Results 321 to 330 of about 834,176 (358)
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Critical Reviews in Biochemistry, 1983
(1983). The Folding of Chromatin. Critical Reviews in Biochemistry: Vol. 15, No. 1, pp. 57-91.
P. J. G. Butler, Donald M. Crothers
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(1983). The Folding of Chromatin. Critical Reviews in Biochemistry: Vol. 15, No. 1, pp. 57-91.
P. J. G. Butler, Donald M. Crothers
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Nature Plants, 2017
New genomic maps reveal that R-loop structures formed upon hybridization of nascent RNA transcripts to the DNA template are a common characteristic of Arabidopsis chromatin that may have a broad impact on gene expression.
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New genomic maps reveal that R-loop structures formed upon hybridization of nascent RNA transcripts to the DNA template are a common characteristic of Arabidopsis chromatin that may have a broad impact on gene expression.
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Current Opinion in Genetics & Development, 2005
Recent studies have revealed that the bacterial nucleoid is a dynamic entity that alters its overall structure in response to changes in both growth rate and growth phase. These structural changes are correlated with, and might be driven by, changes in the distribution and utilization of DNA supercoiling.
Andrew, Travers, Georgi, Muskhelishvili
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Recent studies have revealed that the bacterial nucleoid is a dynamic entity that alters its overall structure in response to changes in both growth rate and growth phase. These structural changes are correlated with, and might be driven by, changes in the distribution and utilization of DNA supercoiling.
Andrew, Travers, Georgi, Muskhelishvili
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Nature, 1982
Active genes are packaged into an altered nucleosome structure forming a chromosomal domain defined by increased sensitivity to nucleases. This structure, reflecting a potential for transcription, contains sites hypersensitive to nuclease digestion adjacent to the coding regions and may also be distinguished by specific non-histone proteins, variant or
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Active genes are packaged into an altered nucleosome structure forming a chromosomal domain defined by increased sensitivity to nucleases. This structure, reflecting a potential for transcription, contains sites hypersensitive to nuclease digestion adjacent to the coding regions and may also be distinguished by specific non-histone proteins, variant or
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Annual Review of Biochemistry, 2018
Chromatin is a mighty consumer of cellular energy generated by metabolism. Metabolic status is efficiently coordinated with transcription and translation, which also feed back to regulate metabolism. Conversely, suppression of energy utilization by chromatin processes may serve to preserve energy resources for cell survival.
Tamaki, Suganuma, Jerry L, Workman
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Chromatin is a mighty consumer of cellular energy generated by metabolism. Metabolic status is efficiently coordinated with transcription and translation, which also feed back to regulate metabolism. Conversely, suppression of energy utilization by chromatin processes may serve to preserve energy resources for cell survival.
Tamaki, Suganuma, Jerry L, Workman
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Annual Review of Biochemistry, 1977
STRUCTURE OF NUCLEOSOMES 940 Core and Linker 940 Arrangement of Histones 942 Path Followed by the DNA 944 Conformation of Histones ...
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STRUCTURE OF NUCLEOSOMES 940 Core and Linker 940 Arrangement of Histones 942 Path Followed by the DNA 944 Conformation of Histones ...
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2018
Chromatin immunoprecipitation (ChIP) measures the physical association between a protein and DNA in the cell. In combination with next-generation sequencing, the technique enables the identification of DNA targets for the corresponding protein across an entire genome.
Julio C, Ayala +2 more
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Chromatin immunoprecipitation (ChIP) measures the physical association between a protein and DNA in the cell. In combination with next-generation sequencing, the technique enables the identification of DNA targets for the corresponding protein across an entire genome.
Julio C, Ayala +2 more
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Current Opinion in Structural Biology, 2006
A complete understanding of the structure-function relationships of chromatin requires extending primarily one dimensional information, obtained from molecular genetic techniques and based on the underlying linear DNA sequence, to the three dimensional conformation.
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A complete understanding of the structure-function relationships of chromatin requires extending primarily one dimensional information, obtained from molecular genetic techniques and based on the underlying linear DNA sequence, to the three dimensional conformation.
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