allopolyploidy in Vietnamese

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Sentence patterns related to "allopolyploidy"

1. Aster, genetic variation, isozymes, allopolyploidy, diploidization, gene silencing.

2. Glycine spp., allopolyploidy, chromosome pairing, genome.

3. Bromus, allopolyploidy, ITS, ribosomal DNA, phylogeny.

4. Bromus, enzyme electrophoresis, population genetics, colonizing abilities, allopolyploidy.

5. Key words: allopolyploidy, genome evolution, ESTs, retrotransposons, DNA methylation.

6. Key words : chromosome, pairing affinity, quadrivalent frequency, segmental allopolyploidy.

7. Allopolyploidy is preponderant in plants, which often leads to speciation.

8. Aegilops, allopolyploidy, DNA content, DNA sequence elimination, genome size, Triticum, wheat.

9. Key words: linkage map, segmental allopolyploidy, restriction fragment length polymorphism, Poaceae, chromosome pairing.

10. Glycine spp., allopolyploidy, colchicine, genome, intra- and inter-specific hybridization, polyploid complex.

11. Allopolyploidy seems therefore to be the most likely origin of the duplication.

12. The most widely recognized mode of polyploid formation in homosporous ferns is allopolyploidy.

13. Allopolyploidy A type of polyploidy involving the combination of chromosomes from two or more different species.

14. Key words: wheat, allopolyploidy, DNA methylation, genetic diploidization, genome evolution, group (homoeologous) specific sequences.

15. Multiplying the chromosome number in a newly formed hybrid species gives rise to so-called allopolyploidy.

16. Allopolyploidy appears to have played a central role in the chromosome evolution and speciation of Milium.

17. Key words: wheat, allopolyploidy, genome evolution, chromosome- or genome-specific sequences, sequence elimination, homoeologous chromosome differentiation.

18. By comparing ploidy evaluations to morphology, we hypothesize that both autopolyploidy and allopolyploidy contribute to the taxonomic complexity.

19. Neither allopolyploidy level nor the direction of the cross affected the patterns of change in the newly synthesized amphiploids.

20. Conservation of colinear linkage groups among the four genomes indicates that allopolyploidy in Gossypium was not accompanied by extensive chromosomal rearrangement.

21. It is likely that allopolyploidy has occurred in several clades of Centaurium, and the C. muehlenbergii complex shows evidence of diverse introgressive hybridization (G.

22. All of the amphiploids showed diploid-like meiosis in the majority of the sporocytes and did not exhibit expected multivalent associations, a classical example of allopolyploidy.

23. The differentiation of the taxa of the aggregate is ± sympatric, on the diploid level they are isolated by ecological divergence,A. hirsuta s. str. is isolated by allopolyploidy, and all species are facultative selffertilizers; thus hybridization is weak.

24. Thus, it is logical to suggest that the 80-chromosome G. tabacina (NAR) is a complex, probably synthesized from A genome (G. canescens, G. clandestina, G. argyrea, G. tomentella D4 isozyme group) and B genome (G. latifolia, G. microphylla, G. tabacina) species, and the 80-chromosome G. tabacina (WAR) complex was evolved through segmental allopolyploidy from the B genome species. Key words: