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Ribozyme

Cate J FI, Gooding A R, Podell E, Zhou K, Golden B L, Kundrot C E, Cech T R and Doudna J A 1996 Crystal structure of a group i ribozyme domain principles of RNA packing Science 273 1678-85... [Pg.2665]

Reverse transcriptase (Section 28 13) Enzyme that catalyzes the transcription of RNA to DNA Ribozyme (Section 28 11) A polynucleotide that has catalytic activity... [Pg.1292]

Hamamelis [84696-19-5] Hamamelis virginiana Ham curing Hammerhead ribozyme Hammer mills Hammett equation Hamposyl 0 Hamposyl C Hamposyl C-30 Hamposyl L Hamposyl L-30 Hand factor Hand lay-up... [Pg.462]

Ribozymes Ricamycin Ricard-Allenet sequence Rice... [Pg.855]

HammerheadRtbozyme. A small RNA molecule that catalyzes cleavage of the phosphodiester backbone of RNA is known as the hammerhead ribozyme. This ribozyme occurs namrally in certain vimses where it facihtates a site-specific self-cleavage at the phosphate and generates a 2 3 -cychc phosphate and a 5 -hydroxyl terminus. The reaction requires a divalent metal ion, such as or, as a cofactor. Whereas the... [Pg.256]

Fig. 10. Three-dimensional stmcmre of the hammerhead ribozyme (shaded cord) bound to a substrate oligonucleotide (nonshaded cord). The uridine mm... Fig. 10. Three-dimensional stmcmre of the hammerhead ribozyme (shaded cord) bound to a substrate oligonucleotide (nonshaded cord). The uridine mm...
To date, RNA calculations have been performed on a variety of systems of different topologies including helical duplexes, hairpin loops, and single strands from tRNA, rRNA, and ribozymes. In a simulation of an RNA tetraloop of the GRNA type, which is very common and known to be remarkably stable, it was found that without imposing any external infonnation the simulation found the right confonnation even when it started from the wrong one [72]. Studies have used Ewald summation methods to handle the... [Pg.446]

The discovery of ribozymes (Section 28.11) in the late 1970s and early 1980s by Sidney Altman of Yale University and Thomas Cech of the University of Colorado placed the RNA World idea on a more solid footing. Altman and Cech independently discovered that RNA can catalyze the formation and cleavage of phosphodiester bonds—exactly the kinds of bonds that unite individual ribonucleotides in RNA. That, plus the recent discovery that ribosomal RNA catalyzes the addition of amino acids to the growing peptide chain in protein biosynthesis, takes care of the most serious deficiencies in the RNA World model by providing precedents for the catalysis of biological processes by RNA. [Pg.1177]

Ribozyme (Section 28.11) A polynucleotide that has catalytic activity. [Pg.1292]

Several features of these RNA enzymes, or ribozymes, lead to the realization that their biological efficiency does not challenge that achieved by proteins. First, RNA enzymes often do not fulfill the criterion of catalysis in vivo because they act only once in intramolecular events such as self-splicing. Second, the catalytic rates achieved by RNA enzymes in vivo and in vitro are... [Pg.456]

Cate, J. H., et al., 1996. Crystal structure of a group I ribozyme domain Principles of RNA packing. Science 273 1678. [Pg.459]

Cecil, T. R., et al., 1992. RNA catalysis by a group I ribozyme Developing a model for transition-state stabilization. Journal of Biological Chemistry... [Pg.459]

Scott, W. G., and King, A., 1996. Ribozymes Structure and mechanism in RNA catalysis. Trends in Biochemical Sciences 21 220-224. [Pg.459]

Zhang, B., and Cecil, T. R., 1997. Peptide bond formation by in vitro selected ribozymes. Nature 59 99- 99. [Pg.459]

Cagnon, L., and Rossi, J. J. (2000). Down regulation of the CCRS beta-chemokine receptor and inhibition of HIV-1 infection by stable VAl-ribozyme chimeric transcripts. Antisen. Nuc. A. Drug Dev. 10 251—261. [Pg.196]

Ribozymes that are small RNA molecules with endoribonuclease activity and exhibit catalytic sequence-specific cleavage of the target. [Pg.186]

The ribozymes were widely modified and can be further subdivided according to their structural features in group I ribozymes, hammerhaed ribozymes, hairpin ribozymes, ribonucelase P (RNase P), and hepatitis delta virus ribozymes. [Pg.186]

