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E. Månsby, O. Díaz, R. Bothmer (2000)
Preliminary study of genetic diversity in Swedish flax (Linum usitatissimum)Genetic Resources and Crop Evolution, 47
O. Schrader, R. Ahne, J. Fuchs, I. Schubert (1997)
Karyotype analysis of Helianthus annuus using Giemsa banding and fluorescence in situ hybridizationChromosome Research, 5
(1998)
Computer and Visual Analyses of G-like Banding Patterns of Matricaria chamomilla Chromosomes
(1999)
The Use of RAPD Analysis to Establish the Taxonomic Status of Wild Relatives of Cultivated Flax , Dokl
(1999)
Prospects of the Use of Protein Markers to Study Taxonomy and Evolution of the Genus Linum
(1997)
Optimierung und Anwendung biotechnologischer Methoden in der Zuchtung von Lein (Linum usitatissimum L.)
D. Scweizer (1980)
The Plant Genome
T.E. Samatadze, O.V. Muravenko, A.V. Zelenin (1998)
Comparison of Chromosome C-banding Patterns in the Karyotypes of Three Species of the Genus Matricaria L.Genetika, 34
M. Olin-Fatih, W. Heneen (1992)
C-banded karyotypes of Brassica campestris, B. oleracea, and B. napusGenome, 35
T. Samatadze, O. Muravenko, A. Zelenin (1998)
COMPARISON OF C-BANDED CHROMOSOMES IN KARYOTYPES OF THREE SPECIES OF THE GENUS MATRICARIA L.Russian Journal of Genetics, 34
W. Lewis (1964)
A HEXAPLOID LINUM (LINACEAE) FROM EASTERN ETHIOPIA, 1
(2000)
RAPD Analysis of Cultivated Flax Linum usitatissimum L. Cultivars and Hybrids Differing in Productivity
M. Baranek, M. Kadlec, J. Raddova (2002)
Evaluation of Genetic Diversity in 19 Glycine max (L.) Merr. Accessions Included in the Czech National Collection of Soybean GenotypesCzech J. Genet. Plant Breed., 38
O.V. Muravenko, E.D. Badaeva, A.V. Amosova (2001)
Localization of DNA Probes Directed to Human Ribosomal Genes on Barley ChromosomesGenetika, 37
E. Badaeva, B. Friebe, B. Gill (1996)
Genome differentiation in Aegilops. 1. Distribution of highly repetitive DNA sequences on chromosomes of diploid species.Genome, 39 2
B. Harris (1968)
CHROMOSOME NUMBERS AND EVOLUTION IN NORTH AMERICAN SPECIES OF LINUMAmerican Journal of Botany, 55
(1998)
Peculiarities of Studying the Heterochromatic Regions of Small Plant Chromosomes , Dokl
(1999)
The Use of Molecular Markers to Study Genetic Diversity in Flax, Dokl
C. Ramachandran, W. Brandenburg, A. Nijs (1985)
Infraspecific variation in C-banded karyotype and chiasma frequency inCucumis sativus (Cucurbitaceae)Plant Systematics and Evolution, 151
(1999)
Preliminary Study of Genetic Diversity in Swedish Flax ( Linim usi - tatissimum )
T.E. Samatadze, O.V. Muravenko, G.I. Klimakhin, A.V. Zelenin (1997)
Analysis of Intraspecific Polymorphism of C-Banding Patterns in Matricaria chamomilla L. (syn. M. recutita L.)Genetika, 33
(1996)
Random Amplified Polymorphic DNA ( RAPD ) Markers in Hop , Humulus lupinus : Level of Genetic Variability and Segregation in F 1 Prog
Richard Schneeberger, Gary Creissen, C. Cullis (1989)
Chromosomal and molecular analysis of 5S RNA gene organization in the flax, Linum usitatissimum.Gene, 83 1
A. Amosova, N. Badaev, D. apos, L. yachenko, V. Onoprienko, L. Kaminir (1989)
The area of silver stained nucleolus organizing regions of wheat chromosomes correlates with ribosomal gene contentProceedings of the USSR Academy of Sciences, 305
(1990)
Sequence Changes and Stress, in Mobil’nost’ genoma rastenii (Mobility of the Plant Genome)
(1997)
Analysis of Intraspecific Polymorphism of C-Banding Patterns in Matricaria chamomilla L
K. Gill, D. Yermanos (1967)
Cytogenetic Studies on the Genus Linum1 II. Hybrids Among Taxa With Nine as the Haploid Chromosome NumberCrop Science, 7
A. Seetharam (1972)
Interspecific hybridization in LinumEuphytica, 21
F. Bardakci (2001)
Random Amplified Polymorphic DNA (RAPD) MarkersTurkish Journal of Biology, 25
(2002)
RAPD Analysis of Genetic Relationships of Seven Flax Species in the Genus Linum L., Gen
(1999)
The Use of RAPD and STS Analyses to Obtain Gene Markers for Homeological Group 5 of Soft Wheat Chromosomes
N.M. Chernomorskaya, A.K. Ctankevich (1987)
To the Problem of Intraspecific Classification of Swedish Flax Linum usitatissimum L.Sbornik nauchnykh trudov po prikladnoi botanike, genetike, selektsii (Collection of Works on Applied Botany, Genetics, and Breeding), 113
(1989)
The Area of Ag-Stained Nucleolus-Organizing Regions of Soft Wheat Chromosomes Correlates with the Ribosomal Gene
M. Nei, W. Li (1979)
