1.Tumor flare reaction in a patient with mantle cell lymphoma.
Yusuf KAYAR ; Nuket BAYRAM KAYAR
Blood Research 2014;49(4):279-280
No abstract available.
Humans
;
Lymphoma, Mantle-Cell*
2.Mantle cell lymphoma: a model for risk-adapted treatment approach.
Blood Research 2014;49(1):1-2
No abstract available.
Lymphoma, Mantle-Cell*
3.Mantle Cell Lymphoma Involving Gastrointestinal Tract
The Korean Journal of Gastroenterology 2018;71(2):103-106
No abstract available.
Gastrointestinal Tract
;
Lymphoma, Mantle-Cell
4.Low-grade follicular lymphoma involvement of the bone marrow with a mixed paratrabecular, diffuse, and massive pattern expressing typical mantle cell lymphoma immunophenotype CD23−/FMC7+: a case report.
Jaewook KIM ; Ji Hun LIM ; Joseph JEONG ; Seon Ho LEE ; Jae Cheol JO ; Sang Hyuk PARK
Blood Research 2018;53(3):261-263
No abstract available.
Bone Marrow*
;
Lymphoma, Follicular*
;
Lymphoma, Mantle-Cell*
7.Clinical features and treatment analysis of mantle cell lymphoma.
Na WEI ; Jing SHEN ; Jingshi WANG ; Dayong HUANG ; Li FU ; Lin WU ; Hua CUI ; Lingzhi YANG ; Zhao WANG
Chinese Journal of Oncology 2015;37(11):873-874
8.Image analytic study of nuclear area in mantle cell lymphoma.
Taehwa BAEK ; Jooryung HUH ; Hyoungjong KWAK ; Meeja PARK ; Hyekyung LEE
Korean Journal of Hematology 2010;45(3):193-196
BACKGROUND: Malignant lymphomas are classified on the basis of morphology, immunohistochemistry, and genetic and molecular biological features. Morphology is considered the most important and basic feature. Lymphomas can be classified as small, medium, or large depending on the cell size, but this criterion tends to be rather subjective. The aim of this study was to investigate the usefulness of an objective approach based on quantitative measurements. METHODS: Twenty specimens of mantle cell lymphoma and 2 specimens of the tonsil were examined. The nuclear area of 6,401 tumor cells of mantle cell lymphoma and 743 normal mantle cells of reactive tonsils were measured by 3 authors by using a user-controlled image-analyzer. The images of the nuclei were outlined using the spline method and the i-solution software, and the data were assessed using ANOVA and Student's t-test. RESULTS: The mean nuclear areas of mantle cell lymphoma cells measured by the 3 authors were 37.9 [7.9] microm2, 37.9 [7.2] microm2, and 38.2 [7.7] microm2 and those of normal mantle cells in reactive tonsil were 28.6 [2.3] microm2, 28.8 [2.0] microm2, and 27.0 [3.0] microm2. There was no statistical difference between the 3 observations of mantle cell lymphoma (P=0.580) and normal tonsils. CONCLUSION: For morphology, nuclear area is considered an important feature in the classification schemes of lymphoma. We showed that nuclear area measurement by using image analyzer can be used as an objective quantitative method. We think that nuclear morphometry may play a significant role in the diagnosis of lymphoma.
Cell Size
;
Immunohistochemistry
;
Lymphoma
;
Lymphoma, Mantle-Cell
;
Palatine Tonsil
9.A Case of Mantle Cell Lymphoma of Small Bowel Presenting Recurrent Lower Gastrointestinal Bleeding.
Seung Su HA ; Seong Woo JEON ; Jae Hyun CHO ; Won Young TAK ; Young Oh KWEON ; Sung Kook KIM ; Yong Hwan CHOI ; Joon Mo CHUNG ; Chang Min CHO ; Han Ik BAE
Korean Journal of Gastrointestinal Endoscopy 2000;20(4):294-298
Lower gastrointestinal bleeding is difficult to localize despite advanced diagnostic procedures such as colonoscopy, small bowel series, mesenteric angiography and radionuclide scan. We had experienced a case of mantle cell lymphoma of small bowel. In this case, the cause of recurrent lower gastrointestinal bleeding and abdominal pain was not defined despite extensive preoperative evaluation. We diagnosed this case as mantle cell lymphoma after exploratory laparotomy.
Abdominal Pain
;
Angiography
;
Colonoscopy
;
Hemorrhage*
;
Laparotomy
;
Lymphoma
;
Lymphoma, Mantle-Cell*
Result Analysis
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