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Prof. Dr. Ali Avanoğlu
Undescended Testicle • After surgery

Redo Orchiopexy: When and How Is Repeat Surgery Performed?

Redo orchiopexy is a second operation on a testicle that was previously brought down to the scrotum but has re-ascended, or that could not be adequately brought down at the first surgery. What sets it apart from the first surgery is that the surgeon is now working within scar tissue, which changes both the planning and the technique. This page explains who needs it, how it is planned, and what families should expect.

Who this is forFamilies of children for whom repeat surgery has been recommended
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ByProf. Dr. Ali AvanoğluUpdated
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In brief5 madde
  • Who needs it?: Redo orchiopexy comes up in three situations: the testicle that was brought down to the scrotum retracting back toward the groin or the upper scrotum; the testicle…
  • How it differs from the first surgery: scar tissue and vessels: At the first surgery, tissue layers are separated along their natural planes; in a redo procedure, the inguinal canal, the cord, and the testicle are stuck together…
  • How is it planned and performed?: Planning begins with the notes from the first surgery: the testicle's position at that time, the technique used, whether the hernia sac was closed, and any…
  • Risks and realistic expectations: Success in redo orchiopexy — the testicle remaining in the scrotum at a good size — is reported in the literature to be close to that of first-time surgery, though…
  • After surgery and follow-up: Postoperative care is the same as after the first orchiopexy: outpatient surgery or an overnight stay, simple pain medication, a few days of wound care, and 2–4 weeks…
01

Who needs it?

Redo orchiopexy comes up in three situations: the testicle that was brought down to the scrotum retracting back toward the groin or the upper scrotum; the testicle having been brought down at the first surgery only under tension or only partially; and an unexpected need for a repeat procedure outside the planned second stage of a staged technique.

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  • A testicle that cannot be brought down to the scrotum by hand, or that comes down but does not stay, remains exposed to body temperature as long as it stays in the groin and becomes harder to examine; this is why correction rather than observation is recommended for true re-ascent. A testicle sitting in the upper scrotum that can be comfortably brought down, on the other hand, is usually monitored without surgery.
  • The decision is made on examination; imaging is not needed for a palpable testicle. The testicle's size and consistency are also noted, because for a clearly shrunken testicle, the option of removal is also discussed in adolescent and adult patients; in childhood, the testicle is usually preserved.
02

How it differs from the first surgery: scar tissue and vessels

At the first surgery, tissue layers are separated along their natural planes; in a redo procedure, the inguinal canal, the cord, and the testicle are stuck together by scar tissue, and the usual anatomical landmarks are obscured.

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  • In this setting, the most important structures are the testicular vessels and the vas deferens (sperm duct). These structures are difficult to distinguish within the scar tissue, and injuring them can result in testicular atrophy (shrinkage) or damage to the duct. This is why progress in a redo operation is slower, and magnification and gentle tissue handling matter even more.
  • There are also fewer options for gaining cord length, since the mobilization done at the first surgery has already been used. Additional length is gained by freeing the cord further up toward the abdomen and, if needed, by creating a shorter path beneath the lower abdominal wall vessels (the Prentiss maneuver).
03

How is it planned and performed?

Planning begins with the notes from the first surgery: the testicle's position at that time, the technique used, whether the hernia sac was closed, and any difficulties encountered. If this information is not available, the examination and history are relied on instead.

  • Starting from the previous incision and healthy tissue
  • Mobilizing the testicle and cord as a block together with the scar tissue
  • Freeing the cord further up toward the abdomen; creating a shorter path if needed
  • Placing and fixing the testicle tension-free in a new pocket in the scrotum
  • Laparoscopic assistance if needed
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  • The surgery is usually performed through the previous groin incision. Before entering the scarred area, the surgeon starts from healthy tissue, and the testicle and cord are lifted as a single block together with the surrounding scar tissue to prevent injury to the vessels. Once adequate length is achieved, the testicle is placed tension-free into a new pocket (dartos pouch) in the scrotum.
  • In some cases — especially when the testicle is close to the abdomen or the anatomy is unclear — laparoscopy (a minimally invasive approach) can be used alongside the open approach, both for guidance and to free the cord from above. This decision can be made during surgery through joint assessment by the two surgeons and is discussed with the family beforehand.
04

Risks and realistic expectations

Success in redo orchiopexy — the testicle remaining in the scrotum at a good size — is reported in the literature to be close to that of first-time surgery, though somewhat lower; the risk of atrophy is higher than at the first surgery because of the scar tissue, and it increases the higher the testicle sits.

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  • There are three points that need to be discussed with the family: the likelihood of successfully bringing the testicle down to the scrotum, the possibility of atrophy, and, if the testicle has shrunk since the first surgery, that its size may not catch up to the other testicle. Even a small testicle that can be examined in the scrotum is considered worth preserving in childhood.
  • Experience is decisive in this type of surgery. Having two pediatric urologists operate together provides extra safety in protecting the vessels and duct within the scar tissue.
05

After surgery and follow-up

Postoperative care is the same as after the first orchiopexy: outpatient surgery or an overnight stay, simple pain medication, a few days of wound care, and 2–4 weeks of activity restriction.

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  • Follow-up visits are scheduled more closely: the wound and the testicle's position are checked in the first weeks, size and position are checked several times within the first year, and annual checkups follow after that. Size comparison waits until the first year has passed; a hormonal evaluation is added during adolescence if needed.
  • Follow-up through adolescence and adulthood for children who have had a redo procedure continues with the same team; since adult urology is under the same roof, fertility counseling and self-examination education are a natural part of this follow-up.
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Frequently asked questions
Did the first surgery fail?
Re-ascent is a recognized outcome in the literature that can occur even after a properly performed surgery; the risk is present from the start, especially for high-positioned testicles. The goal is not to find fault, but to place the testicle in the scrotum in the best way possible.
Is redo surgery more difficult or does it take longer?
Progress is slower because of the scar tissue, and the operation may take somewhat longer; however, most cases are still completed with outpatient surgery or a single overnight stay. The added difficulty is on the surgeon's side; the child's recovery is similar to that of the first surgery.
If the testicle is very small, should it still be brought down?
In childhood, a viable testicle is usually preserved and brought down even if it is small; it has value for hormone contribution and for being examinable. In adolescents and adults, the option of removal for a clearly shrunken, nonfunctional testicle is discussed individually with the patient.
Can it re-ascend again after the second surgery?
It is possible, though rare; this is why follow-up is scheduled more closely. Tension-free placement in a new scrotal pocket and adherence to activity restrictions reduce this risk.
Related pagesFull index →
After surgeryTesticular Re-ascent After OrchiopexyAfter orchiopexy (fixing the testicle in the scrotum), the testicle usually stays in place for life. In a small number of children, however, the testicle retracts back toward the upper scrotum or the groin over months or years. This page explains why re-ascent happens, how it is noticed, and when it calls for a second surgery.Surgery in childrenWhat Is Orchiopexy?Orchiopexy is the umbrella term for undescended testicle surgery: the testicle and its blood vessels are freed from surrounding tissue, brought down into the scrotum without tension, and fixed in place there. The surgical approach and number of stages may vary, but the backbone of the operation is the same.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.Follow-upLong-Term Follow-UpUndescended testicle treatment doesn't end with surgery. Whether the testicle stays in place in the scrotum, grows normally, and develops as expected through puberty is monitored over years; follow-up continues seamlessly from pediatric urology into adult urology, and this page walks through that timeline step by step.
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