Antisense Oligonucleotides. Table 1 Malignant disorders as potential targets for ribozyme gene therapy... [Pg.187]

Target gene Gene product Ribozyme-induced change of function... [Pg.187]

Angiozyme is a ribozyme that specifically recognizes the mRNA for FLT-1, one of the most important VEGF... [Pg.1011]


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Additional antigene agents RNA interference and ribozymes

Aminoglycosides ribozymes

Antigene sequences and ribozymes

Antisense ribozymes

Binding sites, ribozyme

Case Study Chemical Steps of Catalysis in Hairpin Ribozyme

Catalysis ribozymes

Catalytic RNA (Ribozymes)

Description of Ribozymes

Diels-Alder reactions ribozymes

Diels-Alder ribozyme

Diels-Alderase ribozyme

Diels-Alderase ribozymes

Group I ribozymes

Group II ribozymes

HDV ribozyme

HDV ribozymes

Hairpin ribozyme

Hairpin ribozyme , catalysis

Hairpin ribozyme structure

Hairpin ribozyme structure and dynamics

Hairpin ribozymes

Hammerhead ribozyme

Hammerhead ribozyme agent

Hammerhead ribozyme catalysis

Hammerhead ribozyme catalysis general acid

Hammerhead ribozyme constructs

Hammerhead ribozyme expressions

Hammerhead ribozyme mechanism of action

Hammerhead ribozyme scissile phosphate

Hammerhead ribozymes

Hepatitis delta virus ribozyme

Hepatitis delta virus ribozymes

LI ligase ribozyme

Ligase ribozymes

Maxizymes That Act As A Dimeric Form of Short Ribozymes

Metal activation ribozymes

Metalloenzymes ribozymes

Myelogenous Leukemia (CML) And The Potential For Ribozyme Therapy

Natural ribozymes

Neomycin hammerhead ribozyme

Nuclease-resistant ribozyme

Nucleic acid drugs ribozymes

Nucleic acid therapies ribozymes

Nucleolytic ribozymes

One Sequence - Two Ribozymes

Protein structure analysis ribozyme

RNA ribozymes

Replicase ribozym

Ribonucleic acid ribozyme

Ribosome Ribozyme

Ribosomes Are Ribozymes

Ribozyme active site

Ribozyme activity

Ribozyme aminoacyl esterase

Ribozyme artificial

Ribozyme assay

Ribozyme catalysis

Ribozyme catalysis mechanisms study using

Ribozyme catalysis, strategies

Ribozyme catalytic properties

Ribozyme conventional

Ribozyme eukaryotes

Ribozyme evolution

Ribozyme expression

Ribozyme leadzyme

Ribozyme mechanisms

Ribozyme mediated

Ribozyme molecules

Ribozyme parental

Ribozyme polymerization

Ribozyme ribonuclease

Ribozyme self-splicing introns

Ribozyme sequence

Ribozyme short

Ribozyme structure

Ribozyme technology

Ribozyme therapy

Ribozyme transcribed

Ribozyme transesterification

Ribozyme vectors

Ribozyme wild-type

Ribozyme, multiple conformations

Ribozyme-substrate complex

Ribozyme-substrate complex, folding

Ribozymes

Ribozymes Diels-Alder

Ribozymes Diels-Alderase ribozyme

Ribozymes SELEX

Ribozymes Varkud satellite

Ribozymes analysis

Ribozymes characteristics

Ribozymes deoxyribozymes

Ribozymes description

Ribozymes effects

Ribozymes engineering

Ribozymes group 1 introns

Ribozymes hairpin ribozyme

Ribozymes hammerhead ribozyme

Ribozymes hepatitis delta virus ribozyme

Ribozymes interactions between ribozyme, substrates

Ribozymes novel

Ribozymes oligonucleotide therapeutic

Ribozymes selection

Ribozymes twin ribozyme

Ribozymes, cofactors

Ribozymes, purification

Ribozymes, self-splicing

Single ribozyme molecules

Single ribozyme-substrate complexes

Synthetic Ribozymes and Deoxyribozymes

TRNAVAL-Ribozyme Expression of the Gene for CBP

Tetrahymena Group I intron ribozyme

Tetrahymena ribozyme

Tetrahymena ribozyme, counterion

Tetrahymena ribozyme, counterion condensation

The Catalytic Spectrum of Artificial Ribozymes

The Group I Intron Ribozyme

The Hammerhead Ribozyme

The Ribosome Is a Ribozyme

Transcription ribozymes

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