Abstract
The structure of DNA in its functional state in cells is modified by protein binding and the introduction of superhelix density. Whilst this is probably true for most natural DNA molecules, it is especially so for eukaryotic DNA, where an at least equal weight of protein serves to contract about one metre of nucleic acid by approximately five orders of magnitude. Typically, a human somatic cell contains about one thousand times the amount of DNA present in prokaryotic cells, where it is condensed into a nucleus of diameter 5 µm whilst allowing access to the enzymes involved in all aspects of nucleic acid metabolism. In eukaryotes discrete DNA molecules of between 104 to 106 kilobase pairs (Kb) in length are organised by protein into morphologically and genetically distinct units called chromosomes. The nucleoprotein material of which they are composed is generally called chromatin.
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Lilley, D.M.J. (1981). Eukaryotic chromatin. In: Neidle, S. (eds) Topics in Nucleic Acid Structure. Topics in Molecular and Structural Biology. Palgrave Macmillan, London. https://doi.org/10.1007/978-1-349-04691-1_7
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