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Alcohol ferment control in first pol 16°Bx and yeast inoculation quantity 10%, ferment temperature is 28 ℃, first acidity in enzyme untie the natural acidity of persimmon juice take off , ferment 3 days,and then filtrate; the acetic acid ferment select the first alcoholicity of 8v/v ,the inoculation quantity of 14%, ferment temperature is 30 ℃, ferment 5 days had better.

酒精发酵在酶解柿子浆自然酸度下，控制初糖度16°Bx，酵母接种量10%，发酵温度28℃下发酵3天后过滤去渣取上清液进行醋酸发酵。醋酸发酵选择初始酒精度为8v/v，14%接种量，发酵温度30℃，发酵5天为好。

Alcohol ferment control in first pol 16°Bx and yeast inoculation quantity 10%, ferment temperature is 28 ℃, first acidity in enzyme untie the natural acidity of persimmon juice take off , ferment 3 days,and then filtrate; the acetic acid ferment select the first alcoholicity of 8vv ,the inoculation quantity of 14%, ferment temperature is 30 ℃, ferment 5 days had better.

酒精发酵在酶解柿子浆自然酸度下，控制初糖度16°Bx，酵母接种量10%，发酵温度28℃下发酵3天后过滤去渣取上清液进行醋酸发酵。醋酸发酵选择初始酒精度为8vv，14%接种量，发酵温度30℃，发酵5天为好。

Condidiospore germination and appressorium formation were completed 2 days after inoculation, the mycelium grew slowly on the lenticel surface 10 days after inoculation.

接种后10d，菌丝体在皮孔表面缓慢生长。

After 20 days, at the end of fermentation, the cassava residue inoculated has better sensory quality, but the treatments of adding low levels of saccharose have low lactic acid accumulation amounts and high butanoic acid accumulation amounts compared with the treatments of adding high levels of saccharose, the treatment with inoculation and 4% saccharose addition has the highest lactic acid accumulation amount, which is 18.7 g/kg, and the treatment with inoculation and 8% saccharose addition has the lowest butanoic acid accumulation amount, which is 0.141g/kg.

结果显示：在发酵开始时接种处理的乳酸菌数为5×108 cfu/g，而对照处理没有检测到；发酵结束后，接种的3个糖水平处理的外观发酵品质比未接种处理好，但糖浓度低时丁酸积累较多，乳酸积累少，接种并添加4%蔗糖的处理乳酸积累量最高，发酵物中乳酸积累达18.7 g/kg，接种并添加8%蔗糖的处理丁酸积累最少，仅为0.141 g/kg。

Six days after inoculation, the cucumber root tip was slightly swollen and symmetrical root-knots were observed at the meristematic and elongation zones. Giant cells were differentiated by previous cambium cells in the center of the root; 10days after inoculation, symmetrical and secondary root-knots were observed at the root hair and upper zones. Vessels were separated by giant cells, around which protoxylem vessels were observed; l6days after inoculation, hypo-vascular tissue appeared earlier than normal; 20-30 days after inoculation, the vertical arrangement of vessels was disordered, shape was distorted and a new vascular tissue appeared in the cortex.

结果显示：接种后6 d的根尖分生区、伸长区出现膨大、对称的根结，根中心的原形成层细胞分化出巨型细胞；10 d在根毛区及以上部位出现既有对称又有偏于一侧的根结，周围有原生木质部导管出现，根结中巨型细胞阻断了导管；16 d次生维管组织提早出现；20~30 d导管纵向排列无序，形状扭曲，皮层中有新维管组织产生。

Vent were studied in this experiment based on scanner-based image analysis. The results showed that drought and AM inoculation had a large, significant effect on plant development. Biomass, total length, surface area, volume, number of root nodes, average diameter and fractal dimension of root system in Broussonetia papyrifera Vent decreased with the reduction of soil moisture, while they were increased by AM inoculation. Special root length in non-AM plants increased when soil moisture was reducing, but it was decreased by AM inoculation.

