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Chromosome banding in Amphibia
Chromosoma, 1988Fixed metaphase chromosomes of several species of Amphibia were treated with various restriction endonucleases and subsequently stained with Giemsa. Metaphases of man and chicken were examined in parallel under the same experimental conditions for comparison.
M, Schmid, C G, de Almeida
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Nomenclature: Additional chromosome bands
Clinical Genetics, 1975Additional interstitial and telomere bands in human chromosomes are described using the R‐banding technique. Some telornere hands show similarities to terminal Q‐bands reported in the chimpanzee.
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Microdissection of banded human chromosomes
Human Genetics, 1990Physical dissection of metaphase chromosomes is the most straightforward approach for the isolation of DNA sequences from specific chromosome regions. However, conventional microdissection techniques are too crude and inefficient for analysis of the human genome.
G, Senger +3 more
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Genome, 1989
Chromosome banding was first discovered by Darlington and his then assistant, La Cour, in 1938. Their technique consisted essentially of keeping the living material at low temperature for a given time, followed by conventional staining. Thirty years later, the second very significant breakthrough was made by Caspersson and his co-workers (1968) who ...
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Chromosome banding was first discovered by Darlington and his then assistant, La Cour, in 1938. Their technique consisted essentially of keeping the living material at low temperature for a given time, followed by conventional staining. Thirty years later, the second very significant breakthrough was made by Caspersson and his co-workers (1968) who ...
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Chromosome Bandings and Recognition
Chromosome banding can be defined as the lengthwise variation in staining properties along a chromosome stained with a dye. Chromosome banding became more practical in the early 1970s and is an essential technique used in karyotyping to identify human chromosomes for both clinical and research purposes. Most importantly, karyotyping is now considered aThomas S K, Wan, Edmond S K, Ma
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2000
The most extensively exploited and paradoxically the least well understood property of chromosomes is that of displaying along their arms a succession of more or less strongly coloured bands after staining or other special treatments. These reproducible and distinctive banding patterns are characteristic to each chromosome.
H. Hayes +3 more
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The most extensively exploited and paradoxically the least well understood property of chromosomes is that of displaying along their arms a succession of more or less strongly coloured bands after staining or other special treatments. These reproducible and distinctive banding patterns are characteristic to each chromosome.
H. Hayes +3 more
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Chromosome banding studies in cattle
Research in Veterinary Science, 1978A recent advance in the field of cytogenetics has been the ability to stain differentially specific areas or bands on the fixed chromosome. In terms of clinical and paraclinical work C- and G-bands have been of most value to date in allowing precise identification of chromosome homologues even in species such as cattle, where the vast majority of ...
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Banding Pattern of Human Chromosomes
Nature New Biology, 1971STUDIES of mammalian chromosomes have advanced rapidly since the introduction of the quinacrine fluorescence technique1 and other procedures which are believed to locate repetitive DNA sequences in cytological chromosome preparations2,3. To improve these techniques, a method has been developed which can provide further information about chromosome ...
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