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[小鼠脾脏微环境对T-ALL进展的影响]

[Influence of Mouse Spleen Microenviroment on T-ALL Progression].

作者信息

Shi Ying-Xu, DU Hua, Han Yan-Qiu

机构信息

Affiliated Hospital of Inner Mongolia Medical University, Hohehot 010050, Inner Mogolian Autonomous Region, China.

Inner Mongolian Medical University, Hohehot 010050, Inner Mogolian Autonomous Region, China.

出版信息

Zhongguo Shi Yan Xue Ye Xue Za Zhi. 2016 Feb;24(1):66-71. doi: 10.7534/j.issn.1009-2137.2016.01.013.

Abstract

OBJECTIVE

To investigate the influence of spleen on disease status of mouse T-ALL.

METHODS

The leukemia cells were transplanted into the mice, then the development levels of leukemia cells in different organs of transplanted mice were monitored at different time points after transplantation; the transplanted leukemia cell level in different organs was detected by flow cytometry at different time points after transplantation; the survival of transplanted mice was analyzed by means of splenectomy.

RESULTS

The spleen change displayed most severely in process of T-ALL, the number of T-ALL cells in the spleen obviously increased at initial period. The detection of organs showed that along with the progression of leukemia, spleen weight change was the most significant, following by the lever change. The splenectomy test showed that the spleen played a promotive role in progession of T-ALL, and the spleneetomy could difinitely postpone the progression of T-ALL in mice, there was significant difference between splenectomy and non-splenectomy.

CONCLUSIONS

In early stage after transplantation of T-ALL cells, the spleen has the promotive effect on function of T-ALL cells, which suggests that the spleen may be a important microenvironment for T-ALL cell migrating into body.

摘要

目的

研究脾脏对小鼠T-ALL疾病状态的影响。

方法

将白血病细胞移植到小鼠体内,在移植后不同时间点监测移植小鼠不同器官中白血病细胞的发展水平;在移植后不同时间点通过流式细胞术检测不同器官中移植白血病细胞的水平;通过脾切除术分析移植小鼠的生存情况。

结果

脾脏变化在T-ALL过程中表现最为严重,脾脏中T-ALL细胞数量在初期明显增加。器官检测显示,随着白血病的进展,脾脏重量变化最为显著,其次是肝脏变化。脾切除术试验表明,脾脏在T-ALL进展中起促进作用,脾切除术可明显延缓小鼠T-ALL的进展,脾切除术与未进行脾切除术之间存在显著差异。

结论

在T-ALL细胞移植后的早期阶段,脾脏对T-ALL细胞功能具有促进作用,这表明脾脏可能是T-ALL细胞迁移到体内的重要微环境。

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