Results 271 to 280 of about 18,741 (315)
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Chromosome painting in plants

Methods in Cell Science, 2001
The current 'state-of-art' as to chromosome painting in plants is reviewed. We define different situations described as painting so far: i) Genomic in situ hybridisation (GISH) with total genomic DNA to distinguish alien chromosomes on the basis of divergent dispersed repeats, ii) 'Chromosomal in situ suppression' (CISS) hybridisation with chromosome ...
Schubert, I.   +3 more
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Cross-species chromosome painting

Nature Protocols, 2006
Comparative genomics is an important and expanding field of research, and the genome-wide comparison of the chromosome constitution of different species makes a major contribution to this field. Cross-species chromosome painting is a powerful technique for establishing chromosome homology maps, defining the sites of chromosome fusions and fissions ...
Willem, Rens   +3 more
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Comparative painting of mammalian chromosomes

Current Opinion in Genetics & Development, 1997
Comparative chromosome painting has shown that synteny has been conserved for large segments of the genome in various placental mammals. Advances such as spectral karyotyping and multicolour 'bar coding' lend speed and precision to comparative molecular cytogenetics. Reciprocal chromosome painting and hybridizations with probes such as yeast artificial
J. WIENBERG, STANYON, ROSCOE ROBERT
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Chromosome arm painting probes

Nature Genetics, 1996
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Jiang, Y   +5 more
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Chromosome painting of Amigo wheat

Theoretical and Applied Genetics, 1994
Chromosome painting using multicolor fluorescence in situ hybridization showed that, in addition to the T1AL·1RS translocation derived from rye, a segment from chromosome 3Ae#1 of Agropyron elongatum (2n=10x =70), is present in Amigo wheat. The Agropyron chromosome segment is located on the satellite of chromosome 1B and the translocation chromosome is
J, Jiang, B, Friebe, B S, Gill
openaire   +2 more sources

Comparative Chromosome Painting

Russian Journal of Genetics, 2002
The review of the data on comparative chromosomal painting in mammals is presented. The devel- opment of new molecular-cytogenetic methods has resulted in the accumulation of the detailed information on homology of chromosomal segments of more than 50 species from 11 orders.
E. Z. Alkalaeva   +3 more
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Chromosome paints from single copies of chromosomes

Chromosome Research, 2004
We have used OmniPlex library technology to construct chromosome painting probes from single copies of flow sorted chromosomes. We show that this whole genome amplification technology is particularly efficient at amplifying single copies of chromosomes for the production of paints and that single aberrant chromosomes can be analysed in this way using ...
Susan, Gribble   +4 more
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Microdissection and chromosome painting of plant B chromosomes

Methods in Cell Science, 2001
Plant chromosome microdissection techniques together with different isolation and amplification methods of microisolated DNA are described. Such isolated DNA was used to 'chromosome paint' B chromosomes of the dicot Brachycome dichromosomatica and the monocot Secale cereale. It is demonstrated that the specific painting of the described chromosomes was
A, Houen, B L, Field, V A, Saunders
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Chromosome Painting for Plant Biotechnology

2010
Fluorescence in situ hybridization (FISH) is an invaluable tool for chromosome analysis and engineering. The ability to visually localize endogenous genes, transposable elements, transgenes, naturally occurring organellar DNA insertions - essentially any unique sequence larger than 2 kb - greatly facilitates progress.
Akio, Kato   +7 more
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Chromosome Painting Using Chromosome-Specific BAC Clones

2023
Chromosome painting (CP) refers to visualization of large chromosome regions, chromosome arms or entire chromosomes via fluorescence in situ hybridization (FISH) of chromosome-specific DNA sequences. For CP in crucifers (Brassicaceae), typically contigs of chromosome-specific bacterial artificial chromosomes (BAC) from Arabidopsis thaliana are applied ...
Terezie M, Mandáková, Martin A, Lysak
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