Divergence between C-melo and African Cucumis Species Identified by Chromosome Painting and rDNA Distribution Pattern
文献类型: 外文期刊
第一作者: Li, Kunpeng
作者: Li, Kunpeng;Sun, Jianying;Li, Zongyun;Han, Yonghua;Wang, Huaisong;Wang, Jiming
作者机构:
关键词: Chromosome painting;Cucumis species;Fluorescent in situ hybridization;rDNA
期刊名称:CYTOGENETIC AND GENOME RESEARCH ( 影响因子:1.636; 五年影响因子:1.943 )
ISSN:
年卷期:
页码:
收录情况: SCI
摘要: The 5S and 45S rDNA sites are useful chromosome landmarks and can provide valuable information about karyotype evolution and species interrelationships. In this study, we employed fluorescence in situ hybridization (FISH) to determine the number and chromosomal location of 5S and 45S rDNA loci in 8 diploid Cucumis species. Two oligonucleotide painting probes specific for the rDNA-bearing chromosomes in C. melo were hybridized to other Cucumis species in order to investigate the homeologies among the rDNA-carrying chromosomes in Cucumis species. The analyzed diploid species showed 3 types of rDNA distribution patterns, which provided clear cytogenetic evidence on the divergence between C. melo and wild diploid African Cucumis species. The present results not only show species interrelationships in the genus Cucumis, but the rDNA FISH patterns can also be used as cytological markers for the discrimination of closely related species. The data will be helpful for breeders to choose the most suitable species from various wild species for improvement of cultivated melon. (C) 2016 S. Karger AG, Basel
分类号: Q1
- 相关文献
作者其他论文 更多>>
-
Membralin is required for maize development and defines a branch of the endoplasmic reticulum-associated degradation pathway in plants
作者:Liu, Baiyu;Zhang, Ke;Qi, Shoumei;Jin, Zhe;Chen, Donghua;Zhang, Wei;Zhang, Kewei;Li, Kunpeng;Xu, Changzheng;He, Qiuxia;Cheng, Wen;Ding, Zhaohua;Zhao, Xiangyu
关键词:endoplasmic reticulum-associated degradation; maize; membralin; plant development; unfold protein response
-
Arbuscular mycorrhizal fungi reduce ammonia emissions under different land-use types in agro-pastoral areas
作者:Wang, Huaisong;Tian, Yibo;Cui, Nan;Guo, Jixun;Shi, Lianxuan;Zhang, Tao;Guo, Rui;Wang, Xinxin;Wang, Lei;Yang, Zhongbao;Li, Shuying
关键词:agricultural intensification; grassland management; functional genes; plant N uptake; N leaching; N loss
-
Biocontrol of black rot of sweetpotato by Pichia pastoris recombinant strain expressing chitinase IbChiA
作者:Wang, Fangrui;Deng, Huangyue;Wu, Qian;Zhang, Jian;Li, Zongyun;Liu, Meiyan;Sun, Houjun;Zhang, Liming
关键词:IbChiA; Pichia pastoris; Biocontrol; Sweetpotato; Ceratocystis fimbriata
-
A universal design of restructured dimer antigens: Development of a superior vaccine against the paramyxovirus in transgenic rice
作者:Ma, Fanshu;Zhang, Longxian;Zhang, Erqin;Zhang, Gaiping;Ma, Fanshu;Zhang, Gaiping;Ma, Fanshu;Zhang, Gaiping;Ma, Fanshu;Zhang, Gaiping;Ma, Fanshu;Xu, Qianru;Yang, Daichang;Li, Qingmei;Guo, Junqing;Li, Rui;Wang, Li;Wang, Yanan;Zhao, Xiangyue;Chai, Shujun;Yin, Heng;Li, Kunpeng;Rao, Zihe;Rao, Zihe;Rao, Zihe
关键词:structural vaccine; transgenic rice; BCR; paramyxovirus
-
Novel Multiresistant Osmotin-like Protein from Sweetpotato as a Promising Biofungicide to Control Ceratocystis fimbriata by Destroying Spores through Accumulation of Reactive Oxygen Species
作者:Deng, Huangyue;Wang, Fangrui;Wu, Qian;Ni, Rui;Li, Zongyun;Zhang, Jian;Liu, Meiyan;Sun, Houjun;Ma, Jukui;Zhang, Liming
关键词:sweetpotato; osmotin-like protein; Ceratocystisfimbriata; fungicidal effect; ROS; apoptosis
-
A Small Auxin-Up RNA Gene, IbSAUR36, Regulates Adventitious Root Development in Transgenic Sweet Potato
作者:Zhou, Yuanyuan;Li, Aixian;Du, Taifeng;Qin, Zhen;Zhang, Liming;Wang, Qingmei;Hou, Fuyun;Li, Zongyun
关键词:IbSAUR36; adventitious root development; lignin; IAA; JA; sweet potato
-
IbINV Positively Regulates Resistance to Black Rot Disease Caused by Ceratocystis fimbriata in Sweet Potato
作者:Yang, Dongjing;Jin, Rong;Gao, Fangyuan;Chen, Jingwei;Ma, Jukui;Tang, Wei;Zhang, Chengling;Sun, Houjun;Xie, Yiping;Ma, Daifu;Bian, Xiaofeng;Kim, Ho Soo;Kwak, Sang-Soo;Li, Zongyun
关键词:sweet potato; invertase; plant growth; black rot disease; sugar metabolism