umn logo IMA home |  Contact IMA 
IMA Web
Featured Videos:
Möbius Transformations Revealed Math and Science are all around us
(from ExxonMobil) 		Math and Science are everywhere
(from ExxonMobil)


Searching Results for W10.29-11.2.07:
A topological classification of RNA folds, Henri Orland  (Commissariat à l'Énergie Atomique Saclay (CEA))
Computational approaches to RNA nanodesign, Bruce A. Shapiro  (National Cancer Institute)
RNA matrices and RNA secondary structures, Asamoah Nkwanta  (Morgan State University)
RNA folding during transcription facilitated by non-native structures, Tao Pan  (University of Chicago)
Analysis and design of nucleic acid devices, Niles A. Pierce  (California Institute of Technology)
A continuous probabilistic model of local RNA 3-D structure, Jes Frellsen  (University of Copenhagen)
Introduction
Prediction of the secondary structure common to two sequences: Free energy minimization and comparative analysis, David H. Mathews  (University of Rochester)
Computational methods for RNA secondary structure determination, Michael Zuker  (Rensselaer Polytechnic Institute)
Prediction of RNA-RNA interactions, Ivo L. Hofacker  (Universität Wien)
ARTS and DARTS: A method and database for exploring RNA tertiary structures, Ruth Nussinov  (National Cancer Institute)
Genomic identification of structural RNAs using phylo-SCFGs, Jakob Skou Pedersen  (University of Copenhagen)
Locomotif: from graphical motif description to RNA motif search, Jens Reeder  (Universität Bielefeld)
Designing structured RNA Pools for RNA in vitro selection, Tamar Schlick  (New York University)
Imaging RNA structures and folding intermediates using electron cryo-microscopy, Tobin R. Sosnick  (University of Chicago)
Analysis, prediction, and design of viral RNA secondary structures, Christine E. Heitsch  (Georgia Institute of Technology)
Ultraconserved nonsense: Pervasive unproductive splicing of SR proteins associated with exceptionally conserved DNA elements -- a bizarre prevalent mode of gene regulation, Steven Brenner  (University of California)
Feynman diagrams, RNA folding, and the transition polynomial, Yongwu Rong  (George Washington University)
Architecture and reactivity of RNA, Eric Westhof  (Université de Strasbourg I (Louis Pasteur))
Using RNA 3D structure data in SCFG/MRF models to do sequence alignment and motif inference, Craig L. Zirbel  (Bowling Green State University)
Structure-neutral RNA substitutions from 3D structure alignments and 3D motif search, Neocles B. Leontis  (Bowling Green State University)
RNA / RNP synthetic biology, Tan Inoue  (Kyoto University)
Exploring the energy landscape of RNA, Devarajan Thirumalai  (University of Maryland)
How RNA tells right from wrong: base pairs, tertiary interactions, and counterions in RNA folding, Sarah Woodson  (Johns Hopkins University)
Structure, dynamics and catalytic mechanisms of two ribozymes, David M.J. Lilley  (University of Dundee)
RNA tertiary structure as a proto-language for nano-construction, Luc Jaeger  (University of California)
©2006 Regents of the University of Minnesota. All rights reserved.
The University of Minnesota is an equal opportunity educator and employer.
Trouble seeing the text? | Contact U of M | Privacy
Last modified on