查询词典 beet sugar

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。

Using orange pectin, CMC and carrageen as control, we investigated the functional properties of sugar-beet pectin and applications in jellies as gel and in acidic dairy beverages as stabilizer. The results showed: the sugar-beet pectin, extracted by acid-enzyme method, after cross-linking and modifying, was up to the levels of orange pectin as additive.

以柑桔果胶、CMC和卡拉胶作为对照，对甜菜果胶的功能性质及其用做果冻凝胶剂和酸性乳饮料稳定剂进行了研究，结果表明：酸酶法提取的甜菜果胶，经交联改性后，在功能性质和应用方面均达到了国产柑桔果胶的水平，可以广泛做为食品添加剂使用。

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

"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

Most sugar comes from sugar-cane and sugar-beet.

糖大多是用甘蔗和甜菜制的。

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。

SK,Na and SCl,Na in the aerial parts were higher than those in the root of wheat but lower than or equal to those in the root of sugar beet. These results indicated that ion transport from root to aerial parts of wheat was much different from that of sugar beet.

小麦地上部各器官的SK， Na；SCl， Na都大于根；而甜菜叶的SK， Na大于根， SCl ， Na在二者之中的差异不大，由于K＋的再转移和分配，甜菜枯叶的Na／K大于叶。

The results show that the differences of beet root production, sugar and sugar production in different species and location have reached significant levels (F.01), variety and location of interaction effects are achieved very significant (F.01) or significant levels (F.05); Considered root production, sugar and sugar production and stability, ZM203, KWS9415 are better for the stability of high-yielding varieties, D0316, ZM203 are better for the stability of the high-sugar varieties, ZM201 for the stability of a high-yielding sugar, 2003-8 varieties is good for the stability of high-yielding sugar deviation species.

结果表明：甜菜块根产量、含糖率和产量糖在不同品种和地点的差异都达到极显著水平(F.01)，品种与地点互作效应都达到极显著(F.01)或显著水平(F.05)；综合考虑块根产量、含糖率和产量糖的表现和稳定性，ZM203、KWS9415为高产稳定性较好的品种，D0316、ZM203为高糖稳定性较好的品种，ZM201为高产糖量稳定性较好的品种，2003-8为高产糖量稳定性偏差的品种。

The results showed that No.10 to No.30 leaves,charactered with longest growimg period,hight temperature accumulation,were main function leaves.From No.20 leave,sugar beet enter into beet root,sugar inercasing period.From No.55 leaf,it enter into sugar accumulation period.

叶片是甜菜的唯一光合器官，叶片的数量、寿命、生长与枯萎等都影响着甜菜块根的形成和糖份的积累，最终决定着甜菜块根的产量和含糖量，所以，对具有光合作用的功能叶片的研究，尤为重要。

Relying on North Sugar Corporation, the annual planting area of sugar beet, beet red card cotton production and sugar production are the country's number one.

依托北方糖业公司，每年种植的甜菜面积、甜菜产量及其红光牌绵白糖产量均为全国之冠。

Objective To investigate the effects of interleukin-1 β converting enzyme gene on the biologic characteristics of ovarian cancer cells.

目的 探讨白细胞介素-1 β转换酶的表达，对卵巢癌细胞生物学特性的影响。

Campylobacter: This illness is the most commonly identified cause of diarrheal illness in the world.

弯曲：这种病是最常见的原因查明腹泻病，在世界上。