结果表明，土壤水分状况和接种菌根真菌对构树幼苗生物量积累产生了显著的影响；构树幼苗根系干重、总长度、表面积、体积、根节数目、根系平均直径和分形维数表现出随着土壤含水量的降低而降低，接种G.mosseae则使得该参数比同等水分条件下显著升高；未接种植株比根长SRL表现为随着土壤含水量的降低而升高，接种G.mosseae则降低了同等水分条件下构树幼苗的比根长；土壤水分和接种G.mosseae同样也对根节平均长度产生了影响。

Factors involved in the expression of IFN -αwere studied. These included multiplicity of infection, cell inoculation concertration and cell growth phase. The results show that lower mulitiplicity of infection (M01.4PFU/cell) is beneficial to IFN-α production.The optimal cell inoculation concentration was 〓 cells/flask. The high efficient replication of BmNPV-IFN-α and expression were also due to the proper inoculation time of BmNPV-IFN-α, which was at 48-60 house after cell passage.

研究结果表明，重组病毒感染复数的改变对α-干扰素的产量的影响是时限性的，在一定低感染复数时（Mo1.4PFU），α-干扰素的产量较高；对于重组病毒的复制，最适的细胞接种密度为3.6～7.0×〓细胞/瓶；在细胞指数生长前期（48～60小时）接种重组病毒，对于获得较高的重组病毒效价和α-干扰素的产量都是有利的。

Study on disease resistance assessment of corn ear rot by F.moniliforme showed that the method of injection spore suspension into corn ear was the best inoculation method.This method is to be close to the natural condition, and the disease occures very sufficiently.The best inoculation time is milk stage.In this period, the disease occures very sufficiently and the data are statisticed very easily.The best inoculation concentration of spore suspension was 1×10~6 spores/mL,and the inoculation volume was 3mL/ear.

通过对串珠镰刀菌性穗腐病抗病性鉴定，结果表明：玉米穗腐病的接种方法以向苞叶内注射病菌孢子悬液的效果为好，这种接种方法接近自然，发病又比较充分；接种时期以乳熟期接种为最好，在这个时期接种，发病充分，易于数据统计分析；接种浓度以1×10~6个孢子／mL的孢子悬液为好；接种量为3mL孢子悬液／果穗。

In the test of fertility of composting products had showed that inoculation have more yields and higer quality of mealie, rape than without inoculation and inoculation have more of flower have more view and admire than without inoculation.

同时接种比不接种VT菌堆肥花卉观赏性强。

Information from you, it is estimated that before the inoculation of the inactivated JE vaccine, in fact, the effect is not very good, but also to needle times more coverage, or the proposed live attenuated vaccine inoculation, this can only inoculation needle 3, as you are one of the previous year needles JE vaccination has no effect, have been inactivated vaccine is based on the need for immunization against 2-pin, 7-10 days interval, two-needle time for too long, it is proposed to re-vaccination!

从你提供的信息，估计之前接种的是灭活的乙脑疫苗，其实效果不是很好，而且要接种针次比较多，还是建议接种减毒活疫苗，这样只需接种3针即可，至于你上年接种的一针乙脑，已经没有效果，本来灭活疫苗是基础免疫需要接种2针，间隔7-10天，两针间隔时间太久，建议重新接种！

The absorption and distribution of chromium were studied in ryeusing nutrient culture technique and pot experiment.

采用不同浓度K2CrO4(0，0.4，0.8和1.2 mmol/L)的Hoagland营养液处理黑麦幼苗，测定铬在黑麦体内的亚细胞分布、铬化学形态及不同部位的积累。

By analyzing theory foundation of mathematical morphology in the digital image processing, researching morphology arithmetic of the binary Image, discussing two basic forms for the least structure element: dilation and erosion.

通过分析数学形态学在图像中的理论基础，研究二值图像的形态分析算法，探讨最小结构元素的两种基本形态：膨胀和腐蚀；分析了数学形态学复杂算法的基本原理，把数学形态学的部分并行处理理念引入到家实际应用中。