The Eukaryotic Nucleus: Molecular Biochemistry and Macromolecular Assemblies, Volumen 2This series provides, in two volumes, a complete and exhaustive review of the subject of the eukaryotic nucleus, the site of the DNA. The focus of the book is how the information in the DNA is transcribed, accessed and maintained. |
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Índice
ULTRASTRUCTURAL ANALYSIS OF THE RIBONUCLEOPROTEIN | 431 |
LARGE NUCLEAR RIBONUCLEOPROTEIN PARTICLES OF SPECIFIC | 453 |
TETRAMERS OF THE CORE PROTEINS OF 40S NUCLEAR | 477 |
THE COMPOSITION STRUCTURE AND ORGANIZATION | 503 |
THE ROLE OF PROTEINS IN NUCLEOLAR STRUCTURE | 519 |
A | 561 |
STRUCTUREFUNCTION RELATIONSHIPS IN hnRNP PROTEINS | 579 |
THE ENZYMOLOGY OF EUKARYOTIC DNA TOPOISOMERASE II | 605 |
TOPOISOMERASE II IN MITOTIC CHROMOSOME STRUCTURE | 639 |
DYNAMIC HIERARCHIES OF CHROMATIN ORGANIZATION | 659 |
CHROMATIN REPLICATION AND NUCLEOSOME ASSEMBLY | 687 |
DNA POLYMERASES | 759 |
THE NUCLEAR MATRIX | 763 |
DNA REPLICATION IN XENOPUS LAEVIS EMBRYOS | 783 |
A RETROSPECTIVE | 811 |
DNA METHYLATION AND CHROMOSOME ORGANIZATION | 813 |
DNA TOPOISOMERASES IN THE EUKARYOTIC NUCLEUS | 623 |
CONTENTS VOLUME 1 | 636 |
THE FUNCTION OF CENTROMERES IN CHROMOSOME | 845 |
Otras ediciones - Ver todo
The Eukaryotic Nucleus: Molecular Biochemistry and Macromolecular ..., Volumen 2 Samuel H. Wilson No hay ninguna vista previa disponible - 1990 |
Términos y frases comunes
Acad Acids Res activity addition analysis antibodies appears assembly associated binding Biochem Biol Cell centromere changes characterization Chem chromatin chromosome cleavage complexes components containing copy core cytoplasmic determined differentiation digestion DNA polymerase DNA replication DNA topoisomerase domain Drosophila early effect eggs embryos enzyme et al eukaryotic evidence experiments expression extracts factor Figure fraction fragments function gene genome heat shock histone hnRNP human indicated interactions involved isolated karyoskeletal levels major mammalian mechanism methylation mitotic molecular molecules mouse Natl nuclear matrix nuclei Nucleic Acids nucleosomes observed occurs oocytes organization origins particles pattern plasmid position possible prepared present Proc proteins region release repeats reviewed ribonucleoprotein ribosomal RNA polymerase II RNP particles role scaffold sequences showed shown similar specific splicing stability strand structure studies suggested synthesis topoisomerase II transcription vitro vivo Xenopus laevis