Related Experiment Videos
Experience with clinical and operative staging of Hodgkin's disease in children
Insights
Accurate staging of pediatric Hodgkin
Area of Science:
- Pediatric Oncology
- Surgical Staging
- Hodgkin's Disease
Background:
- Accurate staging is crucial for effective Hodgkin's disease treatment in children.
- Traditional staging methods may not always detect subclinical disease spread.
Purpose of the Study:
- To evaluate the impact of surgical staging via celiotomy on treatment decisions for pediatric Hodgkin's disease.
- To assess the safety and efficacy of celiotomy and splenectomy in this population.
Main Methods:
- Retrospective review of 60 children with Hodgkin's disease undergoing staging celiotomy.
- Celiotomy included splenectomy and biopsies of liver, retroperitoneal lymph nodes, and bone.
- Patients were divided into Group I (initial diagnosis) and Group II (suspected relapse).
Main Results:
- Celiotomy altered therapy in 7 of 50 initial diagnosis patients (Group I) due to revised staging (higher or lower stage).
- Two cases in Group I and seven in Group II revealed unsuspected liver or splenic involvement.
- No long-term complications or sepsis were observed post-splenectomy (average follow-up 2 years).
Conclusions:
- Surgical staging with celiotomy significantly impacts treatment plans for pediatric Hodgkin's disease by revealing subclinical disease.
- Celiotomy and splenectomy are safe and well-tolerated procedures in children, with no observed sepsis.
- This approach improves accurate disease assessment and guides appropriate therapeutic interventions.
Abstract:
Accurate staging is critical for the proper treatment of Hodgkin's disease. In the past 5 yr, 60 children with Hodgkin's disease were staged by celiotomy which included splenectomy and biopsy of liver, retroperitoneal lymph nodes, and bone. Fifty children underwent staging celiotomy at initial diagnosis (Group I). Ten others were staged surgically because of suspected reactivation of disease diagnosed and treated before current staging methods were employed (Group II). Forty-one of 50 children in Group I had Stage I or II disease, seven Stage III, and two Stage IV. As a result of operation, therapy was altered in seven children. Three had a higher stag e and four a lower stage than that suspected by clinical evaluation, including two with liver involvement. Of the two patients in Group II, celiotomy revealed unsuspected splenic disease in seven, including one with liver involvement. Celiotomy and splenectomy were well tolerated and no long-term complications have been noted (average follow-up 2 yr). Forty-nine of 50 children in Group I and six of ten in Group II are alive without disease. No cases of sepsis attributable to splenectomy have been observed.