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Your search keyword '"Podkolodnaya O"' showing total 4 results
Start Over Author "Podkolodnaya O" Journal bioinformatics
4 results on '"Podkolodnaya O"'

1. Integrated databases and computer systems for studying eukaryotic gene expression.

Author

Kolchanov, N A, primary, Ponomarenko, M P, additional, Frolov, A S, additional, Ananko, E A, additional, Kolpakov, F A, additional, Ignatieva, E V, additional, Podkolodnaya, O A, additional, Goryachkovskaya, T N, additional, Stepanenko, I L, additional, Merkulova, T I, additional, Babenko, V V, additional, Ponomarenko, Y V, additional, Kochetov, A V, additional, Podkolodny, N L, additional, Vorobiev, D V, additional, Lavryushev, S V, additional, Grigorovich, D A, additional, Kondrakhin, Y V, additional, Milanesi, L, additional, Wingender, E, additional, Solovyev, V, additional, and Overton, G C, additional

Published
1999
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3. Nucleosome formation potential of eukaryotic DNA: calculation and promoters analysis.

Author

Levitsky, V G, Podkolodnaya, O A, Kolchanov, N A, and Podkolodny, N L

Abstract

A rapid growth in the number of genes with known sequences calls for developing automated tools for their classification and analysis. It became clear that nucleosome packaging of eukaryotic DNA is very important for gene functioning. Automated computer tools for characterization of nucleosome packaging density could be useful for studying of gene regulation and genome annotation.

Published
2001
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4. Nucleosome formation potential of exons, introns, and Alu repeats.

Author

Levitsky, V G, Podkolodnaya, O A, Kolchanov, N A, and Podkolodny, N L

Abstract

A program for constructing nucleosome formation potential profile was applied for investigation of exons, introns, and repetitive sequences. The program is available at http://wwwmgs.bionet.nsc.ru/mgs/programs/recon/. We have demonstrated that introns and repetitive sequences exhibit higher nucleosome formation potentials than exons. This fact may be explained by functional saturation of exons with genetic code, hindering the localization of efficient nucleosome positioning sites.

Published
2001
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