Chromatin: Structure and Function
This study is a concise account of the nature, structure, and assembly of chromatin and its involvement in the processes of DNA transcription, replication, and repair. It seeks to interrelate the structure of eukaryotic DNA with the nuclear processes it undergoes.
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Chromatin and nuclear assembly
How do nuclear processes occur in chromatin?
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acetylation Almouzni association binding sites Biol cell cycle cerevisiae chroma chromatin assembly chromatin fibre chromatin structure cleavage colleagues compaction containing core histones dimer disruption DNA molecule DNA replication DNA sequences DNA-binding proteins DNase domain Drosophila EMBO enhancer enzyme eukaryotic experiments facilitate Felsenfeld folding frans-acting factors function gene activity gene expression H2A and H2B H3 and H4 helical heterochromatin histone core histone H1 histone octamer histone-DNA histones H2A initiation interactions linker DNA linker histone loops mammalian methylation micrococcal nuclease minichromosome mitotic molecular naked DNA Natl Acad nuclear nuclei nucleoplasmin nucleosomal arrays nucleosomal DNA nucleosome nucleosome assembly nucleosome core particle nucleosome positioning nucleosome structure occur oocyte organization phosphorylation positioned nucleosomes promoter region regulation repression RNA gene RNA polymerase role scaffold scription Section sperm stable structured domain teins telomeres template tetramer TFIID TFIIIA topoisomerase tran transcription complex transcription factors transcriptional activity vitro vivo Wolffe yeast
Nucleic Acids: Structures, Properties, and Functions
Victor A. Bloomfield,Donald M. Crothers,Ignacio Tinoco
No preview available - 2000
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Current Topics in Developmental Biology, Volume 65
Limited preview - 2005