- 更多网络例句与甜菜相关的网络例句 [注：此内容来源于网络，仅供参考]
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Only one complete corollinae chromosome was detected in Ml4, and was determined corollinae chromosome 9. We have used in situ hybridization of genomic DNA to discrimination the parental chromosomes in Beta Ml 4, suppression of cross-hybridization by blocking DNA was not necessary indicating that the investigated Beta genome contain sufficient species-species DNA enabling the unequivocal determination of genomic composition of the hybrids.In our study , the results of BAC -FISH combined with the analysis of GISH in Beta M14,indicating that present of the corollinae chromosome 9 alone was sufficient to confer apospory in Beta M14 upon celluar and molecular..
BAC克隆16-M11和26-L15携带M14花期特异表达的基因；在M14甜菜对应的有性栽培甜菜染色体上没有出现信号，呈半合子状态；包含的单或低拷贝DNA序列在野生白花甜菜进化过程是共线的；两个BAC克隆部分同源；位于末端重组抑制区，所有这些不同寻常的特性都暗示着：BAC克隆16-M11和26-L15和无融合生殖特性相关，可作为无融合生殖
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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。
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There is a good market for betaine,So its synthetic method and purification have captured people's attention.
在介绍甜菜碱市场现状，发展前景及传统生产方法的基础上，重点论述了萃取结晶法生产甜菜碱的原理、特点、萃取剂的选择等，证明萃取结晶法提纯甜菜碱是可行的。
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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
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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。
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"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
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Fodder beet is a mutation of beet planting specific(Beta vulgaris , Chenopodiaceae ),it has many characteristics such as weighty fleshy root、luxuriance phyllome、excellent quality of dainty and high biology production, so it is a high yield、all wool and a yard wide feed crop.
饲用甜菜是藜科甜菜属甜菜栽培种的一个变种，具有根体肥大，叶丛繁茂，适口性好，生物产量高等特点，是一种高产优质的饲料作物。
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Five cross combinations by three wild beets, Beta macrocarpa Guss., Beta patula Ait., Beta maritima L. and sugarbeet got the hybrids, the cross rate were
用3个野生甜菜―大果甜菜、叉根甜菜和滨海甜菜与糖甜菜进行种间杂交，有5个组合得到了杂交种，获得率为
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Pectin is a main structural substance of the cell wall of sugar-beet.
果胶是甜菜粕细胞壁的主要结构物质，是半乳糖醛酸残基通过α—1，4键连接形成的酸性大分子多糖，是食品工业主要的天然食品添加剂之一；甜菜粕是甜菜糖厂产量最大的副产品，我国年产甜菜粕（含水12%）约70-80万吨，目前仅作为廉价饲料销售，急需进行进一步开发利用。
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Vulgaris and Beta M14 BAC clone 16-M11 and 26-L15 are florescence specific expression BAC of Beta M14, both BAC clone 16-M11 and 26-L15 were in situ hybridization to monosomic addition lines(2n=2x=18+1) M14 chromosomes, they were located on the long arm of corollinae chromosome 9. the dominant factor of BAC clone 16-M11 and 26-L15 appears to hemizygous, because no equivalent region has been found in sexual Beta.
选用这两个BAC克隆作为探针，对M14甜菜有丝分裂中期染色体组进行荧光原位杂交，结果发现，BAC克隆16-M11和26-L15定位于M14甜菜附加的一条白花甜菜9号染色体上，有性栽培甜菜染色体上没有出现信号，两个BAC克隆在M14甜菜中呈半合子状态，遗传行为象单价显性基因，是白花甜菜9号染色体特异的。
- 更多网络解释与甜菜相关的网络解释 [注：此内容来源于网络，仅供参考]
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beet sugar：甜菜糖;菾菜糖
甜菜嵌纹病毒;菾菜嵌纹病毒 beet mosaic virus; mosaic disease of the sugar beet | 甜菜糖;菾菜糖 beet sugar | 甜菜;菾菜 beet; Beta vulgaris L.var.rapacea C. Koch
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beet sugar manufacture：甜菜糖生产
beet sugar factory | 甜菜糖厂 | beet sugar manufacture | 甜菜糖生产 | beet sugar | 甜菜糖
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sugar beet：糖用甜菜
有4种类型∶1.作蔬菜的菜用甜菜(红菜头);2.制糖的糖用甜菜(sugar beet);3.作为牲畜多汁饲料的饲料甜菜;4.供食用或作调料的叶用甜菜(莙达菜). 菜用甜菜栽种第一年即生成粗厚的肉质直根,可供食用. 第二年即长出高大、多分枝的茎,
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sugar beet：甜菜
甜菜简介 甜菜(sugar beet)甜菜盛产于比较寒冷的地区,世界主要生产甜菜的国家、地区有欧盟、美国、中国、俄罗斯、乌克兰等. 中国甜菜产区主要集中在新疆、黑龙江、内蒙古等省、区. 甜菜是黎科植物,现在栽培的甜菜是由早期野生甜菜改良而...
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beetroot：甜菜根
甜菜根(Beetroot)目前是生机饮食界里的明星,但相信许多人都没看过甜菜根,更别提吃过甜菜根. 甜菜根 生机饮食界的超级明星. 甜菜根(Beetroot)目前是生机饮食界里的明星,但相信许多人都没看过甜菜根,更别提吃过甜菜根.
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beet chip,beet cossette：甜菜片,甜菜丝
"甜菜窖","beet cellar" | "甜菜片,甜菜丝","beet chip,beet cossette" | "甜菜汁","beet juice"
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beet yellows virus：甜菜黄化病毒
、农业防治技术的研究应用、其他无公害防治措施的研究应用、我国烟草病虫无公害防治建议.甜菜病害危害最严重是病毒性病害.甜菜坏死黄脉花叶病毒(Beet necrotic yellow vein mosoaic virus)和甜菜黄化病毒(Beet yellows virus),甜菜花叶病毒(B
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beet puller：甜菜拔取机
beet plow ==> 甜菜挖掘犁 | beet puller ==> 甜菜拔取机 | beet pulp ==> 甜菜浆,甜菜渣
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beet puller：甜菜拔取器 拔取式甜菜联合收获机
beet producer || 甜菜种植者, 甜菜生产者 | beet puller || 甜菜拔取器 拔取式甜菜联合收获机 | beet pulp catcher || 甜菜废丝捕集器
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beet root：甜菜根
甜菜根(Beet root)目前是生机饮食界的明星,但相信许多人都没看过甜菜根,更别提吃过甜菜根. 甜菜根属于根茎类,长得很像大头菜,切开来果肉是紫红色,有换血、造血及清血功效. 对于抗肿瘤、癌症化疗、高血压、糖尿病、尿蛋白、红斑性狼疮、地中海贫血、高尿酸、素食者,