16953 | | A02 | Comparison of RNA Sequencing (RNA-Seq) Methods for Counting and Testing Differential Expression |
Yongsheng Bai |
17057 | | A04 | Multi-task hierarchical Bayesian models for predicting outcomes of HIV combination therapies |
Jasmina Bogojeska |
17058 | | A05 | Molecular Modelling and Dynamics of Prolyl Oligopeptidase to Study Conformational Changes and Ligand Binding |
Swati Kaushik |
17061 | | A06 | Analysis of Complex human disorders from the systems biology perspective |
Sandhya Balasubramanian |
17062 | | A07 | Head ‘em off at the pass – Predicting Antigen Evolution |
ALBINA RAHIM |
17083 | | A08 | A Novel Approach to Predict Cancer Outcomes Based on the Relationship between Protein Structural Information and Protein Networks |
Kelvin Zhang |
17094 | | A09 | Development of a computer pipeline for next-generation RNA-Sequencing analysis |
SHAOJUN TANG |
17101 | | A10 | The Cancer Genome Atlas (TCGA) Data Coordinating Center and Data Portal |
John Greene |
17121 | | A11 | De novo assembly of Corynebacterium pseudotuberculosis genomes using short reads obtained from mate-paired libraries |
Louise Cerdeira |
17119 | | A12 | High Frequency of PfCRT 76T in Two Malian Villages and Its Prevalence in Severe Relative to Non-Severe Malaria |
Mamadou WELE |
17142 | | A13 | Consensus Measures for Genome-wide Association Studies – the PhenX Project |
Helen Pan |
17147 | | A14 | Bioinformatic and Comparative Analysis of Tumor Cardiolipin Remodeling Mechanisms Using Lipidomic Data |
Lu Zhang |
17186 | | A16 | Automatic detection of metastatic cancer cells in the blood |
Jesse Rodriguez |
17190 | | A17 | cell.line.plot - Visualizing gene expression profiles of cell model systems |
Vidal Fey |
17143 | | A19 | PATHWAY RESOURCES AT THE RAT GENOME DATABASE: A DYNAMIC PLATFORM FOR INTEGRATING GENE, PATHWAY AND DISEASE INFORMATION |
Weisong Liu |
17236 | | A20 | Characterization of genomic structural variations in a neuroblastoma cell line using mate-pair sequencing |
Valentina Boeva |
17240 | | A21 | Markov Chain Monte Carlo Computational Analysis of Chromosome Conformation Capture Carbon Copy data |
Mathieu Rousseau |
17255 | | A22 | Computational prediction of compound sensitivity with genomic signatures |
Kavitha Venkatesan |
17257 | | A23 | Adding structural information to the von Hippel-Lindau (VHL) tumor suppressor interaction network |
Emanuela Leonardi |
17273 | | A24 | Evaluation of computational miRNA target predictions in human |
Olivier Gevaert |
17305 | | A25 | Effector prediction in host-pathogen interaction based on a Markov model of a ubiquitous EPIYA motif |
Chao Zhang |
17316 | | A26 | An Integrated High Content Analysis Pipeline for Alzheimer’s Disease Drug Discovery |
Stephen Wong |
17279 | | A27 | Molecular Re-Classification of renal disease through approximate graph matching, clustering and pattern mining |
Ramakrishna Varadarajan |
17332 | | A28 | Transcriptional and post-transcriptional regulatory networks in biliary atresia |
Vivek Kaimal |
17344 | | A29 | Genome-Wide Primer and Probe Design Using PRIMEGENS |
Garima Kushwaha |
17365 | | A31 | A computational pipeline for diagnostic biomarker discovery in the human pathogen Trypanosoma cruzi |
Santiago Carmona |
17295 | | A32 | Systematic Evaluation of Disease Gene Identification in Molecular Interaction Networks |
Jiao Li |
17408 | | A33 | Genomic Analysis of Bacterial Pathogens to Identify Factors Contributing to Virulence |
Shannan Ho Sui |
17423 | | A34 | Phylogenetic methods for inferring tumor progression pathways from aCGH profiles of mixed cell populations |
Ayshwarya Subramanian |
17431 | | A35 | Next-Generation Sequencing workflow for Research and Clinical Applications |
Sivakumar Gowrisankar |
17194 | | A36 | An accurate prediction of bacterial effectors using a feature-based supervised learning approach |
Sneha Joshi |
17103 | | A38 | The implications of protein subcellular localization for disease profiling |
Solip Park |
17307 | | A39 | The Pearls of Swine Flu: The structural and sequence evolution of the H1N1 proteome |
Samantha Warren |
19262 | | A42 | The influence of sex on prognostic markers for non-small cell lung cancer |
Paul Boutros |
16958 | | A43 | Cancer-specific High-throughput Annotation of Somatic Mutations |
Hannah Carter |
17129 | | A44 | Gene variant databases need structured general disease information to facilitate automatic variant pathogenicity assessment |
Peter Taschner |
