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- cell cycle nonspecific agent (CCNSA) 細胞周期非特異性藥物,周期非特異性藥物
- Cell cycle nonspecific 細胞周期非特異性
- cell cycle nonspecific agent 細胞周期非特異性藥物
- Flow Cytometry applyed to analysis cell cycle. 采用流式細胞儀分析細胞周期。
- And cell cycle was arrested of G0/ G1 phase. 并且將細胞周期阻滯于G0/G1期。
- B, Stem( S)/ progenitor( P) cell inersion through the cell cycle. 干細胞/祖細胞(/)化模型.;大量目前的研究對傳統的模型提出了質(zhì)疑。
- The cell cycle of BFF treated by different methods was examined. 探討不同的處理方法和處理時(shí)間對水牛胎兒成纖維細胞周期的影響。
- The cell cycle analysis showed that 90% of MSCs was in G0/G1 phase . 細胞周期顯示有 92%25細胞處于G0 /G1期 ;
- Cyclin-cdk compound is composed of Cyclin and cdk different cell cycle. 多種腫瘤存在著(zhù)Cyclin的異常表達，cdk的激活及其抑制因子的丟失。
- Cell cycle analysis indicated that CUR blocked cells in G2/M phase. 流式細胞儀分析表明姜黃素將hfRPE細胞阻滯在G2/M期。
- Distribution of cell cycle and apoptosis were analysed using flow cytometry. 流式細胞儀分析細胞周期的分布及凋亡；
- Nucleolus is dismissed in prophase and reformed in telephase in cell cycle. 每個(gè)細胞核中核仁的數量從一個(gè)到數個(gè)不等。
- Meanwhile, the cell cycle and proliferative capacity were also determined. 同時(shí)，也對細胞周期和細胞增殖能力進(jìn)行檢驗。
- Cell cycle and apoptosis rate was assessed by flow cytometer measurement. 用流式細胞儀檢測A549細胞在使用吉非替尼后不同時(shí)間間隔的細胞周期和凋亡率的變化。
- Cell cycle of SiHa cells may be arrested by high expression of DCN. DCN高表達對SiHa細胞增殖周期有明顯阻滯作用。
- Cell viability was determined by MTT assay, cell cycle and apoptosis rate were analyzed by flow cytometer. 利用MTT法測定細胞成活率,流式細胞儀測試樣品的細胞周期與凋亡率。
- During the cell cycle, successful accomplishment of G_2/M transition is a pivotal process to carry out proliferation. 在整個(gè)周期進(jìn)程中,細胞順利完成G_2/M期的轉換是實(shí)現細胞增殖的一個(gè)關(guān)鍵步驟。
- Flow cytometry was used to study the effect on cell cycle by AraC alone and in combination with EGCG. 以流式細胞光度儀分析聯(lián)合用藥前后對細胞周期和細胞凋亡的影響。
- TestDNA is a utility that generates FCS histograms of cell cycle data with known component values. 是一個(gè)根據已知成份值生成細胞周期FCS文件的工具軟件。
- Objective: To study the effect of intra arterial infusion chemotherapy on DNA content and cell cycle. 目的:探討介入化療對宮頸癌DNA含量和細胞周期時(shí)相的影響。
