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Brain metastases of melanoma mechanisms of attack on their defence system by engineered stem cells in the microenvironment
作者姓名:Dimitrov BD  Atanassova PA  Rachkova MI
作者单位:[1]BORDAN1, Alzano Lombardo, Bergamo 24022, Italy [2]Department of Neurology, Medical University, Plovdiv 4000, Bulgaria [3]ASSON-93 Research Co., Chicago, IL 60056, USA
摘    要:This report gives a better emphasis on the role of targeted effectors (e.g. a combination of 5-FC with CD-NSPCs as compared to the application of NSPCs alone) and how such delivery of pro-drug activating enzymes and other tumor-killing substances may overcome melanocytic defence system, interact with and promote the host defence and immune response modulations not only in melanoma but, potentially, in other highly-metastatic cancers.

关 键 词:黑色素瘤  脑转移  神经系统  干细胞  胞核嘧啶脱氨基酶
收稿时间:2 August 2007
修稿时间:2007-08-022007-08-10

Brain metastases of melanoma—mechanisms of attack on their defence system by engineered stem cells in the microenvironment
Dimitrov BD,Atanassova PA,Rachkova MI.Brain metastases of melanoma mechanisms of attack on their defence system by engineered stem cells in the microenvironment[J].Journal of Zhejiang University Science,2007,8(9):609-611.
Authors:Dimitrov Borislav D  Atanassova Penka A  Rachkova Mariana I
Institution:(1) Alzano Lombardo, BORDANI, Bergamo, 24022, Italy;(2) Department of Neurology, Medical University, Plovdiv, 4000, Bulgaria;(3) ASSON-93 Research Co., Chicago, IL 60056, USA
Abstract:This report gives a better emphasis on the role of targeted effectors (e.g. a combination of 5-FC with CD-NSPCs as compared to the application of NSPCs alone) and how such delivery of pro-drug activating enzymes and other tumor-killing substances may overcome melanocytic defence system, interact with and promote the host defence and immune response modulations not only in melanoma but, potentially, in other highly-metastatic cancers.
Keywords:Melanoma  Brain metastases  Neural stem/progenitor cells (NSPCs)  Cytosine deaminase
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