| Alongwith
the runaway success of laparoscopy in adults when
it rapidly became the surgical approach of choice,
pediatric laparoscopy took tentative steps in
the form of laparoscopy by Cortesi et al in 1976,
to localize an impalpable testis. The delay, as
compared to adult laparocopy was due to the non-availability
of smaller laparoscopic instruments suitable for
use in children. The trickle of reports in the
80’s, when its use was restricted to localization
of the testis, was soon followed by a torrent,
when laparoscopy was used for mobilization of
the testis and its subsequent scrotal placement.
Laparoscopy in children,
having traveled the road of innovation and experience,
has come of age. With advances in pediatric anesthesia,
it is a safe and routinely performed surgical
procedure. It is regularly performed in neonates
also where it is of immense value in cases of
inguinal hernia to determine a contralateral patent
processus vaginalis, to help determine presence
of mullerian duct structures in cases of ambiguous
genitalia for gender assignment and in cases of
suspected volvulus with malrotation. It is now
being used for repair of a tracheo-esophageal
fistula and duodenal atresia, pyloromyotomy for
hypertrophic pyloric stenosis, management of ovarian
cysts and diagnosis of biliary atresia. In critically
ill neonates with necrotizing enterocolitis, lack
of specific indications for surgical intervention
is not uncommon and laparoscopy is an excellent
tool in the hands of pediatric surgeons (Table
1).
Table
1: Indications for laparoscopy in neonates
The indications for laparoscopy
in the pediatric age group are continuously expanding.
The spectrum of conditions in which it is routinely
and safely performed are listed in Table 2.
Table
2: Indications for pediatric laparoscopy
| Organ |
|
Disease/Indication |
|
Procedure |
| Stomach |
|
-
Enteral feeding
- Idiopathic pyloric stenosis
- Gastro-esophageal reflux
|
|
-
Gastrostomy
- Ramstedt’s pyloromyotomy
- Fundoplication
|
 |
| Peritoneal
cavity |
|
-
Adhesive intestinal obstruction
- Recurrent pain abdomen
- Blunt injury abdomen
- Intussusception
- Peritoneal dialysis
- Acute abdomen
- Acute appendicitis
- GI bleeding of obscure origin
- Necrotising
enterocolitis
- CSF pseudocyst abdomen
- Pediatric varicocele |
|
-
Adhesiolysis
- Diagnostic laparoscopy
- Diagnostic laparoscopy
- Reduction
- Placement of PD catheters
- Diagnostic laparosopy
- Appendectomy
- Localisation of
bleeding
- Diagnostic laparoscopy
- Decompression of cyst and
placement of shunt catheter
- Laparoscopic Palomo’s
|
 |
| Solid
organs |
|
-
Hodgkin's disease
- Hepatic and hydatid cysts
- Cholelithiasis
- Hematological disorders
and splenic cysts
- Neonatal hyperbilirubinemia
and biliary atresia |
|
-
Liver biopsy & staging
- Excision
- Cholecystectomy
- Splenectomy
- Diagnostic laparoscopy |
 |
Retro-
peritoneum |
|
-
Neuroblastoma
- Dysplastic kidney & ESRD
- Duplicate collecting system
in ectopic ureterocele
- Hydronephrosis
- Vesico-ureteric reflux
|
|
-
Adrenalectomy
- Nephrectomy
- Heminephrectomy
- Anderson Hynes pyeloplasty
- Extra-vesical Lich Gregoir |
 |
| Adnexal
organs |
|
-
Ovarian cysts and tumours
- Torsion of adnexa
- Sexual ambiguity
- Chronic pelvic pain
- Radiotherapy |
|
-
Cystectomy
- Detorsion and proceed
- Ablation of gonads
- Diagnostic laparoscopy
- Transposition of ovary |
 |
| Thoracoscopy |
|
-
Patent ductus arteriosus
- Achalasia cardia
- Esophageal duplication
cyst
- Chylothorax
- Empyema |
|
-
Ligation
- Heller’s myotomy
- Excision
- Ligation of thoracic duct
- Decortication |
 |
In one study in children,
because of laparoscopy 52% of patients were spared
a laparotomy and in 32% the need for operation
was established. Laparoscopy is considered to
be a safe, effective, and economical diagnostic
and therapeutic procedure that deserves wider
application in the pediatric patient.
Undescended
Testis
Laparoscopic orchiopexy in the management of impalpable
testis is the gold standard today. Laparoscopy
allows for easy and accurate localization of an
intra-abdominal testis and alongwith permits it
to be dealt with appropriately. The testis alongwith
the vas deferens and testicular vessels can be
mobilized upto the lower pole of the kidney which
enables a tension free placement in the scrotum.
In case the testis is proximal to the internal
ring, a single or two stage Fowler Stephens procedure
can be carried out. The biggest advantage of laparoscopy
is that in the case of a blind ending vas deferens,
no further dissection is required, thereby obviating
an extensive groin dissection.
Inguinal hernia in children
Laparoscopic herniotomy offers numerous advantages
over open herniotomy, foremost among them being
the ability to deal with a contralateral aymptomatic
patent processus vaginalis without an extra incision
and minimal increase in operation time. It is
also the ideal approach to deal with recurrent
hernias, femoral hernia, congenital hydrocele
and especially irreducible hernias, since after
laparoscopic reduction of the hernia contents,
the intestine can be easily examined for any vascular
compromise.
| |
Herniotomy
Impalpable testis
(testicular units)
Lap assisted 2nd stage Orchiopexy
Appendectomy
Omental Biopsy
Mesenteric LN Biopsy
Rec Pain Abdomen
Lap ass. Hirschsprung’s
Ambiguous genitalia
Pseudocyst abdomen
Ramstedt’s pyloromyotomy |
214
150
11
13
01
04
14
02
09
02
02
|
|
Eventration of Diaphragm
EHBA
Lap assisted Pyeloplasty
Lap Nephrectomy
Lap assisted nephrostomy
Rectopexy
Adhesiolysis for int obstruction
Lap splenectomy
Lap aspiration splenic cyst
Ovarian cyst |
02
02
07
02
01
09
02
01
01
02 |
|
Spectrum of cases performed
at Army Hospital




|