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Based on 65 days indoor incubation, potential emissions of three greenhouse gases CO2, CH4, and N2O from pot soils which were under Acmera acuminatisima Schima superba and Cryptocarya concinna seedling and caught in acid rain for 42 months were studied.

通过对土壤65d的室内培养，比较研究了种上荷木、肖蒲桃和黄果厚壳桂幼苗并受模拟酸雨淋洗42月的盆栽土壤温室气体CO2、CH4、N2O排放的差异。

Influence of phenanthrene on change processes of culturable microbial populations, and the enzyme activities in submerged paddy soil were studied using traditional incubation method.

本文全面探讨了菲污染对淹水稻田土壤的微生物生态毒性效应并分离到两株菲降解细菌，对其进行了鉴定以及系统发育研究，同时进行了降解特性和降解基因克隆及表达方面的研究，为建立有效的菲污染预警指标体系和菲降解微生物的有效利用提供有益的参考。

On day 3 , 5, 7 of incubation, cells were harvested, and analyzed for PCNA protein level by flow cytometer.

在培养的第3天、5天、7天收集细胞，流式细胞仪检测PCNA表达水平。

In the batch incubation with addition of Asadsorbing ferrihydrite, the presence of arsenicresistant denitrificator caused an increase in concentrations of Fe and Mn, a decrease in concentrations of NO-3 and As, and a high ratio of As to the total As.

在吸附有砷的水铁矿体系中，反硝化菌所产生的反硝化作用可导致溶液中NO-3含量的降低、Fe含量的升高、As含量降低，且As所占比例增加。

During the incubation of purified α-synuclein with fructose or glucose, it was observed that the protein intrinsic fluorescence at 308 nm decreased while the fluorescence of glycated derivant at 447 nm increased.

将纯化后的α-synuclein分别与果糖和葡萄糖孵育，通过内源荧光、非酶糖基化衍生物特征荧光、圆二色光谱以及电子显微镜等技术进行检测发现：α-synuclein 与还原糖共同孵育后，308 nm内源荧光强度明显降低，同时在447 nm产生一个非酶糖基化衍生物特征荧光。

Methods The IL17 cDNA and Thy1.1 fulllength cDNA were subcloned into MIT(MSCVIRESThy1.1) retrovirus vector, and the siRNAIL17, U6 promoter and Thy1.1 fulllength cDNA were also inserted into retrovirus vector of pMNDBANSHEE.The recombined vectors were transfected 293 packaging cells by DNA calcium phosphate coprecipitation. Virus supernatant which infected preactivated spleen cells from NOD/BDC mice was collected. After incubation, the IL17 expression in diabetogenic T cells was detected.

利用基因工程和细胞克隆技术分别将IL17的cDNA插入MSCVIRESThy1.1逆转录病毒载体，将Thy1.1、U6增强子(U6 promoter)基因和IL17的siRNA cDNA插入逆转录病毒载体pMNDBANSHEE，采用磷酸钙沉淀法将重组载体转染293包装细胞；收集病毒上清，转染预先活化的NOD/BDC小鼠脾细胞，测定致糖尿病性T细胞的IL17和siRNAIL17的表达。

The Co-culture experiment and slurry experiments were applied to two paddy soil samples, which from Sichuan and Jiangxi provinces. The concentration varying of Crand Fe was measured in the course of incubation to study the chromate reducing capability of microbe and effect of chromate on dissimilatory iron reduction .

采用四川和江西水稻土为供试土壤，通过接种土壤微生物的混合培养及土壤悬液培养试验，测定厌氧培养过程中Cr和Fe的浓度变化，研究了不同浓度铬酸盐的微生物还原能力及不同铬酸盐浓度下氧化铁的还原能力。

The result indicated that, although microorganism from paddy soil could directly reduce Cr, the reduecing rate and efficiency were limited; the higher Cr concentration was, the less reducing ability the microbial showed; the microbe from different paddy soils had different effects on Cr reducing abilities; The reducing ability of the microbe from Sichuan paddy soil was higher than that from Jiangxi paddy soil. Cr added could be rapidly reduced in paddy soil under anaerobic incubation, moreover, the process of dissimilatory iron reduction of soil could obviously promote the Cr reduction. The existent of Cr could delay the appearance of Fe; the higher Cr concentration was, the later Fe appeared. The delayed time of Fe appearance was in accordance with the ending time of Cr reduction.

结果表明，由水稻土中提取的微生物虽然能够直接还原Cr，但其还原速率和还原程度有限，且Cr浓度越高，微生物的还原能力越差；不同来源的上壤微生物对Cr的还原能力有所差异，其中四川水稻土中微生物对Cr的还原能力均大于江西水稻土；在厌氧培养的水稻土中，添加的Cr可以较迅速地还原，其中土壤氧化铁的微生物还原过程对Cr还原具有明显的促进作用；Cr的存在导致Fe生成的时间出现滞后，目Cr浓度越大生成Fe的滞后时间越长；Fe产生滞后的时间与Cr还原结束的时间具有一致性。

Objective:to compare the effects between seed stem and commercial rhizoma gastrodia on memory dysmnesia induced by scopolamine in rat .methods: a month before the scopolamine administration, seed stem and commercial rhizoma gastrodia were given to two groups of young rats with scopolamine–induced dysmnesia model, incubation period of findingplatform were measured by means of morris watter-maze.

目的比较天麻种麻与天麻商品麻改善东莨菪碱诱发的记忆障碍的疗效。方法用天麻种麻，商品麻灌胃饲养幼鼠一个月，然后用东莨菪碱诱发大鼠造记忆获得性障碍模型，通过morris水迷宫测试大鼠寻找平台的潜伏期。

Employed by the famous snake expert and professor Lauber hoon "National Long÷new pacesetters" of the famous female snake-basedby medical consultants, and have a group of dedicated snakes breeding, research, product development and Snakebite Technology prevention team, the first to successfully mastered acutus, Elaphe carinata snake species, such as artificial incubation techniques, the success rate of over 90%, snakes in the country's leading reproductive technology.

本所聘请全国著名蛇类专家劳伯勋教授和&全国新长征突击手标兵&著名女蛇医温美玉为本所顾问，并具备了一批专门从事蛇类养殖、研究、产品开发及蛇伤防治的科技队伍，率先成功掌握了五步蛇、王锦蛇等蛇种的人工孵化技术，成功率达90%以上，蛇类繁殖技术在全国领先。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。