Murphy Stage Research Articles

Childhood Non-Hodgkinʼs Lymphoma in the Five Nordic Countries

The comparable health-care organizations and common Cancer Registry for childhood malignancies in the five Nordic countries offered an opportunity to conduct an epidemiological study on a reasonable number of childhood non-Hodgkin's lymphoma (NHL) cases collected in a population-based manner. All childhood cases (0-14.9 years at diagnosis) reported during the 5-year period of 1985-1989 to the Nordic Society of Pediatric Hematology and Oncology (NOPHO) Cancer Registry for childhood malignancies were reviewed and analyzed according to age, Murphy's stage, gender, site, and survival. The annual incidence of NHL is 0.7 per 100,000 children in the five Nordic countries, constituting 5% of all childhood malignancies. Age distribution was even; the male/female ratio was 3:1. Age and stage were shown by Cox regression analysis to be independent prognostic factors. Older age and lower stage affected outcome favorably. The stage and site distribution was similar to previous reports. Survival data were in accordance with those expected with modern treatment protocols. The incidence and relative frequency of NHL in childhood in the five Nordic countries is in agreement with previously reported data, but the even distribution of cases throughout childhood is a new finding. Older age at onset and stage of disease affect outcome favorably, whereas male gender contrary to acute lymphoblastic leukemia was not found to affect outcome.

Effective multi‐agent chemotherapy for advanced abdominal lymphoma and FAB L3 leukemia of childhood

Between June 1981 and May 1988, 51 children with diffuse undifferentiated, advanced (Murphy Stage III and IV) intra-abdominal non-Hodgkin's lymphoma were treated on an intensive multi-drug chemotherapy protocol without irradiation to the primary tumour. Therapy was completed for Stage III disease at one year, but Stage IV patients continued with a further year of therapy until January 1986, when it was reduced to one year. Central nervous system (CNS) prophylaxis consisted of eight doses of intrathecal MTX for all children, and 24 Gy cranial irradiation for Stage IV patients only. There were 42 patients with Stage III disease (III A n = 29 and III B n = 13) and nine patients with Stage IV disease, of whom eight had extensive bone marrow and extramedullary disease (FAB L3 ALL). No patient had CNS disease at presentation. Forty-eight of 51 children (94%) achieved a complete remission. Two children died during remission induction therapy and eleven children relapsed, mostly within eight months of diagnosis. All patients have completed therapy. Failure free survival is 76% for Stage III and 67% for Stage IV patients, with a median followup of 90 and 64 months, respectively. Subdividing Stage III patients into Stage III A and III B did not show significantly different survival (P = 0.9), but the number of patients in Stage III B is small. These results compare favourably with the most effective published protocols, and toxicity has been manageable.

The role of surgery in abdominal Burkitt's lymphoma

The abdomen is the most frequent site of involvement in nonendemic Burkitt's lymphoma (small noncleaved cell). Some authors have proposed a role for extensive surgical resection or “second look” laparotomy in these patients. We retrospectively reviewed our series of 53 patients with Burkitt's lymphoma (1977 to 1990) to assess the role of surgery in their treatment. Patients were 2.5 to 21 years of age (median, 9.5 years) and 44 were males. The primary site of disease was the abdomen (38), head and neck (12), axilla (1), and bone marrow (2). Twenty-four of the 38 patients with abdominal primaries underwent laparotomy. Twelve of these patients presented with acute abdominal symptoms (right lower quadrant pain or intestinal obstruction) and at exploration underwent resection of the primary tumor. Ten of these 12 patients achieved grossly complete excision of tumor (9 had disease limited to the ileocecal area and adjacent mesentery and one had exophytic tumor adherent to the liver, which was excised). Of note, only 1 of these 12 patients had metastatic disease outside of the abdomen. The remaining 12 patients who underwent laparotomy had an incisional biopsy performed. Of the 14 patients who did not have a laparotomy, the diagnosis was made by bone marrow biopsy (6), and/or cytology of pleural fluid or ascites (6), lymph node biopsy (1), testicular biopsy (1), tibial biopsy (1), and percutaneous biopsy (1). Murphy staging for these 38 patients was: stage II (10), stage III (19), stage IV (5), and B cell acute lymphoblastic leukemia (ALL) (4). All patients received cyclophosphamide-containing combination chemotherapy regimens and stage III/IV/B cell ALL patients received central nervous system (CNS) prophylaxis. Between 1977 and 1982, 5 patients with stage II received whole abdominal irradiation. Patient survival without recurrent disease corresponded with stage at presentation: 9 of 10 stage II, 8 of 19 stage III, 1 of 5 stage IV, and 2 of 4 B cell ALL patients (follow-up of survivors: median, 8.3 years; range, 9 months to 11 years). In only 3 patients was a second look procedure performed because of questionable residual local disease. One of those 3 patients had viable tumor and he suffered a CNS relapse shortly after surgery. Only 1 patient in the entire group had an isolated recurrence in the abdomen. All of the other 12 patients who relapsed had tumor involving either CNS (5), bone marrow (3), testes (4), liver (2), and/or thorax (3). Four of these 12 also had local abdominal recurrence. We conclude that exploratory surgery for the purpose of resection of the primary tumor is only justified for patients with limited ileocecal and mesenteric involvement who are likely to present with signs of intestinal obstruction or abdominal pain. These patients have a high likelihood of disease-free survival probably due to limited disease at presentation. Extensive surgical procedures in patients with more advanced abdominal involvement will often result in only partial resections as metastatic disease is frequently present. Persistent or recurrent local abdominal disease following chemotherapy are infrequent events limiting the role for delayed primary or “second look” procedures.

