Genetics, cytology and evolution of Gossypium.
Genetics, cytology and evolution of Gossypium.
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DOI：
10.1016/s0065-2660(08)60515-5
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发表时间：
1985-01-01
影响因子：
--
通讯作者：
Kohel, R. J.
中科院分区：
文献类型：
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作者：
Endrizzi, J. E.;Turcotte, E. L.;Kohel, R. J.
综述了棉花属植物的遗传突变体、基因符号和遗传连锁，包括栽培种、亚洲二倍体种和新大陆异源四倍体种的遗传突变体、基因符号和遗传连锁，棉花属植物的基因组及其分化和鉴定，棉花属植物的易位，包括起源和鉴定、易位的应用、染色体结构变化和基因组稳定性，以及棉花属植物的染色体结构变化和基因组稳定性。（4）单体，包括单体的起源与鉴定、繁殖行为和用途;（5）单端体及其用途;（6）单异二体;（7）三体、四体和外源染色体添加;（8）异源四倍体物种的起源;（9）异源四倍体起源的时间和地点;（10）异源四倍体的单系起源与多系起源;（11）异源四倍体起源的新证据;（12）异源四倍体的二倍体化;（13）异源四倍体中同源配对的抑制。
The following topics are reviewed: (1) genetic mutants, gene symbols and genetic linkages, including those occurring in cultivated species, Asiatic diploid species and New World allotetraploid species; (2) genomes of Gossypium - their differentiation and identification; (3) translocations, including origin and identification, uses of translocations, and chromosome structural changes and genome stability; (4) monosomes, including origin and identification, breeding behaviour, and uses of monosomes; (5) monotelodisomes and their use; (6) monoisodisomes; (7) trisomes, tetrasomes and alien chromosome additions; (8) origin of the allotetraploid species; (9) time and place of origin of the allotetraploids; (10) monophyletic vs. polyphyletic origin of the allotetraploids; (11) new evidence for the origin of the allotetraploids; (12) diploidization of the allotetraploids and (13) suppression of homoeologous pairing in the allotetraploids.