- 更多网络例句与属间杂种相关的网络例句 [注：此内容来源于网络，仅供参考]
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When C.farreri×P.yessoensiswere tested by using6pairs of microsatellite primers which could be applied to boththe two kinds of scallops,the specific bands could be amplified fromeachone of the 6 pairs,among which,the specific bands fromboth agnate and maternal colony could be distinguished obviouslyinthe amplified products of P13F449 and KMY134,and accordinglythe hybrid identity of hybrid generations could be affirmed.
将这6对具有属间通用性的微卫星引物对栉孔扇贝×虾夷扇贝进行PCR扩增，均能扩增出特异性条带，其中引物P13F449和KMY134的扩增产物中可以明显地分辨出来自父母本群体的特有条带，从而确定了杂交子代的杂种身份。
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Napus and R. sativus and that the crossability was governed by the interaction of nucleus a...
通过胚珠培养，获得了甘蓝型油菜萝卜细胞质雄性不育系与萝卜的属间杂种。
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Several groups of aneuploids were characterized in pentaploid progenies of B. napus and O. violaceus.
在甘蓝型油菜与诸葛菜属间五倍体杂种后代中，鉴定出多种非整倍体类型。
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The self-fertile trigeneric hybrids between Triticum aestivum L.(2n=6x=42;AABBDD) and Agropyron michnoi Roshev.(2n=4x=28;PPPP) F1 hybrid (CM,2n=5x=35,ABDPP)with two rye (Secale cereale L.,2n=2x=14;RR)cultivars, Wugong 774 and AR132 were produced.
普通小麦(Triticum aetivum L。，2n=6x=42；AABBDD)和根茎冰草(Agrop yronmichnoi Reshev。，2n=4x=28；PPPP)间的F1杂种(2n=5x=35；ABDPP)与两个黑麦(Secale cereale L。， 2n=2x=14；RR)品种杂交，产生了自交可育的三属杂种。
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Based on the Liriodendron interspecies hybridization study by professor Ye Peizhong,according to the satisfying and exact mating system and field design,the reciprocal cross with extensive genetic background of Liriodendron tulipifera Linn., the backcross and F 1 crossing which had never been made, and the genetic analysis of heterosis of the hybrid tulip tree were carried out.
在叶培忠先生的鹅掌楸属种间杂交育种研究基础上按遗传设计与环境设计开展了扩大北美鹅掌楸遗传基础条件下的正反交以及前人从未做过的回交和F1 间杂交，并进行了杂种马褂木杂种优势的遗传分析。
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Orientale additional and substitutional lines. chromosome number of 96 BC2 F3 individuals were accounted. Fifteen plants with 2n= 43 and eight plants with 2n= 44 were checked out. GISH results of the individuals with 43 chromosomes showed that they blonged to three different monosomic additions. Two disomic additions, ine double-monosomic addition, one trible- monosomic addition and one monosomic addition were found in the 2n = 44 individuals. One double-monosomic substitution and one monosomic sustitution were obtained.
为了筛选小麦-旱麦草异附加系、异代换系，对普通小麦品种Fukuho×东方旱麦草属间杂种的BC2F3代材料的96粒种子进行了染色体数目的检测，共检出15粒2n=43的种子，8粒2n=44的种子，进一步对以上材料进行的基因组DNA原位杂交，共鉴定出3个单体附加系，2个二体附加系，1个双单体附加，1个小麦三体单体附加，1个附加3条东方旱麦草染色体的小麦单体，在染色体数为42的个体中，检测出1个单体代换，1个双单体代换。
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Basing on our early stage research work about collection and description of sugarcane germplasm and the aided project of Yunnan Natural Science Fund (2001 C0015Q), the wild species Erianthus fulvus, which has good characters, cold-resistant, drought-resistant, higher Brix and less chromosome number, was utilized for the first time through intergeneric hybridization with sugarcane cultivar. Its F_1 hybrids were appraised with some new techniques and methods for germplasm enhancement.
