芒果

The Mango agriculturist computer system is a computer program that is base on agriculture professional knowledge and can infer like an agriculturist . This computer system is faceing to basic agriculture technician and peasants , which was developed on paid platform .

芒果电脑农业专家系统是基于农业专家知识和模仿农业专家进行推理决策的计算机程序系统，在Paid开发平台的基础上研究开发出面向基层农技推广人员和广大农户的芒果农业专家系统。

When your body is taking a test,apply to your face with a piece of mango masque,whice is specially designed for you with mango extract,allantoin and hyaluronic acid.

趁您的身体会展之时，请使用特制的芒果水果面膜，其中含芒果提取液、尿囊素和透明质酸。

Mango anthracnose is the most serious disease attacking mango in Hainan Province.

芒果炭疽病是海南省芒果生产中危害最严重的病害。

Mango anthracnose varied in its possession and use of spatial resource at different spatial niches.

在各生境位点上，芒果炭疽病对资源的占有和利用能力是不同的，边线的生境相对不利于芒果炭疽病的生存，花期时果园各方位生境

Champagne mangoes (small orange kidney-shaped mangoes) or 1 regular mango, peeled, pitted, cut lengthwise into 3-inch-long, 1/2-inch-wide strips

2个香槟色芒果（小橙色芒果，肾状大小）或是1个普通芒果，去掉皮和核，纵向切成3英寸长，1/2英寸宽

As a loose coupling relationship between the industry sectors, weak closure processes, unsmooth information circulating procedure, and egregious external competition at present, basing on complex ecosystem theory, the author treated Hainan mango industry as a complex ecosystem from the viewpoint of system and holism and put forward countermeasures to perfect industry management system, establish information warning mechanism, put more investment in industry science and technology, optimize variety structure and region arrangement, and strengthen recycling use of resources to promote Hainan mango industry's competitiveness, evolve and upgrade the industry, and ultimately realize its sustainable development from the viewpoint of system and holism.

为提升海南芒果产业的整体实力，促进产业的进化与升级，最终实现可持续发展，该文在复合生态系统理论基础上，从系统观和整体论角度，将海南芒果产业视作一个人工复合生态系统，综合分析海南芒果产业生态系统的现状，及其存在的产业环节横向耦合关系松散、纵向闭合过程薄弱、系统信息流程不畅、系统外部竞争过于激烈等问题，并提出健全产业经营管理体制、建立产业信息预警机制、加大产业科技投入力度、优化品种结构与区域布局、加强资源循环利用等相应对策。

Based on biological experiments, mango glycoside is used as raw material; under the condition with phenol and hydroiodic acid, carbon-carbon bonds are broken to produce the crude product of mango aglycone; the crude product is separated and purified through silica gel column chromatography so that the mango aglycone is separated; the yield rate reaches 12 percent, the purity is higher than 95 percent, and the reproduction performance is good; the IGTT of C57BL/6 normal mice is effectively improved with the norathyriol; and simultaneously the quantity of insulin secretion induced by glucose in vivo for the C57BL/6 normal mice can be improved with the norathyriol.

通过生物学实验证明，本发明所涉及的以芒果苷为原料，在苯酚和氢碘酸条件下，使得碳-碳键断裂，制备得到芒果苷元粗品，再通过硅胶柱层析分离纯化得到芒果苷元的方法使得其产率可达12％、纯度大于95％，且重现性好；norathyriol可使C57BL/6正常小鼠IGTT有明显改善；同时norathyriol可提高C57BL/6正常小鼠体内葡萄糖诱导的胰岛素分泌量。

These evidences indicated that the wild mangoes belonged to M. indica, not other species of the genus Mangifera, and might be the wild species of the cultivar mangoes.

这些证据表明分布在广西百色那坡县平孟镇的野生芒果属于普通芒果，可能是栽培芒果的野生种而不是芒果属的其它种。

In this context the wild mango germplasm at Lapuo County, Guangxi, China were studied by using their biological characteristics and the amplified fragments length polymorphism molecular marker. These wild mangoes were found morphologically similar to Mangifera indica; and the AFLP markers showed that at the similarity coefficient of 0.63, 92 mangoes including cultivars, Mangifera sylvatica Roxb., wild mangoes, Mangifera. Siamensis Warbg. were divided into 14 groups and that the wild mangoes at Lapuo were close to M. sylvatica Roxb. and M. siamensis Warbg., but remained to fall in the middle of the cultivars and could not be separated from them.

结果表明：那坡县野生芒果在形态学上与普通芒果较为相似；AFLP标记显示，包括部分栽培品种、林生芒果、广西百色那坡县野生芒果、泰国芒果等在内的92份芒果种质在相似系数0.63的水平上可分为14组，广西百色那坡县野生芒果虽然与林生芒果、泰国野生芒果等芒果属其它种较为接近，但仍处于栽培芒果的中间，不能与栽培芒果分开。

Result The temporal and spatial niche breadth index of mango anthracnose in control area were 0.1785 and 0.9656, resp., that in conventional area were 0.1754 and 0.7966, resp., and that in prediction area were 0.1762 and 0.8267, resp.

结果］对照区芒果炭疽病时间和空间生态位宽度指数分别为0.1785、0.9656；常规区芒果炭疽病的时间和空间生态位宽度指数为0.1754和0.7966；预测区芒果炭疽病的时间和空间生态位宽度指数为0.1762和0.8267。

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。