RNA
2012, Jul 22 -- Aug 03
Organizers:
E. Rivas (Janelia Farm Research Campus, HHMI)
E. Westhof (University of Strasbourg)
| Hunting RNA motifs | |
| P. Gardner |
| RNA Motifs | |
| E. Westhof, C. Zirbel, Jakob, L. Barquist and M. Lladser | |
|
Comparative identification of novel human structural RNA families | |
| J. S. Pedersen | |
| Homology vs Analogy via Motifs | |
| M. Lladser | |
| Discovering bacterial transcription termination motifs | |
| L. Barquist | |
| Structure probing, HTS | |
| I. Hofacker |
| RNA Evolution | |
| F. Major and J. Waldispuhl | |
Efficient Algorithms to Explore the RNA Mutational Landscape | |
| J. Waldispuhl | |
| TBA | |
| N. Jarewsky | |
| TBA | |
| F. Major | |
| TBA | |
| R. Bundschuh | |
| TBA | |
| D. Barash | |
| Algorithms I | |
| E. Rivas and R. Giegerich | |
| TBA | |
| K. Sato | |
| Predicting functional RNA structures beyond the one-sequence-one-structure dogma | |
| I. Meyer | |
| TBA | |
| Y. Frid | |
| TBA | |
| R. Backofen |
| Visualization, Tools & Software | |
| Y. Ponty | |
|
R-chie: a visualization tool for RNA structures | |
| I. Meyer | |
| The UEA sRNA Workbench | |
| M. Stocks | |
| JmolTools.js: An embeddable tool for 3D structure visualization | |
| B. Sweeney | |
| Human-computing framework for genetic data analysis | |
| J. Waldispühl | |
| R2R: Faster drawing of RNA aesthetic secondary structure diagrams | |
| Z. Weinberg | |
| RILogo: Visualising RNA-RNA interactions | |
| S. Seemann | |
| Current challenges in RNA structure visualization | |
| Y. Ponty | |
| The sRNA Workbench | |
| M. Stocks | |
| Session on 'Annotating transcripts / dark matter' | |
| Heads: Pedersen / Gautheret | |
| About the birth of regulatory RNA | |
| D. Gautheret | |
| Expression and conservation of human ncRNAs | |
| J. Skou Pedersen | |
| Aligning RNAseq profiles | |
| J. Gorodkin | |
| Computational analysis of mapping patterns of RNA-seq short reads in small non-coding RNA genes | |
| Y. Sakakibara | |
| Assaying ncRNAs using high-throughput transposon mutagenesis in Salmonella | |
| L. Barquist |
| Beyond Mfold | |
| D. Pervouchine | |
RNA pseudoknotted secondary structure prediction using integer programming | |
| Y. Kato | |
| Folding space analysis: abstraction and filtering | |
| B. Voss | |
| Thermodynamic RNA secondary structure prediction with a kinetic twist | |
| I. Meyer | |
| Fast detection of conserved complementary motifs using gapped-seed associative arrays | |
| D. Pervouchine | |
| RNA-RNA | |
| R. Bundschuh | |
|
A Needle in a Haystack or Systematic Search for lncRNA Targets | |
| D. Pervouchine | |
| RNA-RNA interaction prediction using integer programming | |
| Y. Kato | |
| A partition function algorithm for RNA-RNA interaction | |
| H. Chitsaz | |
| Some more things you can calculate from the RIP partition functions | |
| P. Stadler | |
| Conservation in RNA-RNA interaction | |
| R. Backofen | |
| RNA-DNA interactions | |
| S. Bernhardt |
| RNA-proteins | |
| N. Rajewski and J. Bujnicki | |
|
Incorporating RNA-Protein Interactions into RNA Secondary Structure Prediction | |
| R. Bundschuh | |
| Databases | |
| S. Griffiths-Jones, P. Gardner and R. Knight | |
RNAcentral | |
| S. Griffiths-Jones | |
| RNASTAR, greengenes and an environmental seq database | |
| R. Knight | |
| miRBase | |
| A. Kozomara | |
| Modomics and RNA processing | |
| J. Bujnicki | |
| Rfam | |
| S. Burge |
| RNA mutagenesis | |
| A. Laederach and M. Zuker | |
|
SHAPE as a way to evaluate our ability to predict the effects of SNPs on RNA | |
| A. Laederach | |
| Finding locally altered RNA structure inferred by SNPs using RNAsnp | |
| J. Gorodkin | |
| Gene finding | |
| Z. Weinberg | |
|
Hide and Seek: The Complete Transcriptome | |
| R. D. Dowell | |
| Two freakish RNAs, and the search for more | |
| Z. Weinberg | |
| A phylogenetic structure application to ncRNA gene predictions | |
| T. Gesell | |
| Families of ribosomal regulatory elements | |
| M. Meyer | |
| Genome-wide RNA structure screen | |
| S. Seeman |
| Covariance Models | |
| E. Nawrocki | |
|
Covariance models and Infernal 1.1 | |
| E. Nawrocki | |
| Multiple Consensus Structures for Infernal Style Covariance Models | |
| S. Janssen | |
| Beyond 2D | |
| P. Stadler and R. Backofen | |
|
A Combinatorial Framework for Designing 2D+e RNA Algorithms | |
| Y. Ponty | |
| Pseudoknot Folding and Topology | |
| P. F. Stadler | |
| Motified RNA structure prediction | |
| B. Voss | |
| Folding with G-quadruplexes | |
| S. Bernhart | |
| Predicting internal loop 3D structure from sequence | |
| C. L. Zirbel | |
| RNAwolf: folding with non-standard base pairs | |
| C. Hoener |
| RNA 3D | |
| E. Westhof and J. Bujnicki | |
|
Progress in RNA 3D Modelling | |
| E. Westhof | |
| Algorithms II | |
| E. Rivas and R. Giegerich | |
|
Beyond Mfold with probabilistic models | |
| E. Rivas | |
| Impact of the energy model on the complexity of RNA folding with psedoknots | |
| Y. Ponty | |
| Signifince of motif frequencies in non-Markovian models of genome sequences | |
| M. Lladser | |
| Enjoy dynamic programming in Bellman's GAP | |
| R. Giegerich |