Titlebook: RNA Motifs and Regulatory Elements; Thomas Dandekar Book 2002Latest edition Springer-Verlag Berlin Heidelberg 2002 DNA.Genexpression.RNA.T

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978-3-642-62586-2Springer-Verlag Berlin Heidelberg 2002

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e very important in the modern microscopic theory of magnetism. The magnetic properties of parent high-temperature superconducting oxides, nondoped manganites and different ladder compounds are closely related to the electronic structure of these systems, which appeared to be the Mott insulators [1]

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Introduction,xperimental (Chap. 3) and theoretical (Chap. 4) standard techniques to identify RNA have been kept, as in the pre-runner of this book, as these techniques in the field remain the most powerful tool to identify new instances of regulatory RNA motifs. However, we suspect that these may change in the f

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Instances of Functional RNA,and thus the list presented is necessarily incomplete. It shows, however, the areas already evident where functional RNA (Table 2.1) and different and specific regulatory motifs (Table 2.2) are important. Revealing and describing the full variety of regulatory RNA is an important prerequisite of fut

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Experimental Identification of New Functional RNA, structures. The experimental approaches are sometimes less direct but are more flexible and may lead to unexpected discoveries, for instance a regulatory protein which is even more important than the regulatory RNA in the system studied. The theoretical approaches are more focused; however, they ar

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Areas of Research on RNA Motifs and Regulatory Elements,y RNA motifs, to be making impressive progress. Using the techniques and approaches discussed in the previous chapters, the action and interactions of regulatory elements are revealed to be at the heart of the RNA function investigated. Of course, the selection of research areas is always subjective