• 目的探讨紫杉醇体外抑制黑色素细胞(A375细胞)增殖诱导凋亡作用机制

    Objective: to investigate the growth-inhibitory and apoptosis-inducing effect of paclitaxel on human melanoma A375 cell and its mechanism in vitro.

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  • PCL抑制某些癌瘤细胞生长测试几种细胞黑色素细胞m 21生长的抑制较为明显。

    PCL had shown the inhibiting effect on growth of several tumor cells. Among the cells tested the effect on human melanoma M21 were shown to be the most strongly inhibited.

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  • 黑色素瘤的3身上采得的肿瘤样本显示纳米粒子找到了进入肿瘤细胞方式

    Tumor samples taken from three people with melanoma showed the nanoparticles found their way inside tumor cells.

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  • 小鼠接种乳腺癌细胞一组则是黑色素瘤。

    One set of mice was implanted with human breast cancer cells, the other with melanoma tumors.

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  • 注射膀胱癌细胞乳腺癌细胞肺癌细胞或者黑色素细胞小鼠,给予PL可以抑制这些肿瘤生长PL对正常小鼠见毒性作用。

    In mice injected with human bladder, breast, lung, or melanoma cancer cells, PL inhibited tumor growth but showed no toxicity in normal mice.

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  • 组织细胞蛋白肿瘤黑色素

    Tissue, Cytoplasmic Protein, Human Tumor, Melanoma.

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  • 目的探讨EGFR信号通路人黑色素A375细胞增殖粘附侵袭影响及其分子机制

    Objective: To study the effect and mechanism of EGFR signaling pathway on proliferation, adhesion and invasion of A375 cells.

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  • 实事上,白癜风专家指出黑色素细胞缺失(脱色)使不再可能黑色素瘤,而黑色素严重一种皮肤癌

    In fact, a vitiligo expert stated that with the total loss of melanocytes (depigmentation), it would be virtually impossible to get melanoma, the most serious form of skin cancer.

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  • 结论证实恶性黑色素a375细胞表达MC 1r蛋白MC1R基因的成功克隆进一步研究提供了必要条件。

    Conclusion MC1R protein was successfully expressed on the membrane of human melanoma cell line A375. It provided a basis for the further study on MC1R.

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  • 测定表皮黑细胞黑色素B16细胞酪氨酸酶活性黑素含量变化观察壬二酸的脱色素作用。

    The influence of azelaic acid on melanin synthesis and tyrosinase activity of human melanocytes and murine B16 melanoma cells were studied.

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  • 目的构建G250真核表达载体建立稳定表达G250的小鼠黑色素细胞

    Objective To construct the human G250 eukaryotic expression vector and establish the stable B16 cell line expressing human G250 in mice.

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  • 目的构建G250真核表达载体建立稳定表达G250的小鼠黑色素细胞

    Objective To construct the human G250 eukaryotic expression vector and establish the stable B16 cell line expressing human G250 in mice.

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