By Yitzhak Katznelson and Yonatan R. Katznelson
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Additional resources for A (Terse) Introduction to Linear Algebra (Student Mathematical Library, Vol. 44)
It is much more sensitive to deoxyribonuclease (DNase), I-DNA ~ Fig. 7. Chromatin organization in nucleosomes. NC nucleosome core (histones); I-DNA linker DNA 20 How Genes Direct the Synthesis of Specific Proteins in Living Cells the enzyme which breaks down DNA; it contains different amounts of basic nonhistone proteins (called HMG proteins) which, like the histones and the RNA polymerases, bind strongly to DNA. In fact, many nuclear proteins are DNAbinding proteins; among them are enzymes called topoisomerases which modify the conformation of the DNA molecules.
What seems to be certain is that we should not look for a single control mechanism of gene activation during embryogenesis; there is no doubt that many mechanisms, localized at all steps between the gene and the encoded protein, interplay during development. This point was made very clearly by Brown (1981) in an excellent discussion of the control of genetic activity during morphogenesis. A first possibility, which was suggested by Scarano already in 1967, is that embryonic development might be controlled by changes in the DNA molecules themselves (DNA modification).
8). These filaments can contract in the presence of ATP. In other words, it is possible to chemically dissect cilia into their elementary constituents and to reassociate the latter with the formation of structures which are morphologically, physiologically and biochemically very similar to cilia. Such phenomena of self-assembly of protein units in order to form more complex structures are of course exceedingly important for molecular biologists. Still more striking are viruses, such as the DNA-containing bacteriophages and the RNA-containing tobacco mosaic viruses (Fig.
A (Terse) Introduction to Linear Algebra (Student Mathematical Library, Vol. 44) by Yitzhak Katznelson and Yonatan R. Katznelson