Titlebook: RNA Biochemistry and Biotechnology; Jan Barciszewski,Brian F. C. Clark Book 1999 Springer Science+Business Media Dordrecht 1999 DNA.Elonga

legislate

Why RNA?,he 3-dimensional structure of the key protein or nucleic acid. The data bases of structures are expanding rapidly as X-ray and NMR developing technologies allow structural analysis of more and more proteins, nucleic acids and their complexes. Recently, complex structures have involved various ribonucleic acid molecules.

變色龍

Specific Interaction Between Damaged Bases in DNA and Repair Enzymes,ed in a cavity on the protein surface. These structural features allow an understanding of the catalytic mechanism and implicate a general mechanism of how other repair enzymes recognize damaged DNA duplexes.

悄悄移動

1388-6576 acting with specific RNA species. Papers deal withDNA protein interactions, telomerase, aminoacyl-tRNA synthetases,elongation factor Tu, DNA repair, RNA structure, NMR technology, RNAaptamer interaction of biological macromolecules with metal ions. Twopapers deal with theoretical aspects of RNA stru

savage

Algorithms and Thermodynamics for RNA Secondary Structure Prediction: A Practical Guide,parameters over the past dozen years. Both RNA and DNA rules are discussed, with some mention of parameters for RNA/DNA hybridization. Although the thermodynamic model has grown in complexity to accommodate new types of information, the folding algorithm has not yet incorporated some features, such

neuron

Towards the 3D Structure of 5s rRNA,without the terminal hairpin-loop has been determined at 1.6? and Helix V of domain E including the terminal hairpin-loop has been determined at 3.0? [8]. Furthermore it was possible to observe a general mode of intermolecular interaction, which occur only in RNA structures and it was possible to de

易彎曲

nutrients

Galactogogue

Protein-DNA Recognition,sign proteins with novel recognition specificities. Despite this considerable practical success, the thermodynamic and kinetic properties of protein/DNA recognition remain poorly understood (reviewed in 1).

terazosin

AMITY

,Aminoacylation of tRNA Induces a Conformational Switch on the 3’-Terminal Ribose,e of the fluorescence intensity of formycin in tRNA-CCF. upon aminoacylation is explained by partial destacking of the 3’-terminal base moiety. Several analogues of anminoacyl-tRNA which were modified on 3’-terminal ribose were tested in their ability to interact with elongation factor Tu.GTP comple