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Date : 1997-04-24
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The Nuclear Matrix and Spatial Organization of Chromosomal ~ The Nuclear Matrix and Spatial Organization of Chromosomal DNA Domains Molecular Biology Intelligence Unit 9780412133718 Medicine Health Science Books
The nuclear matrix and spatial organization of chromosomal ~ Periodical Attachment of Chromosomal DNA to the Nuclear Matrix Organizes this DNA in Large Closed Loops 4 FunctionDependent and Permanent Interactions of DNA with the Nuclear Matrix 5 Chromosomal DNA Loops can be Excised from the Genome by Topoisomerase IIMediated DNA Cleavage at Matrix Attachment Sites 6
9808596 NLM Catalog Result ~ 1 Authors RazinSergey V1954 Titles The nuclear matrix and spatial organization of chromosomal DNA domains Sergey V Razin Country of Publication United
Nuclear organization Wikipedia ~ Nuclear organization refers to the spatial distribution of chromatin within a cell nucleus There are many different levels and scales of nuclear organisation At the smallest scale DNA is packaged into units called nucleosomes The quantity and organisation of these nucleosomes can affect the accessibility of local chromatin This has a knockon effect on the expression of nearby genes additionally determining whether or not they can be regulated by transcription factors At slightly larger s
Nuclear Matrix an overview ScienceDirect Topics ~ The nuclear matrix high mobility group protein IY HMGIY is another key protein player that dynamically interacts with and regulates histone H1 and other transcription factors Catez et al 2004 as well as promotes anchorageindependent growth of Rat and Rat1a fibroblasts Hommura et al
Matrix‐associated Regions MARs and Scaffold Attachment ~ The Nuclear Matrix and Spatial Organization of Chromosomal DNA Domains Austin TX RG Landes Company Mathematical model to predict regions of chromatin attachment to the nuclear matrix Jan 1997
PDF The nuclear matrix and chromosomal DNA loops Is ~ Although the DNA loops attached to the nuclear matrix chromosomal scaffold are frequently considered as independent functional domains this supposition lack experimental proofs as far as the
Mapping of genomic DNA loop organization in a 500kilobase ~ Nuclear structure and the threedimensional organization of DNA J Cell Biochem 1991 Dec 47 4289–299 Gromova II Nielsen OF Razin SV Longrange fragmentation of the eukaryotic genome by exogenous and endogenous nucleases proceeds in a specific fashion via preferential DNA cleavage at matrix attachment sites
Induction of transcription within chromosomal DNA loops ~ The dramatic change in the spatial organization of the DNA region under study is related with the activation of transcription of CD22 and GPR43 genes in differentiated cells Thus the activation of transcription within the DNA loop attached to the nuclear matrix via MAR elements is likely to cause relocation of the whole looped DNA fragment to the nuclear matrix
Chromosomal DNA Loops and Domain Organization of the ~ Over twenty years ago it was found that chromosomal DNA in eukaryotic cell nuclei is organized into large loops by periodic attachment to the high saltinsoluble proteinous nuclear chromosomal Chromosomal DNA Loops and Domain Organization of the Eukaryotic Genome SpringerLink
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