Results 161 to 170 of about 20,463 (210)
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High mutability in rye (Secale cereale L.)
Mutation Research Letters, 1991Analysis of the rye cultivar Ailés of several descents derived from crosses between plants carrying specific genotypes and/or chromosome constitutions resulted in the detection of high chromosome (2.05 x 10(-2)) and gene (9.3 x 10(-3)) mutation frequencies. The existence of a transposon system responsible for this instability is suggested.
A M, Figueiras +2 more
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1928
Als Stammform des Roggens gilt Secale montanum, zu deutsch Bergroggen, der sich durch seine bruchige Spindel kennzeichnet und ausdauernd ist. Durch Kultur hat der Bergroggen diese Eigenschaft verloren und sich zur Kulturform unseresjetzigen Roggens, der einjahrig ist, umgewandelt. Auch die Bruchigkeit der Spindel hat er hiebei verloren.
Gustav Pammer, Rudolf Ranninger
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Als Stammform des Roggens gilt Secale montanum, zu deutsch Bergroggen, der sich durch seine bruchige Spindel kennzeichnet und ausdauernd ist. Durch Kultur hat der Bergroggen diese Eigenschaft verloren und sich zur Kulturform unseresjetzigen Roggens, der einjahrig ist, umgewandelt. Auch die Bruchigkeit der Spindel hat er hiebei verloren.
Gustav Pammer, Rudolf Ranninger
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Methods in molecular biology (Clifton, N.J.), 2006
Rye (Secale cereale L.) is one of the most recalcitrant plant species for tissue culture and genetic transformation. Embryogenic rye callus loses its ability to regenerate plants quickly in response to high density of Agrobacterium and other stressors.
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Rye (Secale cereale L.) is one of the most recalcitrant plant species for tissue culture and genetic transformation. Embryogenic rye callus loses its ability to regenerate plants quickly in response to high density of Agrobacterium and other stressors.
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An Undescribed Species of Exosporium on Grain of Secale Cereale
Mycologia, 1967(1967). An Undescribed Species of Exosporium on Grain of Secale Cereale. Mycologia: Vol. 59, No. 6, pp. 1097-1101.
J M, Carranza, E S, Luttrell
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2015
Genetic composition for secaline genes was studied in four short stem rye populations (Bolgarskaya korotkostebelnaya, Gnom 1, Gnom 2, and Gnom 3) using the methods of classical hybridological analysis and population genetics. Eight, three, and four alleles of the genes Sec-3, Sec-2 Sec-1 correspondingly have been revealed in the studied populations ...
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Genetic composition for secaline genes was studied in four short stem rye populations (Bolgarskaya korotkostebelnaya, Gnom 1, Gnom 2, and Gnom 3) using the methods of classical hybridological analysis and population genetics. Eight, three, and four alleles of the genes Sec-3, Sec-2 Sec-1 correspondingly have been revealed in the studied populations ...
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2009
Rye (Secale cereale L.) is mainly a European cereal with about 75% of the global production growing in Russia, Belarus, Poland, Germany, and Ukraine. It has the best overwintering ability, and the highest tolerance to drought, salt, or aluminium stress from all small-grain cereals.
H.H. Geiger, T. Miedaner
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Rye (Secale cereale L.) is mainly a European cereal with about 75% of the global production growing in Russia, Belarus, Poland, Germany, and Ukraine. It has the best overwintering ability, and the highest tolerance to drought, salt, or aluminium stress from all small-grain cereals.
H.H. Geiger, T. Miedaner
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Role of benzoxazinones in allelopathy by rye (Secale cereale L.)
Journal of Chemical Ecology, 1987Two phytotoxic compounds [2,4-dihydroxy-1,4(2H)-benzoxazin-3-one (DIBOA) and 2(3H)-benzoxazolinone (BOA)] were previously isolated and identified in 35-day-old greenhouse-grown rye shoot tissue. Both compounds were also detected by TLC in greenhouse-grown root and fieldgrown shoot tissue.
J P, Barnes, A R, Putnam
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2021
Aims. Studying of the molecular-genetic effects of genome duplication in winter rye on cellular, protein and DNA levels. Methods. Cytologic analysis of the chromosome number, the microsporogenesis, karyotype analysis with use C-banding, electrophoresis of the storage proteins - secalins, PCR-analysis with random primers (RAPD). Results.
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Aims. Studying of the molecular-genetic effects of genome duplication in winter rye on cellular, protein and DNA levels. Methods. Cytologic analysis of the chromosome number, the microsporogenesis, karyotype analysis with use C-banding, electrophoresis of the storage proteins - secalins, PCR-analysis with random primers (RAPD). Results.
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Allozyme variation in rye, Secale cereale L.
Theoretical and Applied Genetics, 1987Eleven samples of eight European commercial varieties of winter rye were examined at eight polymorphic enzyme loci. Genotype frequencies fitted Hardy-Weinberg expectations at all loci in all samples studied. Of the total genetic diversity recorded at the 8 loci, only 7% was expressed between varieties.
Adam, D., Simonsen, V., Loeschcke, V.
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2007
Valutazione dell'adattabilità della segale in un ambiente mediterraneo del sud ...
d'Andria R. +6 more
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Valutazione dell'adattabilità della segale in un ambiente mediterraneo del sud ...
d'Andria R. +6 more
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