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Updated: Sep 14, 2026
Application of Laparoscopic Partial Splenectomy with Total Blood Flow Occlusion in Benign Splenic Lesions
Published on: December 20, 2024
Partial splenectomy in Gaucher's disease
Insights
Partial splenectomy in children with Gaucher
Area of Science:
- Pediatric Surgery
- Gaucher Disease Management
- Reticuloendothelial System Disorders
Background:
- Hypersplenism is a common complication in Gaucher disease.
- Enlarged spleens in Gaucher disease can lead to significant morbidity.
- Preventing postsplenectomy sepsis is crucial in pediatric patients.
Purpose of the Study:
- To evaluate the efficacy and safety of partial splenectomy in children with Gaucher disease.
- To assess the impact of partial splenectomy on disease progression and hematologic parameters.
- To determine if partial splenectomy can prevent postsplenectomy sepsis.
Main Methods:
- Retrospective analysis of 11 children undergoing splenectomy for Gaucher disease.
- Comparison of outcomes between partial and total splenectomy.
- Postoperative monitoring for sepsis, disease progression, and hematologic improvement.
Main Results:
- Seven children underwent successful partial splenectomy with an average 12-day hospital stay.
- No postsplenectomy sepsis or increased beta-glucocerebroside accumulation observed in partial splenectomy group.
- Significant improvement in growth and hematologic parameters noted post-partial splenectomy.
- Four children required completion splenectomy or total splenectomy due to complications.
Conclusions:
- Partial splenectomy is a viable and effective treatment for hypersplenism in pediatric Gaucher disease.
- This approach mitigates risks associated with total splenectomy, including sepsis.
- Partial splenectomy offers significant clinical and hematologic benefits, improving patient outcomes.
Abstract:
In 11 children with hypersplenism due to Gaucher's disease, partial splenectomy was planned with the aim to prevent the development of postsplenectomy sepsis and also to slow the advance of the disease in the rest of the reticuloendothelial system by permitting continuing accumulation of the beta-glucocerebroside in the remaining splenic tissue. In seven children, partial splenectomy was performed successfully, the weight of the splenic tissue removed ranging from 400 to 3,680 g. The postoperative course was uneventful and the average duration of hospitalization was 12 days. In subsequent follow-up, isotope scanning demonstrated continuing growth of the splenic remnant and there were no episodes of postsplenectomy sepsis nor evidence of increased accumulation of beta-glucocerebroside in the liver or bones. These children showed a marked improvement in the growth curve and dramatic improvement in the hematologic picture. Of the four remaining children, in two, partial splenectomy was followed by complete removal of the remaining spleen due to necrosis, whereas in two, total splenectomy was performed since the huge spleens were extensively infarcted. Our experience suggests that partial splenectomy is the treatment of choice in the management of young patients with hypersplenism due to Gaucher's disease.
