营养体

Beauty, Body Sliming, Nutrition Consultant

美容师，纤体顾问，营养顾问

Very rich in nutrition, is a very tasty green, bamboo shoots to eat a high use and medicinal value, it has been determined: shoots contain 3.8% protein, fat 0.49%, 2.5% total sugar, fiber 1%, but also rich phosphorus, magnesium, calcium, iron and other elements and vitamins B1, B2, C, and 17 kinds of amino acids, is a high-protein low-fat food, hemp bamboo shoots his thick white body, bamboo shoots taste delicious, quality very good, It is our country more than 30 kinds of bamboo shoots in the highest sugar content, quality, one of the best varieties.

营养十分丰富，是一种十分鲜美的绿色山珍，竹笋具有很高的吃用和药用价值，据测定：竹笋含有蛋白质3.8%，脂肪0.49%，总糖2.5%，纤维1%，还富含磷、镁、钙、铁等元素及维生素B1、B2、C及17种氨基酸，是一种高蛋白低脂肪的绿色食品，麻竹笋其笋体洁白粗大，笋味鲜美，品质极上等，它是我国30多种笋用竹中含糖量最高的、品质最优良的品种之一。

By combining precision weight training with proper diet and nutrition. Loose body fat, gain strength, sculpted thighs, beautiful arms, fit and toned abdominal and buttocks.

通过将准确的力量训练和合理的饮食营养相结合，以减少体脂，增强肌肉力量，使腿部塑型，使手臂变得优美，腹部和臀部变得轮廓清晰健美。

The characteristic of the dairy cow thermoregulation was base on environment and nutrition administration technology. Study regressions of dairy cow physiology on ambient temperature, effective temperature and temperature-humidity index, the difference between the high and low yield dairy cow of the circadian rhythm about thermoregulatory at hot summer, evaluated the efficiency of half open and open dairy barn preventing heatstroke, evaluated the efficiency of temperature dropdown by sprinkler and air-cooling fan. The thesis was described in the following three sections.

奶牛体温调节特性是环境与营养调控技术的依据，本文从高温季节环境温度、体感温度和温湿指数与奶牛生理反应的关系，温热环境和体温调节特性的昼夜差异，高、低产奶牛体温调节特性，牛舍环境特征及其冷风机和喷淋降温效果等方面揭示荷斯坦奶牛的体温调节特性。

Comparing with the genetic myopathy, alcoholic myopathy is the only treatable muscle disease, and it has the certain reference value to research the other metabolic myopathy by the studying of the cytes and molecular level of CAM.

国外学者在肌营养不良症和包涵体肌病的研究中发现，一氧化氮合酶(Nitric oxide synthase，NOS)与氧化应激可诱导肌萎缩的发生，且二者具有一定的相关性。

At a certain range, habitat loss and its spatial structure can benefit the control of the epidemic disease, which indicates the possibility of using human disturbance in habitat as a potential epidemic-control method in conservation.(6) Not only the quantity of habitat loss but also the spatial correlations of patch types caused by nonrandom habitat loss affect the invasion and transmission of disease. More fragmented landscape (high amount of habitat loss, low clustering of lost patches) hinders the parasitic infection, which also indicates that whether the spatial heterogeneity benefits or hinders the invasion is dependent on the considered ecological process.(7) Two components of the spatial heterogeneity (the amount and spatial autocorrelation of the lost habitat) form a trade-off in determining the host-parasite dynamics.(8) Within a certain range of habitat loss, host can counterbalance the positive and negative effects, and shows a rising tendency.(9) The epidemic is more likely to break out in the prey-predator system if only a small amount of habitat loss.(10) A highly aggregated distribution of species is a common behavioral strategy when dealing with habitat loss or other environmental stresses.(11) The parasite-host/prey-predator eco-epidemiological systems have the similar mechanism with the intraguild predation systems, and the predator acts as the intraguild predation, the infected prey acts as intraguild prey, and the susceptible prey acts as shared resource.(12) Species at the highest trophic level are no longer affected the most by habitat loss, which depend not only on the biological mechanism but also on the external environmental disturbances.

随着邻体数目的增加，病毒的感染力度变得更大而且在空间上形成聚集的波形；(5)生境破坏及其空间结构在一定范围内有利于疾病的控制，这暗示人为对生境的干扰可作为疾病控制的一个潜在方法；(6)生境破坏的数量以及不同类型生境的空间分布格局都显著地影响了寄生病毒的入侵和传播，生境破碎化程度越高(高丧失斑块的数量或低聚集程度)，将越有害于病毒的入侵和传播，这暗示了空间异质性是否有益于物种的入侵依赖于所考虑的生态过程；(7)由生境破坏引起的空间异质性的两个组分之间存在负偶联关系trade-off(8在适度的生境破坏范围内，宿主种群能够平衡生境破坏带来的正负两种效应并呈现增长趋势；(9)在捕食-食饵系统中，寄生感染病毒极有可能在生境破坏量较低时爆发；(10)物种在面临生境破坏或者其它环境压力时表现出更高的聚集分布策略；(11)寄生-宿主/食饵-捕食生态传染病系统与共位捕食食物网结构具有相似的生物机制，其中捕食者扮演共位捕食者的角色，已感染食饵作为共位食饵，易感染食饵扮作共同消耗的资源；(12)位于最高营养级水平的种群对生境破坏的响应不一定是最敏感的，这不仅依赖于内在的生物机制同时也依赖于外在的环境干扰。

In this paper five strains of Arbuscular mycorrhizal fungi inoculums were used in organic soil before tomato seed sowing.

丛枝菌根是生活在陆生植物根际的有益共生微生物，大多数作物、蔬菜、果树和观赏植物均可形成丛枝菌根共生体〔1，2〕，由于有机栽培下营养物质转化吸收不如化肥效果迅速，不能完全满足蔬菜生长需求，因此产量一般较低。

Mol/m2s low light treament cause leaf-upgrowth stopping, flower withering and losing fruit-settle capability. Fruit-settle efficiency enhance in 400μmol/m2s low light maybe because high light's injury on flowers are reducing. 200μmol/m2s and 80μmol/m2s low light treament cause carborhybrate synthesis decreasing, prevent carborhybrate's transforming to flower, lead to fruit-settle efficiency reducing. 30μmol/m2s low light is close to light compensation point of peach tree, which cause nutrition lackness, lead to peach tree's mechanism declining eventually.

表明400μmol/m2s的弱光提高花朵向幼果的转化可能是400μmol/m2s的弱光减弱了强光对花器的伤害的原因。200μmol/m2s和80μmol/m2s的弱光下，叶片合成的碳水化合物减少，向生殖器官的运转受到抑制，分配量减少，生殖生长减慢，落花延迟且花朵向幼果的转化率下降；30μmol/m2s的弱光已接近光补偿点，导致桃树营养缺乏，株体机能降低。

The effects of Aloe is related to many components, which include various amino acid, peptide, antioxidation enzyme, mineral elements, vitamines, flavone as rutin, organacid, polysaccharide, alkaloid and hormone and so on.

芦荟的各种功效与其多种营养成份有关，它含有多种氨基酸、多肽、酶、矿物元素、维生素，还含有黄酮类物质等酚性成分、萜类及甾体、有机酸类、糖类及生物碱和激素等。

Low vagility of seed and vegetative propagules of Oryza rufipogon limits population expansion.

普通野生稻种子和营养繁殖体的散布能力较弱，从而影响到该植物种群的增长。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。