Titlebook: Genome Structure and Function; From Chromosomes Cha Claudio Nicolini Book 1997 Springer Science+Business Media Dordrecht 1997 Chromosom.DNA

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Die geistige Vorbereitung der Revolutiony overviewed in the first part. As a great number of papers appeared in the field, we do not provide the chapter with a detailed list of references, but send a reader to very extensive recent reviews containing practically all important references [.].

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The Role of Structure in Complexes Between the p53 DNA Binding Domain and DNA Response Elements,ights into the binding specificity of p53 by identifying specific binding contacts. However, many important questions remained unanswered by that study including the full complex size as well as the organization of p53 tetramers bound to the subcomponents of the DNA recognition site.

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§ 55 Wertpapiererwerbs- und Übernahmegesetzt-insoluble proteinous nuclear (chromosomal) matrix. The specificity of genomic DNA organization into loops has been intensively studied with the aim to find out whether they may constitute quasi-independent structural-functional units of the genome. These studies have resulted in conflicting findin

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https://doi.org/10.1007/978-3-8349-8030-4ysiological responsiveness within the contexts of developmental as well as cell cycle and phenotype-dependent regulation. Chromatin structure and nucleosome organization reduce distances between independent regulatory elements providing a basis for integrating components of transcriptional control.

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https://doi.org/10.1007/978-3-663-09657-3ding sites, upstream of a binding site for the transcription factor NFI, two octamer motifs, and the TATA box. Optimal induction requires the integrity of all these cis-acting elements, but the corresponding factors can not bind to free DNA simultaneously. In cells carrying chromosomal MMTV sequence

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