Mathematical model for studying genetic variation in terms of restriction endonucleases.Proceedings of the National Academy of Sciences of the United States of America, 76 10
M. Chennaveeraiah, K. Joshi (1983)
Karyotypes in cultivated and wild species of LinumCytologia, 48
Á. Löve (1972)
IOPB CHROMOSOME NUMBER REPORTS XXXVTaxon, 21
N. Simmonds (1994)
Domestication of Plants in the Old World (Second Edition). By D. Zohary and M. Zopf. Oxford: Clarendon Press (1993), pp. 278, £35.00. ISBN 0-19-854795-1.Experimental Agriculture, 30
(2000)
Preliminary Study of Genetic Diversity in Swedish Flax (Linim usitatissimum), Gen
(1997)
Optimierung und Anwendung biotechnologischer Methoden in der Zuchtung von Lein ( Linum usitatissimum L . ) , Vortr
(1985)
Intraspecific Variation in CBanded Karyotype and Chiasma Frequency in Cucumis sativus ( Cucurbitaceae ) , Plant Syst
C.A. Cullis (1990)
Mobil'nost' genoma rastenii (Mobility of the Plant Genome)
Stegniĭ Vn, Chudinov IuV, Salina Ea (2000)
RAPD analysis of the flax (Linum usitatissimum L.) varieties and hybrids of various productivity, 36
G. Robbelen, R. Downey, A. Ashri (1989)
Oil Crops of the World
Yong-Bi Fu, G. Peterson, A. Diederichsen, Ken Richards (2002)
RAPD analysis of genetic relationships of seven flax species in the genus Linum LGenetic Resources and Crop Evolution, 49
(2001)
The Use of RAPD Analysis to Establish the Taxonomic Status of Wild Relatives of Cultivated Flax
O. Muravenko, E. Badaeva, A. Amosova, N. Shostak, K. Popov, A. Zelenin (2001)
Localization of Human Ribosomal Gene DNA Probes on Barley ChromosomesRussian Journal of Genetics, 37
M. Agarwal, J. Aldrich, A. Agarwal, C. Cullis (1992)
The flax ribosomal RNA-encoding genes are arranged in tandem at a single locus interspersed by 'non-rDNA' sequences.Gene, 120 2
(1997)
Comparison of Chromosome Cbanding Patterns in the Karyotypes of Three Species of the Genus
D. Schweizer, D. Davies, D. Hopwood (1980)
Fluorescent chromosome banding in plants: applications, mechanisms, and implications for chromosome structure.
(2001)
The Area of Ag - Stained Nucleolus - Organizing Regions of Soft Wheat Chromosomes Correlates with the Ribosomal Gene Content
(2001)
Peculiarities of Studying the Heterochromatic Regions of Small Plant Chromosomes
W. Gerlach, J. Bedbrook (1979)
Cloning and characterization of ribosomal RNA genes from wheat and barley.Nucleic acids research, 7 7
C. Ray (1944)
CYTOLOGICAL STUDIES ON THE FLAX GENUS, LINUMAmerican Journal of Botany, 31
E. Khlestkina, E. Salina, I. Leonova, L. Laíkova, S. Koval (1999)
[Use of RAPD- and STS-analysis for marking genes of a homeologic group from chromosome 5 of common wheat].Genetika, 35 10
D. Zohary, M. Hopf (1988)
Domestication of Plants in the Old Word
Chromosome C-banding patterns were analyzed in three closely related flax species (Linum usitatissimumL., 2n = 30; L. angustifolium Huds., 2n = 30; and L. bienneMill., 2n = 30) and their hybrids. In each case, the karyotype included metacentrics, submetacentrics, and one or two satellite chromosomes. Chromosomes of the three flax species were similar in morphology, size (1–3 μm), and C-banding pattern and slightly differed in size of heterochromatic regions. In all accessions, a large major site of ribosomal genes was revealed by hybridization in the pericentric region of a large metacentric. A minor 45S rDNA site was observed on a small chromosome in L. usitatissimum and L. bienne and on a medium-sized chromosome in L. angustifolium. Upon silver staining, a nucleolus-organizing region (NOR) was detected on a large chromosome in all species. InL. angustifolium, an Ag-NOR band was sometimes seen on a medium-sized chromosome. In the karyotypes of interspecific hybrids, silver-stained rDNA loci were observed on satellite chromosomes of both parental species. RAPD analysis with 22 primers revealed a high similarity of the three species. The greatest difference was observed between L. angustifolium and the other two species. The RAPD patterns of L. bienne and L. usitatissimum differed in fewer fragments. A dendrogram of genetic similarity was constructed for the three flax species on the basis of their RAPD patterns. Genome analysis with chromosome and molecular markers showed thatL. bienne must be considered as a subspecies of L. usitatissimum rather than a separate species. The three species were assumed to originate from a common ancestor, L. angustifoliumbeing closest to it.
Russian Journal of Genetics – Springer Journals
Published: Oct 7, 2004
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