Results of the LMT81 protocol, a modified LSA2L2 protocol with high dose methotrexate, on 84 children with non‐B‐cell (lymphoblastic) lymphoma

From May 1981 to June 1989, 84 children with non-B-cell lymphoma (82 lymphoblastic, 1 T-cell immunoblastic, 1 unclassified diffuse lymphoma) were treated in the pediatric department of the Institut Gustave Roussy according to a protocol called LMT81, which was derived from the LSA2L2 protocol of Wollner and modified by the adjunction of 10 courses of high dose methotrexate to improve the CNS prophylaxis. No planned irradiation was performed except in cases of initial tests (2 patients) or CNS (5 patients) involvement and residual mass (2 patients). Sixty patients had mediastinal involvement; for the others, primaries were in the head and neck (7), nodes (2), (sub)cutaneous (4), bone (7), and elsewhere (2). According to Murphy's staging system, there were 2 stage I, 6 stage II, 33 stage III, and 43 stage IV. Among the stage IV patients, 41 had bone marrow involvement, 24 of them with more than 25% blast cells in bone marrow and 19 with blast cells in blood; 7 had CNS involvement. Three patients did not achieve complete remission, 4 died in remission (two measles, one post-transfusion AIDS, one unexplained definitive aplasia) and 13 relapsed at 2 to 29 months (median-13 months). Among the 77 patients without initial CNS involvement, there was only one isolated CNS relapse. With a median follow-up of 57 months (10-106 months), the event-free survival is 75% (SE 2.5) for the 84 patients with a plateau at 29 months, 73% (SE 8) for stage I and II patients, 79% (SE 4) for stage III, and 72% (SE 4) for stage IV patients. Survival was similar in each stage group. Reasons for failure of treatment, however, were different, being toxic deaths in stage II; initial therapy resistance, early relapses, and toxic deaths in stage III; and tumor failures in stage IV. In conclusion, this protocol is efficacious on T and non-T, non-B childhood lymphoma with a low incidence of CNS relapse. A future study will seek to diminish toxicity and long-term sequellae while at least maintaining the same cure rate of patients.

Treatment of poor prognosis Burkitt's lymphoma in adults with the Société Française d'Oncologie pd́iatrique LMB protocol—A study of the Federation Nationale des Centres de Lutte Contre le Cancer (FNLCC)

14 adult patients between 16 and 50 years old with small non-cleaved cell lymphoma (Burkitt's lymphoma) were prospectively treated from 1982 to 1990 with the LMB protocols of the Société Française d'Oncologie Pédiatrique (SFOP). No HIV-positive patients were included. All patients had extensive disease with bad prognosis factors, i.e. 10 patients had Murphy stage III and 4 had stage IV with bone marrow involvement. The LMB protocols were characterised by high-dose fractionated cyclophosphamide, high-dose methotrexate (HD-MTX), and cytosine arabinoside. No local or central nervous system irradiation was used. Treatment duration ranged from 5 (LMB 84) to 12 (LMB 81) months. There were no therapy-related deaths. All patients achieved complete remission (CR). 6 patients relapsed between 2 and 30 months following CR. 8 of the 14 patients (57%) are still alive and disease-free after treatment by LMB protocol alone. 2 patients were salvaged with bone marrow transplantation after relapse and a total of 10 out of 14 patients (71%) are disease-free at the time of this report. Our results showed the high curability of advanced Burkitt's lymphoma using a paediatric protocol, even in adult patients. The LMB protocol may be applied to adult patients but requires intensive care during the induction period.

Outcome in stage III non-Hodgkin's lymphoma in children (UKCCSG study NHL 86) – how much treatment is needed?

