2) Embryogenic cell line
胚性细胞系
1.
Establishment and maintenance of longan embryogenic cell lines;
龙眼胚性细胞系的建立与保持
2.
The physiological state of embryogenic cell lines is one of the most unstable factors, which often lowers the efficiency of protoplast culture system ofcereal crops.
由显微光度图像分析与细胞化学技术对不同实验材料和不同培养时期谷子胚性细胞系的谷氨酸脱氢酶（ＧＤＨ）细胞类型分布表明：从单细胞群体水平（细胞类型分布）研究胚性细胞系可以比较准确地了解其所处的生理状态；胚性细胞系的细胞类型分布可以作为其是否适于原生质体培养的指标之一；细胞类型分布也适用于组织培养和原生质体培养一些问题的研究。
3) somaclonal line
体细胞无性系
1.
It was found that among 8 grain characters 1000-grain weight and grain thickness of somaclonal line were significantly lower than donor parent, while length/thickness ratio of the grains of somatic hybrids was significantly larger than parent hybrid, but their grain thickness was significantly lower than ones.
比较了水稻体细胞无性系与供体亲本、体细胞无性系杂种F1与供体亲本杂种F1在 8个谷粒性状上的差异 ,结果表明 :体细胞无性系除千粒重及谷粒厚 2性状显著小于亲本外 ,其余性状与亲本差异不显著 ;体细胞无性系杂种F1的长厚比显著大于亲本杂种F1,而谷粒厚则相反。
2.
tremuloides were cultured to generate somaclonal lines, and the variations during culture were assayed by cytological and molecular biological methods.
tremuloides)优良无性系为材料,通过组织培养方法获得体细胞无性系,利用细胞学和分子生物学方法对其发生的变异进行研究。
3.
The results showed that among 8 grain characters 1000-grain weight and grain thickness of somaclonal line were significantly lower than that of donor parent,while length/thickness ratio of the grains of somatic hybrids was significantly larger than that of parent hybrid,but their grain thickness was significantly lower than ones.
本文比较了早恢402的体细胞无性系与供体亲本、体细胞无性系杂种F1与供体亲本杂种F1在8个谷粒性状上的差异,结果表明:体细胞无性系除千粒重及谷粒厚2性状显著小于亲本外,其余性状与亲本差异不显著;体细胞无性系杂种F1的长/厚比显著大于亲本杂种F1,而谷粒厚则相反。
4) somaclone
体细胞无性系
1.
Studies on somaclone variation of rice (Oryza sativa L.);
高蛋白籼稻品系H12体细胞无性系变异的研究
2.
Male Sterile Mutants from Rice Somaclones;
水稻体细胞无性系雄性不育突变
3.
Studies on the effect of sucrose and plant hormone on the formation and growth of immature infloresences somaclone in wheat;
蔗糖与激素对小麦幼穗体细胞无性系形成及生长特性的影响研究
5) Somaclonal variation
体细胞无性系
1.
It has been found that there is high rate of somaclonal variation during tissues culture.
在组织培养过程中，一般体细胞无性系变异(SV)率很高。
6) somatic lines
体细胞无性系
1.
Genetic divergence of quantitative characters of somatic lines for early maturing restorers in rice (Oryza sativa L.subsp.Indica);
水稻早熟恢复系体细胞无性系数量性状的遗传差异
2.
53 somatic lines from rice restoring line 402 with early maturity were used as materials,and their 23 characters were divided into agronomy character,seed character and grain quality character group.
早熟恢复系402的53个体细胞无性系的23个性状分为8个产量性状、7个种子性状及8个稻米品质性状,运用典型相关方法分析这3个性状组之间的相互关系。
补充资料：体细胞无性系变异
体细胞无性系变异
somatic-clonal
t ixibao wuxingx一bianyi体细胞无性系变异(sOlllaliC一donal在培养植物的细胞和组织中，常常由于它们的染色体组成和数目发生变化，或基因水平上的变异，或转座子被激活的作用等原因，再生的植株中存在着特性的变异，这种变异称体细胞无性系的变异。较系统地研究体细胞无性变异是从D.J.海因茨和G.WP，米(1971)报道甘蔗再生植株中存在广泛的形态学、细胞遗传学和同功酶谱变化开始的。现已在一些植物上证明这种变异可以传递到子代去。这种变异在无性繁殖和有性繁殖植物中均存在。变异范围包括形态学和生理生化特点的变异。有很多变异性状是有经济价值的，如抗病性、矮化、抗逆性和丰产性等。利用体细胞无性系变异可以创造更多遗传变异及扩大可利用的种质资源范围，现已育出许多优质高产品种，如含糖量高的甘蔗，高产水稻等。利用体细胞无性系变异育种，因变异频率较高，其中单基因变异可改变作物的个别性状，而不使其他优良性状发生重组及分离，并且筛选变异体既可在田间进行，也可在试管中通过加入特定的筛选剂进行。如采用单倍体细胞作为培养物，隐性变异当代显现利于选择，使育种周期大为缩短。(程治英)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条