中华病理学杂志
中華病理學雜誌
중화병이학잡지
Chinese Journal of Pathology
2009年
6期
414-417
,共4页
赵占考%姜忠敏%刘晓智%齐丽莎%秦晓静
趙佔攷%薑忠敏%劉曉智%齊麗莎%秦曉靜
조점고%강충민%류효지%제려사%진효정
神经胶质瘤%蛋白质组学%电泳,凝胶,双向
神經膠質瘤%蛋白質組學%電泳,凝膠,雙嚮
신경효질류%단백질조학%전영,응효,쌍향
Glioma%Proteomics%Electrophoresis,gel,two-dimensional
目的 寻找和鉴定恶性胶质瘤细胞株的蛋白质组差异蛋白表达谱,为以其为基础的相关研究提供必要参考.方法 提取3个恶性胶质瘤细胞株CHG-5、TJ899和TJ905的总蛋白,等比例混匀后行双向电泳,正常胶质细胞为平行对照,筛选和鉴定差异蛋白质点,并就其中部分蛋白质进行免疫细胞化学和实体瘤免疫组织化学验证.结果 共筛选出13个差异蛋白质点,其中10个得到成功鉴定,它们主要分属于细胞骨架蛋白、代谢相关蛋白、肿瘤细胞迁移,以及应激与炎性反应相关蛋白;免疫细胞化学和实体瘤免疫组织化学检测结果与蛋白质组技术结果相一致.结论 恶性胶质瘤细胞株与正常胶质细胞比较具有明显的多个差异蛋白表达,它们可能共同参与脑胶质细胞的瘤变过程.
目的 尋找和鑒定噁性膠質瘤細胞株的蛋白質組差異蛋白錶達譜,為以其為基礎的相關研究提供必要參攷.方法 提取3箇噁性膠質瘤細胞株CHG-5、TJ899和TJ905的總蛋白,等比例混勻後行雙嚮電泳,正常膠質細胞為平行對照,篩選和鑒定差異蛋白質點,併就其中部分蛋白質進行免疫細胞化學和實體瘤免疫組織化學驗證.結果 共篩選齣13箇差異蛋白質點,其中10箇得到成功鑒定,它們主要分屬于細胞骨架蛋白、代謝相關蛋白、腫瘤細胞遷移,以及應激與炎性反應相關蛋白;免疫細胞化學和實體瘤免疫組織化學檢測結果與蛋白質組技術結果相一緻.結論 噁性膠質瘤細胞株與正常膠質細胞比較具有明顯的多箇差異蛋白錶達,它們可能共同參與腦膠質細胞的瘤變過程.
목적 심조화감정악성효질류세포주적단백질조차이단백표체보,위이기위기출적상관연구제공필요삼고.방법 제취3개악성효질류세포주CHG-5、TJ899화TJ905적총단백,등비례혼균후행쌍향전영,정상효질세포위평행대조,사선화감정차이단백질점,병취기중부분단백질진행면역세포화학화실체류면역조직화학험증.결과 공사선출13개차이단백질점,기중10개득도성공감정,타문주요분속우세포골가단백、대사상관단백、종류세포천이,이급응격여염성반응상관단백;면역세포화학화실체류면역조직화학검측결과여단백질조기술결과상일치.결론 악성효질류세포주여정상효질세포비교구유명현적다개차이단백표체,타문가능공동삼여뇌효질세포적류변과정.
Objective To establish differential proteomics profiles of glioblastoma cell lines from Chinese, and to provide reference for future basic studies.Methods Total protein was extracted from 3 glioblastoma cell lines, CHG-5, TJ899 and TJ905.After normalization, the total protein was presented by two-dimensional (2D) electrophoresis, scanned and analyzed.Some of the identified protein spots were verified by immunocytochemistry of cell lines and immunohistochemistry of solid tumors.The gila cells were used as the control throughout the study.Results A total of 13 differential protein spots were selected, and eventually 10 were identified as unique proteins.These 10 proteins were involved in cytoskeleton forming, cellular metabolism, tumor migration, stress and inflammatory reaction.Immunocytochemistry and immunohistochemistry further confirmed these proteins present in the solid tumors.Conclusion Distinct differential proteomics profiles exist in glioblastoma cell lines and normal glia cells, likely related to the transformation of normal glia to glioma.