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  1. Nuclear organization: Uniting replication foci, chromatin domains and chromosome structure.Dean A. Jackson - 1995 - Bioessays 17 (7):587-591.
    In higher eukaryotes, ‘replication factories’ coordinate DNA synthesis within local clusters of chromatin domains. Recent experiments(1,2) have confirmed the complexity of these clusters and established that the organization of sites labelled during S phase persists throughout the cell cycle. This implies that domain clusters are critical elements of an hierarchy that is fundamental to both nuclear and chromosome structure.
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  • Hypothesis: RNA polymerase: Structural determinat of the chromatin loop and the chromosome.Peter R. Cook - 1994 - Bioessays 16 (6):425-430.
    Current models for RNA synthesis involve an RNA polymerase that tracks along a static template. However, research on chromatin loops suggests that the template slides past a stationary polymerase; individual polymerases tie the chromatin fibre into loops and clusters of polymerases determine the basic structure of the interphase and metaphase chromosome. RNA polymerase is then both a player and a manager of the chromosome loop.
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