1) Hull characters
谷壳性状
2) grain character
谷粒性状
1.
Somaclonal variation on grain characters of progeny and its F_1 hybrids from regenerated plants for rice early maturing restores line 402;
水稻早恢402体细胞无性系及其杂种F_1谷粒性状的变异分析
2.
Difference between somatic progenies from regenerated plants and donor parent, F 1 hybrids of somatic progeny and parent on 8 grain characters were compared.
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。
3) Grain traits
谷粒性状
1.
Genetic effect analysis of grain traits was based on the experiment of paddy rice by using an addative-dominance genetic model(AD).
以489A等6个不育系和94FR 30等6个恢复系配制不完全双列杂交组合,采用数量性状加性-显性遗传模型(AD),对粳稻谷粒性状进行了遗传分析。
2.
The plant type,yield components,grain traits,combining ability and inheritance of 14 agronomic traits were studied,as well as the breeding utilization of the 4 new restores were evaluated.
研究了在相同栽培环境条件下三系杂交稻的株型、产量构成、谷粒性状及14个农艺性状,并分析了杂交稻的14个农艺性状的配合力效应及其遗传规律。
3.
To offer useful information for breeding cultivars with both high yield and good quality,we investigated the correlation between panicle angle and seven grain traits of Bing 8979(erect panicle;P1),C Bao(curved panicle;P2) and 349 recombinant inbred lines derived from the cross P1×P2.
谷粒性状与产量和品质都有关联。
4) seed coat characters
种壳性状
1.
Genetic effects of seed coat characters and their related characteristics in triploid watermelon were analyzed by additive-dominant genetic model based on thirty-six F_1 hybrids which were crossed by six female parents of four ecotypes and six male parents of same ecotype according to North Carolina II crossing design.
选用西瓜4个生态型的6个四倍体自交系作母本和同一生态型的6个二倍体自交系作父本,按NC II(north carolina II)遗传交配设计方法配制6×6个杂种F1,采用加性-显性遗传模型分析西瓜种壳性状的遗传效应。
5) cyan-shell trait
青壳性状
6) white-shell trait
白壳性状
补充资料：毛发性状测试仪
分子式：
CAS号：
性质：一种专门用于人的头发的性质与状态评价、测试的仪器。通过将被测头发的形态等各种信息与仪器本身的贮存的各种信息数据相比较，经过一系列分析、处理后即可显示或打印出所测头发的性质、状态等测试结果，可为头发保养、发用产品的选用及研究、开发提供客观依据。
CAS号：
性质：一种专门用于人的头发的性质与状态评价、测试的仪器。通过将被测头发的形态等各种信息与仪器本身的贮存的各种信息数据相比较，经过一系列分析、处理后即可显示或打印出所测头发的性质、状态等测试结果，可为头发保养、发用产品的选用及研究、开发提供客观依据。
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