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细胞间识别收藏指正
2.Moreover, the self-oligomerization of CD4 not only promotes the stable binding with MHCⅡ and TCR, but also enhances the specificity and sensitivity of antigen recognition by T-cell.
另外,CD4自身的多聚化不仅促进与MHCⅡ、TCR的相互作用,而且增强T细胞抗原识别的特异性和敏感性。收藏指正
3.(3) To further determine the synergistic effects of LPS, BLP and bacterial DNA on the expression of pattern recognition receptors(PRR) on the cell surface of mouse alveolar macrophages and cellular activation;
第三,进一步观察了细菌LPS、细菌脂蛋白和细菌DNA对肺泡巨噬细胞表面上述模式识别受体表达的影响及其对细胞激活的协同作用;收藏指正
4.Research of Mechanism of Antigen Recognition of γδT Cells-Construction of CDR3δ-chimeric Antibody and Its Antigen Recognition Specificity and Screening and Identification of B Cell Epitopes of SARS Cov Using Synthetic Overlapping Peptide Library
γδT细胞抗原识别机制研究—含γδTCR CDR3δ序列嵌合抗体的构建及其抗原结合特异性和SARS相关冠状病毒B细胞抗原表位的筛选收藏指正
5.Detection of singularities in radar echo cell and target recognition
雷达回波的奇异性检测及目标识别收藏指正
6.The pH/DO on-line measurements based ANNPR-CTRL(Artificial Neural Network Pattern Recognition based Control) strategy was particularly effective in the cell growth phase.
在生长期采用基于DO/pH在线测量的人工神经网络状态模式识别控制法(ANNPR-Ctrl)特别有效。收藏指正
7.Conclusion:The highly efficient expression of this protein lays the foundation for the further studies on exploration of the mechanism of immunization recognition between HLA-B*2705 and killer Ig-like receptor of natural killer cell.
结论:HLA-B*2705-β2m-多肽复合物的成功制备及纯化,为进一步研究HLA-B*2705与NK细胞Ig样受体(killer Ig-like receptor,KIR)之间的相互作用奠定了基础。收藏指正
8.Recognizing cell is a studying focus in the field of image process and pattern recognition, with a very broad application prospect.
细胞识别是图像处理和模式识别领域的一个研究热点,有着十分广泛的应用前景。收藏指正
9.An Application of BP Neural Network for Cancer Cell Pattern Recognition Based on the Optical-Electrical Hybrid Power Spectrum Analysis System
基于光电混合功率谱分析的BP神经网络分类器在癌细胞筛选中的应用收藏指正
10.To study the effects of supernatant derived from acute myeloid leukemia (AML) cell lines on proliferation and apoptosis of CD4~+ and CD8~+ T cell subsets and to investigate the mechanism by which AML escapes from immune recognition, lymphocytes were labeled with CFSE and were stimulated with anti-CD3 and anti-CD28 in presence or absence of supernatants from three AML cell lines (HL-60, NB4, U937).
为了研究不同的急性髓细胞性白血病(AML)细胞株培养上清对CD4+和CD8+T细胞增殖以及凋亡的影响,探讨AML的免疫抑制的形成机制,将3种AML细胞株(HL-60、NB4和U937)培养上清和普通培养液按不同比例混合,用于培养CFSE染色的淋巴细胞。收藏指正
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