Splenectomy is indicated in several hematological disorders and it can
be particularly challenging in children with sickle cell disease, spl
enomegaly, and recurrent sequestration. Over the last 6 months, we hav
e developed a new technique for laparoscopic splenectomy (LS) for hype
rsplenism and splenomegaly in five children with sickle cell disease.
The average age of our patients was 6 years (range, 2-11), and the ave
rage weight was 18.7 kg (range, 13.2-30.1). On preoperative ultrasound
, spleen size index ranged from 0.42 to 0.76. For the LS, four trochar
s were placed. One patient, who also underwent a laparoscopic cholecys
tectomy, had six trochars placed, two of which were used for both chol
ecystectomy and splenectomy. After laparoscopic mobilization of the sp
leen and hilar vascular stapling, a Steiner electromechanical morcella
tor was inserted through the 12-mm port to extract cores of splenic ti
ssue until complete splenectomy was achieved. No patient required conv
ersion to an open procedure or creation of a larger incision to remove
the massively enlarged spleen. Operative time averaged 190 minutes; t
he combined LS and cholecystectomy took 245 minutes. Postoperative len
gth of stay was <2 days for all patients. There were no complications,
and no patient required postoperative transfusion. Based on these ear
ly findings, we conclude that intracorporeal coring of splenic tissue
allows for safe and complete laparoscopic removal of very large spleen
s in small children. It provides expedient recovery and minimal postop
erative pain and scarring. This new technique should enable surgeons t
o perform LS even in patients with massive splenomegaly, eliminating t
he need for large and cumbersome intracorporeal bags or the creation o
f additional incisions to remove the spleen.