中国医药科学
中國醫藥科學
중국의약과학
CHINA MEDICINE AND PHARMACY
2013年
24期
23-25
,共3页
姚金科%胡才学%吴耿刚%何文广
姚金科%鬍纔學%吳耿剛%何文廣
요금과%호재학%오경강%하문엄
蛋白质组学%非毒性结节性甲状腺肿%蛋白质表达
蛋白質組學%非毒性結節性甲狀腺腫%蛋白質錶達
단백질조학%비독성결절성갑상선종%단백질표체
Proteomics%Nontoxic nodular goiter(NTNG)%Protein expression
目的:比较非毒性结节性甲状腺(NTNG)组织和正常甲状腺组织整体蛋白质表达,以研究非毒性结节性甲状腺组织蛋白质表达差异。方法提取NTNG甲状腺组织和正常甲状腺组织总蛋白,利用双向凝胶电泳技术分离各组总蛋白;经MALDI- TOF / TOF质谱分析,搜索数据库,寻找匹配的相关蛋白质,鉴定蛋白质,获得差异蛋白质的信息。结果经过初步筛选和质谱分析共获得9个具有统计学意义的表达差异蛋白点,其中4个在非毒性结节性甲状腺高表达,5个低表达。结论 NTNG与正常腺体组织间存在多种差异表达的蛋白质,可能通过细胞外基质、细胞因子、受体信号转细胞信号传递等参与NTNG的发生和发展。
目的:比較非毒性結節性甲狀腺(NTNG)組織和正常甲狀腺組織整體蛋白質錶達,以研究非毒性結節性甲狀腺組織蛋白質錶達差異。方法提取NTNG甲狀腺組織和正常甲狀腺組織總蛋白,利用雙嚮凝膠電泳技術分離各組總蛋白;經MALDI- TOF / TOF質譜分析,搜索數據庫,尋找匹配的相關蛋白質,鑒定蛋白質,穫得差異蛋白質的信息。結果經過初步篩選和質譜分析共穫得9箇具有統計學意義的錶達差異蛋白點,其中4箇在非毒性結節性甲狀腺高錶達,5箇低錶達。結論 NTNG與正常腺體組織間存在多種差異錶達的蛋白質,可能通過細胞外基質、細胞因子、受體信號轉細胞信號傳遞等參與NTNG的髮生和髮展。
목적:비교비독성결절성갑상선(NTNG)조직화정상갑상선조직정체단백질표체,이연구비독성결절성갑상선조직단백질표체차이。방법제취NTNG갑상선조직화정상갑상선조직총단백,이용쌍향응효전영기술분리각조총단백;경MALDI- TOF / TOF질보분석,수색수거고,심조필배적상관단백질,감정단백질,획득차이단백질적신식。결과경과초보사선화질보분석공획득9개구유통계학의의적표체차이단백점,기중4개재비독성결절성갑상선고표체,5개저표체。결론 NTNG여정상선체조직간존재다충차이표체적단백질,가능통과세포외기질、세포인자、수체신호전세포신호전체등삼여NTNG적발생화발전。
Objective To analyze the comparison of overall protein expression between nontoxic nodular goiter (NTNG) tissues and normal thyroid tissues, and to explore the difference of protein expression of NTNG. Methods Total proteins of NTNG tissues and normal thyroid tissues were extracted and separated via two-dimensional gel electrophoresis; the proteins were analyzed via MALDI-TOF/TOF mass spectrum, relevant proteins were matched in searching of database and then identified, and finally the information of different proteins were obtained. Results Nine differentially expressed protein spots which were statistically significant were obtained via primary screening and analysis of mass spectrum, four of which showed high expression in NTNG tissues, while five of which showed low expression. Conclusion There are various types of differentially expressed proteins between NTNG and normal thyroid. Extracellular matrix, cytokines, trans-cellular transduction of receptor signals are likely to be involved in the onset and development of NTNG.