Inguinal Hernia
When people have been doing orchidopexies and don't stitch the hole closed, patients usually do not get a hernia afterward, suggesting that scar alone may be enough and you may not need to ligate anything. — Todd, Inguinal Hernias: Diagnosis and Management · 9:59
With laparoscopic approach, waiting 24-48 hours after reducing an incarcerated hernia may be unnecessary since inflammation does not complicate the laparoscopic repair as it does open surgery. — Todd Ponsky, Laparoscopic Pediatric Hernia Repair: Online Course 2017 · 22:28
There are no procedure-specific guidelines for opiate use in pediatric patients like there are in adults. — Isabel Hageman, PAPS -Perioperative Opioid Use In Paediatric Inguinal Hernia Patients- A Systematic Review And Retrospective Audit Of Practice - Isabel Hageman · 0:40
For children under 5 years old, the argument is that a patent processus vaginalis hasn't been there long enough to show whether it will become symptomatic. — Todd Ponsky, Groin Controversies: Update Course 2016 · 3:06
If an incarcerated hernia cannot be reduced laparoscopically, it should be done open, because making holes in the bowel increases the morbidity of the operation unacceptably high. — Michael Rosen, Inguinal Hernia: Adult · 29:53
An inguinal hernia occurs as a result of the failure of the processus vaginalis to fuse. Inguinal hernias are classified as direct, indirect, or femoral. Indirect hernias are the pediatric-type; direct inguinal hernias begin appearing around age 29 in adults. Risk factors in children include male sex, family history, undescended testicle, hydrocele, and connective tissue disorder. Diagnosis requires physical examination, though small hernias can be extremely difficult to feel on exam. Femoral hernias are very rare in children and more common in females.
Three primary repair approaches exist for inguinal hernia: tissue repair, open mesh repair, and laparoscopic mesh repair. Within open repair, surgeons can perform repairs without mesh or with mesh using techniques such as Lichtenstein. Laparoscopic approaches include preperitoneal or extraperitoneal repairs. Literature supports all three approaches for unilateral primary hernias, with approach selection based on patient factors rather than one technique being substantially superior to others.
An inguinal hernia results from failure of the processus vaginalis to fuse. Indirect inguinal hernias, the most common type, occur through this anatomical defect. Risk factors in children include male sex, family history, undescended testicle, hydrocele, and connective tissue disorders. Inguinal hernia repair is the second most common surgery performed by pediatric surgeons. Diagnosis requires physical examination, though small hernias can be extremely difficult to detect clinically.
An inguinal hernia is a defect in the groin region resulting from failure of the processus vaginalis to fuse. Indirect inguinal hernias—the most common type—occur above the inguinal ligament and lateral to the epigastric vessels and represent a congenital anomaly present at birth. Inguinal hernias are very common, particularly in preterm infants, and inguinal hernia repair is the second most common surgery performed by pediatric surgeons. Risk factors include prematurity, male sex, family history, undescended testicle, hydrocele, and connective tissue disorders.
An inguinal hernia occurs when a weakness in the abdominal wall allows tissue to push through into the groin area. In children, inguinal hernias are a congenital condition—present from birth—that happens when a normal passage fails to close properly during development. In adults, a different type of hernia can develop later in life, typically starting around age 29, when changes in the abdominal floor create weakness. Some people are at higher risk because of family history, male sex, or connective tissue disorders. Hernias can sometimes be hard to detect on physical exam, especially smaller ones. Your care team can confirm whether you have one and discuss the best next steps for you.
- Laparoscopic repair has 3× higher ipsilateral recurrence than open repair; low-volume laparoscopic surgeons show 3.3× higher recurrence, while open outcomes are volume-independent.
- Late repair in preterm infants reduces serious adverse events (18% vs 28%) and shortens stay by 3 days, with ~4% interim incarceration risk.
- Contralateral patent processus exists in 30–40% of unilateral hernias, but metachronous hernia risk is only 3–11%; 50% may never herniate.
- Most recurrences after indirect repair are direct hernias. Parietalization and inferior dissection are critical laparoscopic steps; mesh must cover the entire myopectineal orifice.
- Braided non-absorbable suture (10% failure) outperforms prolene (75%) and vicryl (80%) in experimental high-ligation models after suture removal.
An inguinal hernia happens when tissue pushes through a weak spot in the groin area. Doctors have learned that in very premature babies, waiting to repair the hernia until after they leave the NICU may be safer than operating right away—one large study found fewer breathing problems and shorter hospital stays when surgery was delayed, though about 4% of babies did develop a trapped hernia while waiting [e9088-c3, e9088-c4, e9088-c6, e9401-c8, e9401-c9, e10168-c4, e10168-c5]. For older infants and children, hernias can be repaired using either an open incision or laparoscopy (small cameras and instruments). Physicians discussed that laparoscopic repair may have a higher chance of the hernia coming back—more than three times higher in some studies—but it might reduce the need for surgery on the other side later [e11460-c5, e11460-c6, e11527-c5, e11527-c6]. The surgeon's experience matters: doctors who do laparoscopic repairs regularly have much lower recurrence rates than those who only do them occasionally [e11386-c2, e11386-c3, e11554-c4]. Most hernias in children are repaired without mesh, and follow-up visits after uncomplicated repairs rarely change the treatment plan .
