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1 obases, that bind metal ions is important in RNA catalysis.
2 hioate linkage in studying the mechanisms of RNA catalysis.
3 cific translation system relying entirely on RNA catalysis.
4 cally, but have not yet been accomplished by RNA catalysis.
5 ific posttranscriptional RNA modification by RNA catalysis.
6 binding) by which a protein could facilitate RNA catalysis.
7 for metal ions and reactive intermediates in RNA catalysis.
8 d effective tools to study the mechanisms of RNA catalysis, allowing resolution of kinetic ambiguity
9 ral detail to a mechanistic understanding of RNA catalysis and binding functions, RNA backbone confor
11 ented here provide quantitative insight into RNA catalysis and serve as a first step toward the const
12 up I ribozyme is a paradigm for the study of RNA catalysis, and previous work using atomic mutagenesi
17 understanding the molecular underpinnings of RNA catalysis have been achieved with advances in RNA st
19 ocess to evolve variants that are capable of RNA catalysis in the presence of Ca(2+) as the sole avai
21 phering the role of individual metal ions in RNA catalysis is a tremendous challenge, as numerous met
24 ects on organomercurial gel electrophoresis, RNA catalysis, RNA backbone stability, and the intrinsic
25 ther labs to argue that simple chemistry and RNA catalysis suffice to proceed from simple chemicals t
27 ding a new tool to ask basic questions about RNA catalysis, the trans-splicing model system will also
28 ntial of RNA has never ceased to amaze: from RNA catalysis, to RNA-mediated splicing, to RNA-based si
29 terize functional groups involved in RNase P RNA catalysis, we applied self-cleaving ribozyme-substra
30 xplore structural and functional dynamics in RNA catalysis, we have created a series of allosteric ha
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