Bent varieties and straight varieties were made as parents for the genetic analysis to investigate cucumber bending genetic mechanism. The results showed that the bent characters of the cucumber fruit （BCCF） were qu...Bent varieties and straight varieties were made as parents for the genetic analysis to investigate cucumber bending genetic mechanism. The results showed that the bent characters of the cucumber fruit （BCCF） were quantitative inheritance controlled by multiple genes and major genes. The additive effect played the main role and the dominance effect played the lesser role. Compared with the additive environmental variance, the dominant-environmental variance was more important and the cucumber fruit was more easily affected by the additive effect. The broad heritability and the narrow heritability of BCCF were both higher. The varieties of D0455 and D07299 could be used as parents which were benefit for improving the straight characters of the cucumber fruit展开更多
基金Supported by 863 Projects (2006AA10Z1B9)Heilongjiang Science and Technology Innovation Team Project (2009td07)
文摘Bent varieties and straight varieties were made as parents for the genetic analysis to investigate cucumber bending genetic mechanism. The results showed that the bent characters of the cucumber fruit （BCCF） were quantitative inheritance controlled by multiple genes and major genes. The additive effect played the main role and the dominance effect played the lesser role. Compared with the additive environmental variance, the dominant-environmental variance was more important and the cucumber fruit was more easily affected by the additive effect. The broad heritability and the narrow heritability of BCCF were both higher. The varieties of D0455 and D07299 could be used as parents which were benefit for improving the straight characters of the cucumber fruit
