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Satellite DNA sequences of Drosophila melanogaster
Journal of Molecular Biology, 1975Abstract Three of the four major satellite DNAs of Drosophila melanogaster were isolated by centrifugation in Ag + Cs 2 SO 4 gradients. The satellites were characterized by buoyant density analysis in neutral and alkaline CsCl and by thermal melt analysis, and were judged to be pure by these criteria.
S A, Endow, M L, Polan, J G, Gall
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Satellite DNA in differentiating chick tissues
Journal of Cellular Physiology, 1978AbstractEmbryonic chick DNA from different tissues was examined for differences which might indicate specific DNA amplification in somatic cells. The problem was approached by determining the DNA compositional heterogeneity and searching for possible variation in different tissues of the 12‐day chick.
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Inserted Sequences in Bovine Satellite DNA's
Science, 1981The nucleotide sequence of the 1413-base-pair repeat unit of bovine 1.711a satellite DNA (density in cesium chloride, 1.711 grams per cubic centimeter) has been determined. The repeat unit contains two segments consisting of variants of a basic 23-base-pair sequence that is closely related to sequences of bovine 1.706 satellite DNA.
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1986
Detection of satellite DNAs was stimulated by the development of density gradient ultracentrifugation methods. Equilibrium ultracentrifugation in the density gradient suggested by Meselson and co-workers (Meselson et al. 1957) is one of the most valuable methods of DNA fractionation and characterization.
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Detection of satellite DNAs was stimulated by the development of density gradient ultracentrifugation methods. Equilibrium ultracentrifugation in the density gradient suggested by Meselson and co-workers (Meselson et al. 1957) is one of the most valuable methods of DNA fractionation and characterization.
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Satellite DNA in photosynthetic bacteria
Biochemical and Biophysical Research Communications, 1966Y, Suyama, J, Gibson
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