scholarly journals Radiation Therapy of Malignant Lymphomas with Special Reference to Reticulum Cell Sarcoma

1974 ◽  
Vol 113 (1) ◽  
pp. 17-24
Author(s):  
HISASHI OHTAKE ◽  
TSUNEHIRO NISHIKI ◽  
TOSHIHIKO SUZUKI ◽  
TEIICHI HOSHINO ◽  
YOSHITO MUKOSE ◽  
...  
1965 ◽  
Vol 51 (3) ◽  
pp. 153-177 ◽  
Author(s):  
Alberto Banfi ◽  
Gianni Bonadonna ◽  
Gianluigi Buraggi ◽  
Sergio Chiappa ◽  
Sergio Di Pietro ◽  
...  

The Committee for the Study of Malignant Lymphomas of the National Cancer Institute of Milano in cooperation with the Institute of Radiology, University of Milano presents a new clinical classification for lymphosarcoma and reticulum cell sarcoma as well as the method of treatment adopted in these Institutes. For primary lymph node lesions the staging is identical to that already proposed for Hodgkin's disease. Stage I: disease limited to a single peripheric lymphatic region. Within this stage two groups can he distinguished: a) involvement of one single lymph node or few nodes limited to a small area of the region (unifocal lesions); b) involvement of many nodes spread throughout the region (uniregional lesions). Stage II: disease limited to two contiguous peripheric lymphatic regions, or to few deep nodes (mediastinal, retroperitoneal). Stage III: disease limited to two non contiguous peripheric lymphatic regions, or to many peripheric and/or deep (mediastinal, retroperitoneal) regions, provided the involvement is either above or below the diaphragm. Stage IV: generalized disease with involvement of lymph nodes above and below the diaphragm, or involvement of one or more lymphatic regions with concomitant involvement of visceral organs, bones, marrow, nervous system and skin. For primary pharyngeal lesions the T.N.M. nomenclature has been adopted. T1: unifocal lesion (e.g. nasopharynx, tonsil, uvula); T2: multifocal lesions (e. g. nasopharynx and tonsil, tonsils, tonsil and base of the tongue); T3: unifocal lesion with extension beyond the anatomical confine of the site of origin (e. g. base of the skull, paranasal sinuses, jaw, orbit); T4: multifocal lesions with extension beyond the anatomical confine of the site of origin. N0: no adenopathy; N1: ipsilateral contiguous adenopathy (submental and/or cervical); N2: bilateral contiguous adenopathy; N3: bilateral contiguous and/or supravicular adenopathy (unilateral or bilateral); N4: distant adenopathy. M–-: absence of metastases; M+: presence of metastases (visceral, osseous, nervous, cutaneous). The remaining primary extranodal lesions (visceral, osseous, cutaneous, etc.) are classified as local, regional and diffuse. Systemic symptoms and signs (fatigue, fever, night sweats, more than 10% weight loss, itching, anemia, leukocytosis, lymphocytopenia, high erythrosedimentation rate) must be recorded in each case to evaluate prognosis and proper treatment but are not important for staging the disease. In all stages with primary lymph node lesions endolymphatic radiotherapy with Lipiodol F I131 is indicated (10 ml in each foot with 2–5 mc/ml giving a tissue-dose of 15-20,000 rads). This is considered as radical as well as prophylactic treatment for those lymph nodes adequatelly filled with the contrast medium. In case of non filling or incomplete filling of part of the lymph node chains, treatment will be completed with external radiation therapy. Stage I and II are treated with radical radiation therapy. No prophylactic radiotherapy is given. If systemic symptoms and signs are still present after radiotherapy a course with anticancer drugs will be administered. Radiation therapy is given with high voltage or Co60 units. In radical treatments tumor doses of at least 3,000 rads within 3–4 weeks are administered to all involved lymphatic regions. In stage III radical radiotherapy follows a course of chemotherapy. In stage IV chemotherapy is the treatment of choice. Palliative radiotherapy is given to any bulk of tumors, wherever the location, when specific symptoms can be attributed to the masses. For primary pharyngeal lesions the primary focus (T1, T2, T3, T4) is always treated with radical radiation therapy (Co60 unit) which includes in the whole Waldeyer's ring. Prophylactic radiotherapy (Co60 unit with doses not less than 3,000 rads in 3–4 weeks) is given in N0 to the ipsilateral and in N1 to the contralateral submental and cervical lymphatic regions. In N1 and N2 the lymph node bearing areas are given radical radiation therapy. In N3 are irradiated prophylactically also the contralateral submental, cervical and supraclavicular lymphatic regions if clinically free of disease. Endolymphatic radiotherapy is performed only in T1 T2 T3 T4, N3 N4, M–- or M+ cases; otherwise diagnostic lymphangiography is performed and when pathologic nodes are present or suspected they are irradiated with Co60. Chemotherapy is given after the course of radiotherapy in N2 cases only if radical treatment has not been accomplished, while is always administered in combination with radical radiotherapy in N3 cases, and is considered the treatment of choice with palliative radiation therapy in N4 and M+ cases. The drug of choice is methyl-bis-(β-chloro-ethyl)-amine HCl (HN2) 0.4 mg/kg i.v. (single dose) for those patients who did not receive any previous course of chemotherapy. Otherwise, as well as during the course of the disease and in maintenance therapy, other polyfunctional alkylating agents, but chiefly chlorambucil (0.1–0.2 mg/kg/die, p. o.), vinblastine (0.10–0.15 mg/kg/week, i.v.), alone or every two weeks in combination with small daily doses of chlorambucil (5 mg/die, p. o.), methylhydrazine, hydroxyurea, and corticosteroids will be administered according to each clinical situation. Relapses in oropharynx can be treated with intraarterial infusions of amethopterine, vinblastine and cyclophosphamide. Radical surgery followed by a course of radiotherapy is reserved for primary lymphatic involvement only in specially selected patients in Stage I with unifocal lesions. Primary involvement of stomach, small bowel and colon is treated by surgical extirpation and radiotherapy. Splenectomy, lobectomy or pneumonectomy is indicated when these viscus are the only site of involvement. During pregnancy radiation therapy is not administered below the diaphragm and chemotherapy is not given during the first 4 months. The need for one internationally accepted clinical classification for lymphosarcoma and reticulum cell sarcoma is stressed.