Forty-four children aged 3-13 years with Murphy stage III B cell non-Hodgkin's lymphoma were treated between May 1986 and December 1989. All have been followed up for at least 12 months. The primary site was the abdomen in 37 children, 24 of whom had involvement of other organs or nodal disease outside the abdomen. Twenty-eight received a standard dose regimen (regimen 1) and 16 had a more intensive regimen (regimen 2--MACHO). Fourteen patients (87%) who received MACHO had extensive multi-organ disease compared to 15 (53%) on regimen 1. Most of the latter had only pleural effusions. Thirty-four children are alive relapse free and considering the early relapse pattern in this disease are probably cured (actuarial event free survival = 76%). There has been one relapse (6%) after MACHO, but three toxic deaths. Six patients (21%) on the less intensive regimen have relapsed. Morbidity was high in terms of infection and need for haematological support and hospitalisation in the one third of children electively given the more intensive regimen. It is concluded that the vast majority of children with stage III disease who have disease limited to lymph nodes are curable with a moderately intensive regimen. Those with multiorgan involvement probably require more intensive treatment. It is therefore of importance to clarify prognostic factors in these patients to determine who can be cured with a less intensive regimen and who requires further dose intensification.

High-Dose Cyclophosphamide-High-Dose Methotrexate with Coordinated Intrathecal Therapy for Advanced Nonlymphoblastic Lymphoma of Childhood

The Pediatric Oncology Group (POG) investigated a high-dose cyclophosphamide (CPM) high-dose methotrexate (MTX) regimen to determine therapeutic efficacy in confirmed advanced nonlymphoblastic non-Hodgkin's lymphoma (NHL) (stages III and IV) and B-cell acute lymphatic leukemia (B-ALL) in children. Another goal was to determine the comparative effectiveness of shortened maintenance treatment (2 versus 6 courses) in the study population. Systemic induction therapy included vincristine, prednisone, cyclophosphamide, and intermediate-dose MTX with leucovorin rescue. Superimposed intrathecal (IT) therapy included cytosine arabinoside for 2 successive days followed on day 3 by MTX. Intrathecal MTX was given 3 times during induction. At the end of induction, 2 days of triple (hydrocortisone, MTX, and cytosine arabinoside) therapy were given intrathecally (TIT). All patients then received a consolidation course of 4 doses of TIT, 2 doses of cyclophosphamide, and 4 more courses of vincristine and MTX with leucovorin rescue. Patients were then randomized to receive either 2 or 6 cycles of vincristine plus MTX with leucovorin rescue. The TIT was given with each cycle. Complete response rates by histology and Murphy stage (1) were as follows: undifferentiated lymphoma (DUL) stage III, 84/105 (80%): stage IV, 5/12 (42%); and other NHL [primarily large cell lymphoma (LCL)] stage III, 21/28 (75%); stage IV, 2/3 (67%). Event-free survival (EFS) at greater than 2 years was similar for patients with DUL and LCL, i.e., 65 and 61%, respectively. No significant difference in outcome was noted between patient groups receiving 2 or 6 maintenance treatments (p = .76). Treatment was notable for its modest toxicity following the early change to single-dose CPM therapy.(ABSTRACT TRUNCATED AT 250 WORDS)

A new treatment protocol for childhood non-Hodgkin's lymphoma: preliminary evaluation.

Between November 1986 and July 1988, 21 consecutively diagnosed children with nonlocalized abdominal lymphoma (Murphy's stage III and IV without CNS disease) were eligible for treatment with a multidrug chemotherapy schedule. The induction phase was the same for all (fractionated cyclophosphamide, intermedian-dose methotrexate [Mtx], vincristine [Vcr], and prednisone). After that the children were randomized to repeat the same scheme or intercalate teniposide (VM26) plus cytarabine (AraC) with the induction-phase scheme. All of them were treated for only 6 months. The protocol approved to be very effective with 85% remission in all the children and 94% survival in patients surviving the induction phase. The toxicity was acceptable, also considering the characteristics of our population (malnourished children). The group VM26 and AraC had few hospital admissions in spite of the small number of children because they received VM26 and AraC as outpatients. The sale purpose of the present study is to report that with a few simple procedures such as hydration, alkalinization, and drug fractionation, the chemotherapy schemes used can bring about a dramatic improvement in short-term survival.

Phase II study of cytarabine and etoposide in children with refractory or relapsed non-Hodgkin's lymphoma: a study of the French Society of Pediatric Oncology.

