through the collateral circulation along the vas deferens. A wait of approximately six months allows this collateral circulation to strengthen, and the testicle is brought down to the scrotum in the second session. In the two-stage technique, the testicle’s survival rate has been reported to be markedly better than with the single-stage version.
  • In the Shehata (traction) technique, the vessel is not divided. In the first session, the testicle is anchored under tension to a point on the inner surface of the abdominal wall, on the opposite side; the vessels are expected to lengthen gradually over about twelve weeks, and the testicle is placed in the scrotum in the second session. Because the main vessel is preserved, the risk of atrophy has been reported to potentially be lower; however, long-term data are still limited.
  • In selected cases, autotransplantation — connecting the testicular vessels to the inferior epigastric vessels by microsurgery — has also been described; because it is technically demanding, it is performed at only a small number of centers. For testicles that are small, appear non-functional, or are found in adolescent or adult patients, removal (orchiectomy) is also discussed as an option.
04

How is the decision made?

Which approach is followed is determined by the laparoscopic findings: how high the testicle sits, the length and course of the vessels, the length of the vas deferens, and the size of the testicle. In our practice, this decision is made during surgery, based on the joint assessment of the two pediatric urology specialists performing the laparoscopy.

  • Testicle close to the internal ring with adequate vessel length: single-stage laparoscopic orchiopexy
  • Testicle high, vessels short, vas deferens long, and good collateral circulation: Fowler–Stephens (preferably two-stage)
  • Testicle high, with preservation of the main vessel as the goal: Shehata traction technique
  • Testicle very small or appearing non-functional, especially when the other testicle is normal and the patient is older: orchiectomy is discussed as an option
  • The most important thing for families to understand is that a staged approach is not a failure or an ‘unfinished operation.’ It is a strategy planned from the start to protect the testicle, and both the goal of a single session and the possibility of a staged approach are explained together during the consent conversation.
05

The interval between sessions and long-term expectations

Between the two sessions, the child continues normal life, with no special restrictions. The second session is completed laparoscopically or through the groin and usually results in day surgery or a single overnight stay.

  • Even when a staged operation ends with the testicle in the scrotum, it may remain smaller than the other side; the risk of atrophy is higher than with a palpable testicle. For this reason, follow-up occurs several times in the first year and then yearly until adolescence; evaluation continues at adolescence with size, hormone levels, and, if needed, semen analysis. Follow-up continues with the same team as the child transitions from pediatric to adult urology.
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Frequently asked questions
Why don’t you just bring it down and finish in one go?
Because if the vessels are too short, pulling the testicle down to the scrotum compromises its blood supply, and the testicle can shrink and lose function. The staged approach is the safest way to bring the testicle into the scrotum; the goal is not to minimize the number of operations but to protect the testicle.
Which of the two techniques is better?
Both are accepted techniques. Two-stage Fowler–Stephens has been used for many years, with well-known outcomes; the Shehata technique is promising because it preserves the vessel, but long-term data are still limited. The choice is made according to how high the testicle sits, the vascular anatomy, and the team’s experience.
Could anything happen to the testicle between the two operations?
In the first session, the testicle is either anchored to the abdominal wall or left in place; no special risk is expected during the interval, and the child continues daily life as normal. Rarely, testicular atrophy may be noticed at the second session; this possibility is discussed with the family in advance.
If the testicle is ultimately removed, will the child live a normal life?
In a unilateral case, if the other testicle is healthy, hormone production and reproductive potential are largely preserved; the paternity rate is close to that of the general population. For this reason, monitoring the other testicle and self-examination from adolescence onward remain important.
Related pagesFull index →
Surgery in childrenFowler–Stephens OrchiopexyFowler–Stephens orchiopexy is a staged technique developed for a high intra-abdominal testicle whose vessels don’t reach the scrotum. The main testicular vessel is divided, and the testicle is entrusted to the collateral circulation running along the vas deferens; it is brought down into the scrotum in a second session about six months later.Surgery in childrenShehata Traction TechniqueThe Shehata (traction) technique is a staged approach for a high intra-abdominal testicle that works without dividing the main vessel. In the first session, the testicle is anchored laparoscopically to the inner surface of the abdominal wall, stretched toward the opposite side; the vessels are then allowed roughly twelve weeks to lengthen before the testicle is brought down into the scrotum in the second session.Surgery in childrenLaparoscopic OrchiopexyFor a non-palpable testicle, both diagnosis and treatment begin with laparoscopy (a minimally invasive technique). A thin camera inserted through the navel shows whether the testicle exists and where it lies; if the testicle is inside the abdomen and its vessels are long enough, it is brought down into the scrotum with laparoscopic orchiopexy in the same session.After surgeryTesticular Atrophy After OrchiopexyTesticular atrophy is the shrinking of the testicle after surgery and the partial or complete loss of its function. It is one of the most discussed long-term outcomes of orchiopexy (fixing the testicle in the scrotum), and the risk varies significantly depending on the testicle's preoperative position. This page explains the causes, the higher-risk groups, and how it is monitored.
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