1989 ◽  
Vol 199 (2-3) ◽  
pp. 111-115
Author(s):  
Yumi Ohishi ◽  
Shigeru Sugai ◽  
Toshihiko Kohno ◽  
Hajime Inomata ◽  
Masashi Fukui ◽  
...  

Blood ◽  
1955 ◽  
Vol 10 (8) ◽  
pp. 820-830 ◽  
Author(s):  
JACQUELINE D. PETTET ◽  
GERTRUDE L. PEASE ◽  
TALBERT COOPER

Abstract Examination of serial paraffin sections of bone-marrow aspirations has increased the known incidence of marrow involvement in malignant lymphomas. The results of this study can be seen in the table. In the 72 cases reviewed here, lesions compatible with malignant lymphoma were seen in paraffin sections in 22 cases. In 12 cases this was the only material available for diagnosis at the time. In an additional seven cases paraffin sections were considered suggestive of malignant lymphoma and in five of these a diagnosis could be made on the basis of examination of both smear and paraffin section. This procedure is particularly helpful in Hodgkin’s disease and reticulum cell sarcoma, where marrow smears are only rarely diagnostic. In general, the patients in whom lesions were found in the bone marrow tended to have more advanced disease than those in whom lesions were not found, and abnormalities in the peripheral blood were more common. This was especially true of patients with Hodgkin’s disease, less so in those with reticulum cell sarcoma. Patients with lymphosarcoma, lymphocytic type, did not show this difference, either in the extent of the disease or in findings on examination of peripheral blood. Diagnosis was most difficult in patients who had lymphocytic lymphosarcoma, since it was occasionally difficult to distinguish between the benign aggregations of lymphocytes which are not infrequently found in a large number of unrelated conditions and those aggregations which represented malignancy. Differentiation was made on the basis of number of aggregations, degree of circumscription, presence or absence of reaction centers and the cytologic appearance of the cells. Examination of the smears of the marrow is most helpful in these cases. Seven patients in this series (9.7 per cent) had granulomatous lesions in the marrow. In five of these the final diagnosis was Hodgkin’s disease, in one reticulum cell sarcoma and in one follicular lymphoma. Although these lesions were not specific, the incidence is high enough to make the finding of a granuloma of some significance in any patient suspected of having malignant lymphoma. The importance of thorough examination of any material obtained in an apparent dry tap and the value of repeated marrow-examinations is emphasized by three cases in this series. Since in many cases diagnostic lesions are found in only one portion of the material, examination of only one section of the paraffin sections of aspirated bone marrow is not sufficient for proper evaluation. This fact is emphasized by the greater incidence of positive findings in this report than in that of Cooper and Watkins. Studies of bone marrow should be particularly helpful in instances in which the diagnosis of malignant lymphoma is suggested by clinical features but cannot be proved by biopsy of peripheral nodes or other readily accessible tissue.


