给个一句话评价的话：GL6是一款让我们觉得赏心大于悦目的家用级MPV……即使我个人而言并不关注这个级别的车型,我都听到身边朋友不止一次提起过GL6。它真的不会像法拉利最近刚发布的FXX K Evo让很多拥趸在梦里魂牵梦绕,求而不得,但我...给个一句话评价的话：GL6是一款让我们觉得赏心大于悦目的家用级MPV……即使我个人而言并不关注这个级别的车型,我都听到身边朋友不止一次提起过GL6。它真的不会像法拉利最近刚发布的FXX K Evo让很多拥趸在梦里魂牵梦绕,求而不得,但我们认为GL6受到的大众关注度肯定创造了一个让人吃惊的高度,特别是那些业已或即将建立一个幸福家庭的普通汽车消费者。展开更多
The pubescence of the leaf blade surface is an important agronomic characteristic for rice morphology and significantly influences rice growth as well as physiological characteristics. This characteristic was analyzed...The pubescence of the leaf blade surface is an important agronomic characteristic for rice morphology and significantly influences rice growth as well as physiological characteristics. This characteristic was analyzed in F1 and F2 plants derived by crossing cultivar 75-1-127 with the indica cultivar Minghui 63, as well as the glabrous cultivar Lemont and indica cultivar 9311. Results indicated that the pubescence of the leaf blade surface was a dominant trait and controlled by a single gene. The GL6 gene was primarily mapped on rice chromosome 6 with recessive F2 population derived from 75-1-127/Minghui 63 by combining bulked segregation analysis and recessive class analysis using the Mapmaker3.0/MapDraw software. The genetic distances between the simple sequence repeat markers RM20491 and RM20547 were 7.2 and 2.2 cM, respectively. The GL6 gene was fine mapped in the interval between InDel-106 and InDel-115 at genetic distances of 0.3 and 0.1 cM, respectively. The large, recessive F2 population was derived from 75-1-127/Minghui 63. A high-resolution genetic and physical map of GL6 was constructed. Derived from the map-based sequences published by the International Rice Genome Sequencing Project, the GL6 gene was localized at an interval of 79 (japonica) and 116.82 kb (9311) bracketed by InDel-106 and InDel-115 within the BAC accession numbers AP008403 and AP005760. Seven annotated genes (japonica) and eight annotated genes (9311) were present. The basis was further set for GL6 cloning and function analysis.展开更多
文摘给个一句话评价的话：GL6是一款让我们觉得赏心大于悦目的家用级MPV……即使我个人而言并不关注这个级别的车型,我都听到身边朋友不止一次提起过GL6。它真的不会像法拉利最近刚发布的FXX K Evo让很多拥趸在梦里魂牵梦绕,求而不得,但我们认为GL6受到的大众关注度肯定创造了一个让人吃惊的高度,特别是那些业已或即将建立一个幸福家庭的普通汽车消费者。
基金supported by the National Key Basic Research Program of China (2012CB723003)National High Technology Research and Development Program of China (2010AA101801 and 2010AA101804)Science and Technology Innovation Foundation of Fujian Academy of Agricultural Sciences supported by the Financial Department of Fujian Government (STIF-Y04)
文摘The pubescence of the leaf blade surface is an important agronomic characteristic for rice morphology and significantly influences rice growth as well as physiological characteristics. This characteristic was analyzed in F1 and F2 plants derived by crossing cultivar 75-1-127 with the indica cultivar Minghui 63, as well as the glabrous cultivar Lemont and indica cultivar 9311. Results indicated that the pubescence of the leaf blade surface was a dominant trait and controlled by a single gene. The GL6 gene was primarily mapped on rice chromosome 6 with recessive F2 population derived from 75-1-127/Minghui 63 by combining bulked segregation analysis and recessive class analysis using the Mapmaker3.0/MapDraw software. The genetic distances between the simple sequence repeat markers RM20491 and RM20547 were 7.2 and 2.2 cM, respectively. The GL6 gene was fine mapped in the interval between InDel-106 and InDel-115 at genetic distances of 0.3 and 0.1 cM, respectively. The large, recessive F2 population was derived from 75-1-127/Minghui 63. A high-resolution genetic and physical map of GL6 was constructed. Derived from the map-based sequences published by the International Rice Genome Sequencing Project, the GL6 gene was localized at an interval of 79 (japonica) and 116.82 kb (9311) bracketed by InDel-106 and InDel-115 within the BAC accession numbers AP008403 and AP005760. Seven annotated genes (japonica) and eight annotated genes (9311) were present. The basis was further set for GL6 cloning and function analysis.
