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Cytoplasmic male sterility
P = Pampa cytoplasm (339)
V = Cytoplasm of VAVILOV type (368)
C = Cytoplasm of wild rye, Secale montanaum (369)
R = Cytoplasm of rye (370)
S = Mutated cytoplasm of “Kärtner” rye (349)
G29 = Mutated cytoplasm of “Schlägler alt” rye (368)
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EXTENSIONAL INFORMATION
R. Schlegel
Rye (Secale cereale L.): A younger Crop Plant with Bright Future.
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EXTENSIONAL INFORMATION
R. Schlegel
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Rye, Secale cereale, 2n=2x=14, Chromomere patterns of some prophase chromosomes
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Rye waxy gene:
The complete genomic and cDNA sequences of the Waxy gene encoding granule-bound starch synthase I (GBSSI) is isolated from the rye genome and characterized. The full-length rye waxy genomic DNA and cDNA are 2767 bp and 1815 bp, respectively. The genomic sequence has 11 exons interrupted by 10 introns. The rye waxy gene is GC-rich, with a higher GC frequency in the coding region, especially in the third position of the codons. Exon regions of the rye waxy gene are more conserved than intron regions when compared with the homologous sequences of other cereals. The mature rye GBSSI proteins share more than 95% sequence identity with their homologs in wheat and barley. A phylogenetic tree based on sequence comparisons of available plant GBSSI proteins shows the evolutionary relationship among waxy genes from rye and other plant genomes. The identification of the rye waxy gene will enable the manipulation of starch metabolism in rye and triticale. The gene is most related to wx locus on wheat chromosome 7A, i.e. on homoöologous rye segments of 2R, 4R, 6R, or 7R, however most likely on 7RL since a recessive allele is located there (455)
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