1966 ◽  
Vol 52 (2) ◽  
pp. 145-150
Author(s):  
Umberto Veronesi ◽  
Natale Cascinelli ◽  
Ferdinando Preda

A case of primary Hodgkin's disease of the thyroid gland in a woman 25 years old is described. The patient died 5 years later for generalization of the disease. Moreover in the last year she developed a reticulum cell sarcoma of the breast. In the rare cases of Hodgkin's disease of the thyroid a total thyroidectomy with postoperative radiation therapy of the contiguous regions with doses not less than 3000 r should be indicated.


1971 ◽  
Vol 57 (6) ◽  
pp. 425-440 ◽  
Author(s):  
Umberto Veronesi ◽  
Gianni Bonadonna ◽  
Renato Musumeci ◽  
Federico Pizzetti ◽  
Leandro Gennari ◽  
...  

From September 1970 to November 1971 83 unselected patients with malignant lymphomas (48 with Hodgkin's disease, 12 with lymphosarcoma and 23 with reticulum cell sarcoma) underwent diagnostic laparotomy with splenectomy and liver, retroperitoneal and mesenteric node biopsies. 19/83 cases (mostly referred from other hospitals) had received either local radiotherapy or a course of chemotherapy. In 79/83 with stages I, II and III the laparotomy was carried out to better define the extent of involvement below the diaphragm before therapy. In 4 patients with stage IV reticulum cell sarcoma (gastrointestinal involvement) laparotomy was indicated either because of bleeding (3) or because of bowel obstruction (1). Before sugery patients underwent accurate clinical, hematological, biochemical and radiological evaluation including scintiscan of liver as well as hepatic biopsy with Menghini's needle (table 1). After laparotomy patients were stages according to Rye's classification. The spleen was not removed in 3 cases because of technical difficulties. The overall incidence of splenic involvement (table 2) was found to be almost identical in Hodgkin's disease (29.5 %) and in lymphoreticular sarcomas (28.5%). The spleen was histologically positive in a high percent age of both groups of cases with disease above and below the diaphragm, as well as with lymphocyte depletion (7/14) and with systemic symptoms (78 %) in Hodgkin's disease (table 3). The mean weight of the involved spleen was 346 g (95–1050), that of the uninvolved spleen was 189 g (75–500). The overall incidence of histologic involvement of liver was (18.4%), 6.2% in Hodgkin's disease and 17.4 % in the group of lymphoreticular sarcomas (table 4). There were no patients with liver involvement without concomitant spleen involvement. When the patients with positive lymphangiograms and/or palpable spleen (1–3 cm below the costal margin) are excluded, diagnostic laparotomy detected occult intra-abdominal lesions in 13/48 (27 %) cases with Hodgkin's disease and, respectively, 5/35 (14.3 %) cases with lymphoreticular sarcomas (table 5). The overall incidence of occult lesions was 21.8%. Histology correlated with lymphography in 64/83 (77%) cases (table 6). In 3/4 patients with negative lymphography histologically abnormal nodes were found above LII. In 8/10 patients with positive lymphography and negative histology (5 sampled in lymphographically non suspicious area and 3 around the celiac axis) the post-laparotomy films confirmed the persistence of abnormal nodes. This was indirectly proved by an almost immediate progression in the para aortic lymph nodes in 1 case and by a marked regression in 7 cases after chemotherapy and/or radiotherapy. Since laparotomy is not infallible in removing abnormal nodes one should rely on lymphographic findings in case of discrepancy to plan the appropriate therapy. Complications secondary to laparotomy were minimal and transient. The indications and advantages of this new useful procedure in all types of malignant lymphomas are discussed (table 7).


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