查询词典 spinach beet

Compared diploid fodder beet with tetraploid fodder beet, tetraploid plants put up characteristics of bigger and thicker dark green leaf, more folds on leaf, stronger footstalk and so on .we can take those characters as the advancing index in testing tetraploid fodder beet.

饲用甜菜四倍体植株与二倍体植株相比，表现出叶片增大变厚，叶色浓绿，叶面多皱褶，叶柄粗壮等特点，可以将这些特点作为饲用甜菜四倍体田间初步筛选的指标。

The trials were carried out in field experiment and artificial climate incubator. The sugar beet growth buds were treated at 1～3pairs of true leaves with gibberellin , autix , naphthaleneacetic acid and kinetin , and the plant growth regulating substances enhancing bolting of sugar beet in the first year and its doses were selected out. The sugar beet seedling induced by temperature and light were treated by abscisic acid , maleic hydrazide , uniconazole (S-3307) and paclobutrazol (PP333), and the plant growth regulating substances which make bolting reverse and their doses were screen out. The mechanisms of bolting and bolting reversing were discussed by examining the changes of endogenous hormones, activities of correlative enzyme to bolting, soluble protein, components of amino acid in the protein, components of fatty acid. The results were as follow

本研究通过田间试验和人工气候箱培养相结合的方法，在甜菜幼苗1~3对真叶时利用赤霉素、生长素、奈乙酸和激动素等生长调节物质处理茎生长点，筛选促进甜菜当年抽苔的植物生长物质及剂量；同时利用脱落酸、马来酰肼、烯效唑（S-3307）和多效唑（PP333）等处理经温光诱导当年抽苔的甜菜幼苗，筛选对当年抽苔逆转有效的种类和剂量，并通过测定内源激素含量、相关酶活性、可溶性蛋白质含量和氨基酸组分及脂肪酸含量及其组分的变化，探讨甜菜当年抽苔和抽苔逆转的机理，得到如下结论

In our study,two important lepidopteron pests,beet armyworm and cotton bollworm were surveyed for their endogenous piggyBac.As a result,endogenous piggyBac elements were found in these two insects,and one of the piggyBac elements isolated from the genome of cotton bollworm was intact and thought to be potentially active.1 Clonging and sequence analysis of piggyBac from beet armywormUsing PCR technique,with degenerate primers,a DNA fragment of piggyBac-like element was cloned from the genome of beet armyworm,spodoptera exigua hubner.The DNA fragment was 456bp in length,and the deduced amino acid sequence shares 50%- 78% similarity with other piggyBac elements from insects.But one stop code was found in this DNA fragment.

由于转座子很难用常规的RT-PCR和RACE技术进行克隆鉴定，故本研究在兼并引物PCR的基础上，利用inverse PCR和vectorret PCR技术，不仅调查了鳞翅目两种重要的农业害虫甜菜夜蛾和棉铃虫的內源piggyBac存在情况，同时克隆到了內源性的piggyBac转座子，并且从棉铃虫中获得了一个结构完整、具有潜在活性的piggyBac转座子HaPLE1.1甜菜夜蛾piggyBac转座子基因的克隆与序列分析采用PCR技术，利用兼并引物，从甜菜夜蛾基因组中克隆出一个內源性piggyBac类似因子的DNA片段，并命名为SePLE。

"Three distinct types are cultivated: the garden beet, as a garden vegetable; the sugar beet, a major source of sugar and commercially the most important type; the mangel-wurzel, a succulent feed for livestock; and the leaf beet"

所种植的有三种类型︰一、作蔬菜的菜园甜菜；二、制糖的糖用甜菜，是商业上最重要的类型；三、作为牲畜多汁饲料的饲料甜菜

Growing character of sugar beet leaf in dry land one influence of cutting different leaf groups on beet root yield,sugar content,microstructure of beet root were studied.

西北甜菜基地是我国的重点制糖基地，甜菜已成为西北地区的骨干经济作物。

The research direction and tasks ate to solve the great technical problems of sugar beet and sugar industry: improve sugar beet root yield per unit and sugar content, lower the power consumption and material expenditure, bring the three wastes under control, apply computer techniques, enhance base study and technical development, promote the advancement of sugar beet and sugar industry and change the institute in-to the center of research, determination, standardization, information and training.

研究方向和任务是：解决甜菜和制糖行业的重大技术问题。甜菜研究重点是提高单产和含糖；制糖研究重点是节能降耗，三废治理和微机应用技术。同时加强综合性基础研究与开发。推动行业的技术进步，成为行业研究、检测、标准、信息、培训中心。

Emerald juice practice: Spinach 150 grams are abluent, join 2 - 3 egg white hit Cheng Rong, join salt of pink of millet of eagle of one small spoon, a few, gourmet powder smooth, clean boiler puts the baked wheaten cake in oil to 6 into heat, use the spinach Chengdu of mix up ladle to drench to fat face, the spinach that closes igneous general figuration instantly " juice " teem, those who cross cold water to make is greener.

翡翠汁做法：菠菜150克洗净，加入2－3个蛋清打成蓉，加入一小勺鹰粟粉。少许盐。味精调匀，净锅放油中火烧至六成热，将调好的菠菜蓉用勺子淋到油面上，立即关火将成形的菠菜&汁&倒出，过一下凉水使之更绿。

Uses: A selective aphicide used in cereals, fruit, ornamentals, strawberries, potatoes, sugar beet, fodder beet, cotton, oilseed rape, tobacco, and glasshouse crops, effective against organophosphorus-resistant Myzus persicae . Phytotoxicity: Compatibility

抗蚜威对瓢虫、食蚜蝇、蚜茧蜂等蚜虫天敌没有不良影响，因保护了天敌，而可有效地延长对蚜虫的控制期，抗蚜威对蜜蜂安全，用于防治大白菜、萝卜等蔬菜制种田的蚜虫时，可提高蜜蜂授粉率，增加产量。

It indicates the connection of fertility sugar beet with high sugar beet at the moment.

结果表明，甜菜群体LAI和LAD可作为衡量源大小及能力的重要指标。

Of beetroot does NOT include fodder beet, sugar beet or mangelwurzels:.

注意，甜菜的定义不包括饲料甜菜，糖用甜菜和饲牛用甜菜。

Must have Coordination and negotiation skill, flexible ideas, and be punctilious person.

必须具备较好的协调与谈判能力，头脑灵活，工作认真仔细

Result: 18 patients are all with simple eye.The pigment mole lies in nasal and temple sides of the ball conjunctiva,in which 2 lie in lacrimal caruncle and semilunar plica.

结果：18例患者均为单眼，色素痣大多数位于内外侧睑裂部球结膜面，2例位于泪阜及半月皱襞，经激光治疗后，10例色素痣消失，有5例行再次激光后消失，2例行第三次激光后消失，1例第四次激光后消失。