| 1. | These suggested that no plays a part role in the action of k562 cell lines supernatant to pbmc
说明no在肿瘤对pbmc的作用中起到一定的作用。 |
| 2. | 4 , the role of no was investigated using no inhibitor ( l - name ) and no donor ( snp )
利用no合酶抑制剂l - name和no供体snp ，研究no在k562上清对pbmc的作用中所发挥的作用。 |
| 3. | The high concentration of no production induced by k562 cell lines supernatant may only play the role of induction of pbmc necrosis
在k562上清对pbmc作用中，产生的高浓度no所起的作用也许仅仅是诱导了pbmc的坏死。 |
| 4. | We used pbmc - derived dc loaded with apoptotic daudi cells , which were irradiated by 60co y after incubation with agonist cd40mab ( 5cl 1 , 5 ? g / ml ) for 24h
树突状细胞( dc )是体内功能最强的专职抗原递呈细胞，在机体免疫应答中起极其重要的作用。 |
| 5. | The highest temperature of a mock pig reached 40 . 6 . the percentages of cd4 + , cd8 + or cd4 + / cd8 + t cells in peripheral blood mononuclear cells ( pbmc ) were measured
在对外周血淋巴细胞中n4 、 cds及cd4vcds了细胞亚类的动态监测中，实验动物表现出极大的差异。 |
| 6. | The conclusion of this study is that the immunosuppression by k562 cell lines supernatant is through reduction of the pbmc number . in the immunosuppression , no plays a part but significant role
本研究结论是k562上清对免疫的抑制是通过减少免疫细胞而起作用的，其中no起了较大的作用。 |
| 7. | These results indicated low concentration of no is necessary for cell physiological activities , whereas high concentration of no will impare cell physiological activities and even result in cell necrosis
这说明低剂量的no是pbmc细胞生理活动所必须，而高浓度no会损害pbmc细胞甚至导致死亡。 |
| 8. | Pbmc were cultured in complete medium and supplemented with 1000u / ml rhgm - csf and 500u / ml rhil - 4 , modc were collected on day 9 . tumor cells were cultued with 10 % complete medium
肿瘤细胞的培养将mgc803 、 ls174t 、 ec109细胞分别培养于含10胎牛血清青霉素100n分ml ，链霉素100n分ml的rpmi |
| 9. | O . osmm of snp could activate the pbmc , while above 0 . 5 mm of snp could significantly induce pbmc necrosis , nevertheless , the higher concentration of snp could not induce significant change of cytokine production , cell cycle , and ratio of pbmc subsets
0刀smm的swh有活化pbmc的作用，大于0 sinm的snp会大量诱导pbmc的坏死，但对细胞因子、细胞周期、细胞亚群的比例均影响不大。 |