本研究在课题组考察采集和保育鉴定甘蔗野生种质资源的前期工作基础上，依托云南省自然科学基金资助项目(2001C0015Q)，首次利用具有特异优良性状(抗旱、耐寒、锤度高、染色体数目少)的蔗茅野生种与甘蔗栽培种或品种进行属间远缘杂交，扩大甘蔗遗传多样性；采用新技术、新方法对蔗茅杂种F_1代材料进行早期鉴定评价研究，筛选具有育种价值的新种质，为进一步选育生态适应性广、抗逆性强、丰产高糖的甘蔗新品种奠定物质基础。
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Genomic in situ hybridization was applied to study the meiosis of F1 plants from intergenetic hypbrids between radish( Raphanus sativus,2n=18,RR) and cabbage（Brassica oleracea , 2n=18, CC）.
用基因组原位杂交方法（Genomic in situ hybridization，简称GISH）研究了萝卜( Raphanus sativus，2n=18，RR)和甘蓝（Brassica oleracea ， 2n=18， CC）属间杂种F1减数分裂过程。
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Aimed at the arising problems such as the cross-incompatibility and hybrid's sterility during distant hybridization of fruit trees, effects of different treatments on cross-compatibility of distant hybridization in stone fruits were studied based on the former studies, then physiological and biochemical changes during hybridization between plum and apricot were primarily discussed, and rescue and culture system of hybrids' embryos were also conducted, further the genetic variation and principle between the hybrids and their parents were analyzed and methods of identification of hybrids were established.
针对果树远缘杂交过程中存在的杂交不亲和性及杂种不育性等问题，在前人研究的基础上，研究了不同处理对核果类果树远缘杂交亲和性的效应，并探讨了李、杏属间杂交过程中发生的生理生化变化以及花粉与柱头的互作，建立了李、杏属间远缘杂种的胚培养技术体系，建立了杂种鉴定检测方法，并分析了杂种后代与其父母本之间的遗传变异及规律，最终将一批远缘杂交新种质定植于大田，同时对自然界存在的杏梅种质资源进行了RAPD分析。
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The seed set frequencies ranged from 0.001% to 0.184%.The chromosome number of F2 plant root tip varied from 39 to 56.4 In the Fa progeny of wheat *AR7l, Some plants showed higher alien translocation frenquencies.
在小麦与黑麦AR71属间杂种的F_2中，个别植株发生了较高的异源易位频率，其中有1株(229-3植株)产生了多达3个异源易位。
- 更多网络解释与属间杂种相关的网络解释 [注：此内容来源于网络，仅供参考]
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bigener：属间杂种
bigemptyopen 廓 | bigener 属间杂种 | bigfoot 大脚
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bigeneric hybrid; bigener：属间杂种
"属间杂交","bigeneric cross" | "属间杂种","bigeneric hybrid; bigener" | "胆汁","bile"
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genus hybrid：属间杂种
genus 属 | genus hybrid 属间杂种 | geobotany 地植物学
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interlinear hybrid：属间杂交,单交杂种
interline freight 铁路联运货物 | interlinear hybrid 属间杂交,单交杂种 | interlining material 衬料
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interspecific hybridization：种间杂交
杂交种(hybrid)又称杂种或混种,在生物学上主要有两种意义:第一种意义是指两个分类单元(taxon)之间相互交配产生的后代,例如同属内的不同物种之间的种间杂交(interspecific hybridization);或是同一物种之内不同亚种的种内杂交(intra-specific hybri
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bigeminate：重对的
bifurcate cyme 二歧聚伞花序 | bigeminate 重对的 | bigener 属间杂种
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bigeneric cross：属间杂交
big tree 巨杉 | bigeneric cross 属间杂交 | bigeneric hybrid 属间杂种
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bigeneric hybrid：属间杂种
bigeneric cross 属间杂交 | bigeneric hybrid 属间杂种 | biglandular 二腺体的
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bigeneric hybridization：属间杂种
bigeminy coupled rhythm 二联律 | bigeneric hybridization 属间杂种 | Bighead tractylodes Powder for Life Saving 全生白术散
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trigeneric hybrid：三属间杂种
三叶草属;车轴草属(豆科) Trifolium;clover | 三属间杂种 trigeneric hybrid | 三基因的 trigenic