1) trait heritability
性状遗传力
1.
The effects of trait heritability and QTL variance on genetic response,change of favorable QTL allele frequency and inbreeding coefficient from marker assisted selection (MAS) were analyzed.
在采用动物模型标记辅助最佳线性无偏预测方法对个体育种值进行估计的基础上 ,模拟了在一个闭锁群体内连续对单个性状选择 1 0个世代的情形 ,并系统地比较了性状遗传力和QTL方差对标记辅助选择所获得的遗传进展、QTL增效基因频率和群体近交系数变化的影响。
2) heredity of nutrition character
营养性状遗传力
3) Genetic character
遗传性状
1.
The main genetic characters of root,stem and leaf of one-year and two-year Bupleurum chinense were studied contrastively.
在对柴胡群体多年观察的基础上,将柴胡划分为宽叶型、长叶型和中间型3个不同类型,比较研究了3个类型一年生和二年生同生群根、茎、叶等主要遗传性状。
2.
An investigation on genetic character was conducted to cucumber parents and its F1( Haida 2098).
对黄瓜亲本及F1代(海大2098)的植物学性状、商品性、抗病性、及丰产性进行遗传性状分析。
3.
Objective:To understand the features of some genetic characters of Maonan nationality in Guizhou.
目的:了解贵州毛南族部分遗传性状的分布特征。
4) genetic characters
遗传性状
1.
Method:In order to compare the genetic characters of the distant hybridization crucian (Carassius auratus cuvieri ♀ × Cyprinus carpio var.
方法:通过试验,从形态、生长、发育、生化方面比较了远缘鲫(白鲫♀×兴国红鲤♂)与其亲本的若干遗传性状。
5) hereditary character
遗传性状
1.
The tissue culture plantlets grew more uniformly and showed stable hereditary characters, good productive capacity and higher yield by 4.
15%,并具有稳定的遗传性状和良好的生产性能。
2.
15% than that of hard stem cutting plants and stable hereditary characters and good productive capacit
15%,具有稳定的遗传性状和良好的生产性能。
6) character heredity
性状遗传
1.
The genetic analysis of eight main characters showed that the main characters of nut of F1 generation were separated complicatedly and widely, which belonged to quantitative character heredity controlled by multigenic.
对杂种F1代坚果8个主要性状的遗传分析表明:杂种F1代坚果的主要性状广泛复杂分离,为多基因控制呈数量性状遗传。
2.
The genetic analysis of eight main characters showed that the main characters of nut of F_1 generation were separated complicatedly and widely,which belonged to quantitative character heredity controlled by multigenic.
对杂种 F_1代坚果8个主要性状的遗传分析表明:杂种 F_1代坚果的主要性状广泛复杂分离,为多基因控制呈数量性状遗传。
补充资料:遗传性状
遗传性状
inheritance character
指生物体能世代相传的一切形态特征、生理特性、代谢类型、行为本能等的通称。系生物体内遗传物质基础在个体发育过程中与环境、时间因子相互作用的结果。
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