Twenty-five children or adolescents with relapsed or refractory non-Hodgkin's lymphoma (NHL) were included in this phase II study of the combination of cytarabine (ARA-C) 50 mg/m2/d by 12 hours continuous infusion day 1 to day 5, ARA-C 3 g/m2/d in 3 hours day 1 to day 4, and etoposide (VP 16) 200 mg/m2 daily from day 1 to day 4. Twelve patients had B-cell, 12 T-cell, and one non-T, non-B-cell lymphoma; according to Murphy's staging system, 15 had stage III and nine stage IV disease with bone marrow involvement at diagnosis. All had previously received ARA-C by push or continuous infusion. Two patients had received epipodophyllotoxins. At the time of the study, three children had initial refractory disease, 18 were in first relapse (14 on therapy), two in first refractory relapse, and two in second relapse (on therapy). The overall response rate (RR) was 60%: eight complete responses (CRs), seven partial responses (PRs) (two became CRs after a second course). The RR was 66% (four CRs plus four PRs) in B-cell and 54% (four CRs, three PRs) in non-B-cell NHL. It was 20% (one PR per five patients) in initial or relapsed refractory disease. In four patients with measurable CNS disease, there were three CRs. Duration of response was nonassessable since all the responding patients received high-dose polychemotherapy followed by autologous bone marrow transplantation (ABMT) (five are alive with long follow-up [FU]). Toxicity was marked mostly by pancytopenia for 2 weeks, and half the patients encountered a grade-3 infection. One severe diarrhea was observed. In conclusion, high-dose ARA-C (HD-ARA-C) and VP 16 are an effective regimen in relapsed NHL, especially with CNS disease, and its toxicity is acceptable with regards to the prognosis of the disease.

Bone marrow transplantation for adult poor prognosis lymphoblastic lymphoma in first complete remission

Twenty-five adult patients, 19 males, six females, age 16-43 years (median 23), with lymphoblastic lymphoma received allogeneic or autologous bone marrow transplantation in first complete remission. Twelve patients were Murphy stage IV with bone marrow and/or CNS involvement and 13 were stage III of whom nine had thoracic involvement. Complete remission was achieved with an intensive anthracycline containing multiagent chemotherapy protocol. Twelve patients with an HLA identical sibling received an allogeneic marrow and 13 without a donor received their own marrow harvested a median of 2 months (0-4 months) after complete remission and purged in vitro with either mafosfamide (eight patients) or anti T-cell monoclonal antibodies and complement (three patients). Bone marrow transplantation was performed 1-7 months (median 3 months) after achieving first complete remission. The conditioning regimen consisted of cyclophosphamide or high dose melphalan and total body irradiation. The actuarial 4-year disease-free survival is 68% (+/- 9% SE). The actuarial probability of relapse was 26% (+/- 3% SE) with a median follow up to 22 months. There was no difference between allogeneic and autologous transplantation with eight out of 12 allo patients in first continuous complete remission 26-45 months after transplant and nine out of 13 auto in continuous complete remission 15-75 months after transplant. These results compare favourably with those achieved with the best chemotherapeutic regimen used for such patients.

NON-HODGKIN'S LYMPHOMA IN CHILDREN

A clinical analysis was made on twenty-four children with non-Hodgkin's lymphoma.The patients ranged in age from ten months to 14 years. The male-to-female ratio was 2 : 1. The annual incidence of the patients were increasing. Seven patients had mediastinal masses and five patients presented with abdominal involvement. Four patients had Stage I, two Stage II, eleven Stage III and seven Stage IV, according to Murphy's staging system.The long-term survival rate was only 20% before 1980. After 1980, ten patients had treatment with modified LSA2L2 protocol. The two year survival rate of these ten patients was 71.1%. Three patients are off therapy now.These data suggest a possible advantage for combined modality of treatment.

Results of LSA2-L2 therapy in 26 children with non-Hodgkin's lymphoma.

Twenty-six children with non-Hodgkin's lymphoma (NHL), 17 boys and nine girls, were treated with the LSA2-L2 protocol. Seven children had stage I or II, 16 Stage III and three Stage IV according to Murphy's staging system. Eight children had their primaries in peripheral lymph nodes, eight in the abdomen, six in the mediastinum and four in other sites. All tumors were classified histologically according to four different classifications. Overall disease-free actuarial survival is 53.6%. Complete responders show a disease-free survival of 77.8%. Fourteen children survived for 9-56 months. Included are all seven children with Stage I or II who survive irrespective of histologic type of the tumor. Of the remaining 12 children in Stage III or IV three children died in remission and nine of progressive disease. Eight of these nine patients did not attain complete remission. Whereas four of five children with the convoluted type of NHL survive, four of five patients with the Burkitt's type (small noncleaved follicle center cell lymphomas) died of progressive disease. According to Rappaport's classification, four of six children with diffuse undifferentiated lymphoma (DUL) are dead due to tumour progression. Considering the classification of lymphoblastic lymphomas introduced by Nathwani et al., 23 five of seven children suffering from lymphoblastic lymphomas but only two of eight children with nonlymphoblastic lymphomas belong to the survivors. Therefore histologic findings do hold prognostic significance in our series of children with NHL.