促进吸收的

Balance alimentation, accelerate root growth and improve lawn quality.

本品是依据草坪营养学的最新研究成果和独特的缓释配方而研发的全量维他命产品，其蕴含丰富的微量元素天然矿物质和叶片吸收因子，能够保障植物酶系统稳定工作和提高酶系统的抗逆性，促进草坪因修剪、践踏、滚压、打孔、划破等受损后恢复活力，平衡营养和提高营养吸收效率，促进根茎生长、显著提高草坪抗逆能力和改善草坪质量。

Adding N, P could improve cucumber root activity, increased the absorptionof N, P and Mg, decreased that of K; Adding N improved the contents of Ca,Fe, Mn and Zn in leaves, and adding P accelerated absorption of cucumberroot to Fe. Adding K decreased the contents of N, P in leaves, but increased K,Fe content, contents of Ca, Mn and Zn decreased at the same time.4. Adding the rates and ratio of N, P, and K increased the activity of SOD incucumber leaves and root. The changes of POD activity were complex, maybeP played the more important role.

增加氮、磷的用量和配比有利于增强黄瓜的根系活力，促进黄瓜对氮、磷的吸收，减少对钾素的吸收，提高叶片镁含量，增氮提高了叶片中钙、铁、锰和锌的含量；增磷促进了植株对铁的吸收；增钾降低叶片中氮、磷含量，增加植株对钾的吸收，提高了叶片中铁的含量，但钙、锰和锌的含量降低。4。

The inhibitive effect of 1, 2-benzenedicarboxylic acid on the absorption of N, P and K increased with its concentration rising. Low concentration of dibutyl phthalate increased the absorption of N, but decreased the absorption of P and K. Its high concentration restrained the absorption of N, P and K, while the low concentration of diphenylamine could stimulate the absorption of N and K, but restrain the absorption of P.

随着邻苯二甲酸浓度的增加，其对番茄幼苗根系吸收N、P、K的抑制作用增强；低浓度的邻苯二甲酸二丁酯可以促进番茄幼苗根系对N的吸收，抑制对P、K的吸收，高浓度时对N、P、K的吸收均起抑制作用；低浓度的二苯胺可以促进番茄幼苗根系对N、K的吸收，抑制对P的吸收。

2Its one of cytology mechanisms of Qiang-gu-bao decoction on preventing and curing diabetes osteoporosis were related with promoting for osteoblastic cell proliferation 、 differentition and mineralization of formation,moreover inhibiting nonenzymic glycation reaction and reducing the formation of AGEs on the early stage, inhibiting the secretion of osseous absorptive cytokine, Consequently, Qiang-gu-bao decoction could inhibited bone resorption and promote for bone formation as well as regulated the bone metabolization.

2强骨宝方直接提取液及糖尿病模型大鼠载药血清均能促进 OB 增殖、分化及矿化成骨作用，并抑制早期糖基化反应，减少 AGEs 的形成，抑制 OB 分泌骨吸收因子，从而达到抑制骨吸收、促进骨形成、调节骨代谢，这可能是强骨宝方防治糖尿病性骨质疏松的细胞学机制之一。

The dispersion of particles are also related to the interactionbetween nanosilver and polymer. Nanosilver dispersed well in PS, while form larger branchedclusters in PMMA, and polymers could prevent nanoparticles from aggregation. The interaction between nanosilver and polymers depends on the properties of polymers and treatment. XPS results indicated that no obvious interaction between nanosilver and PS was foundbefore and after heat treatment; for AS matrix, there exists a interaction between nanosilver and AN,moreover AN on the nanosilver surface could cyclize and lose N after heat treatment at 150℃ for1h; for PMMA matrix, there exists a interaction between nanosilver and O atoms, heat treatment at150℃ for 1h could lead to the reaction between Ag, S and O in the interlayer of composite andchange the interface interaction.

纳米银粒子的加入改变了聚合物体系对激光能量的吸收和转换方式，导致其激光离解方式的变化，通常此种粒子会促进聚合物的炭化，且在界面可能有诱导石墨化的作用；而银粒子自身的离解及其对基体激光离解的作用都受两相的界面相互作用的影响，即与聚合物基体的性质、后处理等有关，热处理后两相界面的变化对PS和AS体系的炭化影响不大，但PS体系中银团簇的最大原子聚集数减小；而对PMMA体系则基本上消除了激光炭化。

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。

The growth of the overground branch leaves was also important. It required ample sunlight and the growth of the overground branch leaves should be flourishing, which could make the root to acquire the adequate organic matter and promote the root to absorb and grow.

地上的枝叶生长也极其重要，它要求有充足的阳光，地上的枝叶要生长繁茂，这样才能使根部得到足够的有机物，促进根部的吸收和生长。

Soya Bean Polypeptide that relies on rapid activities of H+ ion exchange in the gastro intestine dispossesses the intestinal passage, shortening fat's duration of stay in the intestine, particularly blocking the major absorption of cholesterol before speedily excreted. Meanwhile, part of theSoya Polypeptide stimulates squeezing pressure on the bile to boost secretion that breaks down the fat in diminishing the formation of triglyceride in the liver, bringing along the decreased appetite.

大豆多肽—依据H＋离子在胃肠的快速运转，抢占脂肪在胃肠的吸收通路，减少脂肪在胃肠的停留，特别是阻止胆固醇在大肠的重吸收，并使之迅速排除体外，大豆多肽的部分片段可以促进胆囊收缩增加胆汁分泌，促进脂肪分解，减少甘油三酯在肝脏的合成，也有降低食欲的作用。

Result: SC was an effective and safe absorption enhancer. However, the absorption enhancement effects of clove oil, peppermint oil and Maidong saponins were highly correlated with their cytotoxicity.

结果：癸酸钠是既有效又安全的吸收促进剂，而丁香油、薄荷油、麦冬皂苷的吸收促进作用与细胞毒性高度相关。

Should be no problem, as long as your baby to eat good, sleep good, do not usually cry when tried, and tried very law, there would be no problem, but now add the milk of many types of nutrients, your baby is too small , incomplete digestion can not be completely absorbed, you may have to happen, the mother can also point to the baby to feed,"a Health fat" is what we often say that the yeast film, there are powder, and good for feeding a baby, my baby is also small, I am fed on improved several times, this is mainly to promote digestion, and no side effects, can be assured.

应该没有什么问题的，只要宝宝吃的好，睡的好，平时便便时不哭闹，而且便便很有规律，就没有什么问题的，现在的奶粉里添加的营养成分种类太多，宝宝太小，消化功能不完善，不能完全吸收，可能会有这种情况出现(有时有绿色的，还有灰白色的)，妈妈也可以给宝宝喂点&胖得生&也就是我们常说的酵母片，也有粉状的，对于小宝宝好喂食，我家宝宝小的时候也有这种情况，我喂过几次就有所改善了，这个主要是促进消化的，没有什么副作用，可以放心。

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。