促进

The use of chemical reagents on the grass to deal effectively break their dormancy, in order to clear the wild Pennisetum Eragrostis seeds and seed germination characteristics, determined to promote both the growth of grass seed germination and effective way to wild Pennisetum and Eragrostis large seed production and provide a basis to promote the use of this test, mainly through chemical reagents soaking, combined with a certain degree of mechanical processing, so as to achieve to break the dormancy of seed dormancy and promote germination and growth of its purpose.

利用化学试剂对草种进行处理能有效打破其休眠，为了明确野生狼尾草种子和大画眉草种子的发芽特性，确定促进这两种草种萌发和生长的有效方法，为野生狼尾草和大画眉草的种子生产和推广利用提供依据，本试验主要通过化学试剂浸种，并结合一定的机械处理，从而达到打破休眠种子休眠、促进其萌发和生长的目的。

Total biomass, root morphological index, root activity and the amount of xylem sap excaudate were measured. Results showed that under non-water stress conditions, NH4+-N supply increased the average diameter of rice roots and accumulation of shoot biomass, while NO3--N increased total root absorption area and biomass accumulation in roots.

结果表明，正常水分条件下，NH4+-N促进水稻根系平均直径增大，有利于水稻地上部物质累积；NO3--N则使水稻根系总吸收面积增大，促进根系物质累积；NH4+-N/NO3--N为5/5处理的水稻活跃吸收面积最大，活跃吸收面积比亦最高。

L-FABP gene may be involved in the carcinogenesis of human HCC. Expression of L-FABP is associated with VEGF expression, suggesting that L-FABP promotes the growth of blood vessels by taking up the fatly acids from the bloodstream, and both of them produce a marked effect on energy metabolism in HCC.

L-FABP、VEGF基因以及蛋白质在肝癌组织中表达均显著上调，并且二者具有正相关性、我们推测L-FABP在获取更多的脂肪酸的同时可以促进血管的增生，进而促进了肝癌的发展。

It was effective to use slow/controlled release fertilizer coated and felted by nano-materials to improve wheat yield and quality but the effects were different.

纳米级材料胶结包膜型缓/控释肥料对提高冬小麦的产量和品质有一定的促进作用，但不同肥料促进作用大小不同。

The Solidification temperature range was defined as 110-200℃ by DSC analysis. More accelerant used can increase the casing samples dynamic performance, but more than enough accelerant can induce a severe solidified reaction that result in a smaller polymeric meshwork and reducing the sample's performance. Normally the Accelerant dosage can be 2 portions; The Epoxy resin CFRP has a obvious better performances than the Vinyl-ester Resin CFRP, i.e. had a Bend Strength of 1516MPa, LSS of 85MPa, also Tg raised to 195~C~ When used the end-carboxyl polyether to reinforce the epoxy resin, the casing sample's SS, BS and Crack Elongation all increased geminately. The CFRP performance also increased a little, that is because the performance of the CFRP mainly contributed by the CF. The reinforced resin improved the interface between the CF and resin that contribute to the little increasing.

通过DSC分析确定了该环氧树脂的固化温度范围为110~200℃，促进剂增加会提高浇注体力学性能，但过多的促进剂会使固化反应剧烈，聚合网络减小，使浇注体性能下降，一般用量为2份左右；以环氧树脂为基体的复合材料性能明显比以乙烯基酯树脂的性能提高，弯曲强度达到1516MPa，层间剪切强度达到85MPa，同时Tg也上升到195℃；用端羧基聚醚增韧环氧树脂后，其浇注体的拉伸强度、弯曲强度及断裂伸长都成倍增加，复合材料的性能也有所提高，但提高幅度不大，因为复合材料的力学性能主要由碳纤维承担，树脂增韧后改善了复合材料的界面性能。

The hematolysis rate and biologic immunocompetence of pns-5 were detected with hemolysis test and experiment of splenocyte proliferation respectively.results:the hd50 of pns-5 was bigger than 8 mg/ml and it significantly increased concanavalin a and lipopolysaccharide-stimulated splenocyte proliferation in vitro in a concentration of 0.1 μg/ml.

结果：pns-5溶血性较小，其hd50大于8 mg/ml；pns-5(0.1 μg/ml)显著促进了con a和lps诱导的小鼠脾淋巴细胞增殖反应。结论：pns-5安全性好，能促进细胞和体液免疫。

ConclusionAll results suggested that STF can enrich blood STF and recover the haematogenesis function of hemophthisis mice by increasing the level of IL-3 and regulating the EPO level.

结论鸡血藤总黄酮具有抗贫血作用，其作用机理可能与促进机体分泌IL-3、调节EPO水平，促进红系造血有关。

The mechanism might be elevated the HIF-la in histocyte through which accelerate the expression of EPO level, enhance the body's ability of carrying and transporting oxygen and increase the activity of key enzymes in glycolysis in hypoxia mice, and elevated the ATP level to remission the energy metabolism in hypoxia mice.

马齿苋总黄酮能够提高小鼠抗缺氧能力，机制可能通过提高组织HIF-1α含量，促进EPO表达，增加了血红蛋白的合成和红细胞的数量，增强机体携运氧能力，同时促进了无氧酵解进行，缓解了缺氧小鼠的能量代谢障碍。

The mechanism might be elevated the HIF-la in histocyte through which accelerate the expression of EPO level, enhance the bodys ability of carrying and transporting oxygen and increase the activity of key enzymes in glycolysis in hypoxia mice, and elevated the ATP level to remission the energy metabolism in hypoxia mice.

马齿苋总黄酮能够提高小鼠抗缺氧能力，机制可能通过提高组织HIF-1α含量，促进EPO表达，增加了血红蛋白的合成和红细胞的数量，增强机体携运氧能力，同时促进了无氧酵解进行，缓解了缺氧小鼠的能量代谢障碍。

Chapter One generally demostrates sci-technology hortation system. This chapter tell us the meaning and feature of sci-technology hortation,as well as its influnce on research staff

科技奖励制度的指导思想是：鼓励创新，鼓励攀登科学技术高峰，建立和完善人才培养和使用的激励机制，促进科学研究、技术开发与经济、社会发展密切结合，促进科技成果商品化和产业化，加速科教兴国战略和可持续发展战略的贯彻实施。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。