19287 | | A45 | Fixed-parameter haplotyping algorithms for general pedigrees with small number of sites |
Duong Doan |
19335 | | A47 | Phenotype-driven genetic analysis of Autism spectrum disorders |
Benjamin Georgi |
19343 | | A48 | IDENTIFICATION OF ALTERNATIVE POLYADENYLATION VARIANTS DIFFERENTIALLY EXPRESSED IN HUMAN ASTROCYTOMAS |
Suzana Ezquina |
19374 | | A49 | Transcriptional Profiling of Peripheral Neuropathy in Type 2 Diabetes using db/db mouse model |
Manjusha Pande |
19383 | | A51 | is-rSNP: A novel technique for in silico regulatory SNP detection |
Geoff Macintyre |
19391 | | A52 | Evolution model of host pathogen interaction applied to Mycobacterium Tuberculosis |
Ashwani Kumar |
19402 | | A53 | Comparing Two Computational Methods for Common Insertion Site Detection in Transposon Insertional Mutagenesis Data |
Jelle ten Hoeve |
19439 | | A54 | Robust Pharmacogenomic Predictors Identified from Breast Cancer Cell Lines by Meta-analysis Improve the Prediction Accuracy of Breast Cancer Patient Chemotherapy Responses |
Kui Shen |
19427 | | A56 | Stem Cell Discovery Engine |
Kimberly Begley |
19495 | | A57 | Identification of novel chromosomal rearrangements via massively parallel sequencing and primer-directed in silico assembly |
Joseph Fass |
19496 | | A58 | Integrative Biomarker Discovery from Gene Expression and Protein-protein Interaction Data Using Error-tolerant Pattern Mining |
Rohit Gupta |
19529 | | A59 | Brief Exposure |
Emmett Sprecher |
19532 | | A61 | Comparative pathway analysis of aging associated genes in humans and model organisms |
Ari Berman |
19540 | | A63 | Predictive Modeling of Macrophage Transcriptional Response to Nanoparticle Exposure |
Michelle Costa |
19454 | | A65 | Revealing the role of conserved disordered regions in the human proteome using comparative proteomics |
Taehyung Kim |
19629 | | A66 | Personalized Medicine: Optimizing HIV Treatment to Patient and Virus |
Betty Cheng |
19566 | | A67 | Novel statistics reveal cancer universal microRNA activity |
Roy Navon |
17098 | | B1 | Molecular Mechanics Analysis of Minimal Energy RNA Conformational Change Pathways |
Keith Van Nostrand |
17122 | | B2 | pKa's of Ionizable Groups and Energetics of Protein Conformational Transitions |
Zofia Pilat |
17284 | | B3 | Key Role of Flexibility of Aromatic Residues in Ligand Trafficking in the case of Acetylcholinesterases |
Pavan Ghatty |
17335 | | B4 | Protein kinase substrate prediction: Using protein kinase structural features to predict substrates |
Greg Ziegler |
17343 | | B5 | MONTE-CARLO SIMULATIONS OF PEPTIDE-MEMBRANE INTERACTIONS: WEB-SERVER |
Yana Gofman |
19289 | | B6 | Bridging the Gaps: Atomic Simulation of Macromolecular Environment Brings Together Protein Docking, Interaction Kinetics and Crowding Effects |
Xiaofan Li |
17040 | | C01 | Molwind – Exploring Molecule Spaces through Geospatial Browsing |
Oliver Karch |
17080 | | C02 | In silico screening for Phospholipase A2 of Apis Mellifera with HitFinder Library |
Daniel Jorge |
17123 | | C03 | In Silico Molecular Drug Design of Platelet Factor 4 Antagonists |
John Rux |
17313 | | C04 | Novel Fragment-based Quantitative Activity Prediction Method for Cannabinoid Drug Design |
Kyaw Zeyar Myint |
17342 | | C05 | Designing and implementing chemoinformatic approaches in TDR Targets Database: linking genes to chemical compounds in tropical disease causing pathogens |
María Magariños |
17454 | | C06 | Improved Visualization of Pathway Prediction |
Junfeng Gao |
19273 | | C07 | Chemical structure search in PubChem |
Jie Chen |
19278 | | C08 | Association of feature gene expression with structural fingerprints of chemical compounds |
Pei Hao |
19295 | | C09 | Novel Ligand Classification Algorithm and Application on Modeling Functionality for 5HT1A GPCR Ligands |
Chao Ma |
19415 | | C11 | A probabilistic method for identifying transient binding pockets on protein surfaces |
Paul Ashford |
19426 | | C12 | PrOCoil - Advances in predicting two- and three-stranded coiled coils |
Carsten Mahrenholz |
19543 | | C13 | HALO384: A Halo-Based Potency Prediction Algorithm for High-Throughput Detection of Antimicrobial Agents |
Marcos Woehrmann |
19595 | | C14 | Systematic drug target discovery via chemical and genetic interaction profiles |
Frederick Phillip Roth |
17055 | | D01 | Comparative genomics of cell envelope components in Mycobacteria |
Pankaj Vats |
17074 | | D03 | miRConSeq: A microRNA-Seq analysis portal with comparative studies |
Namshin Kim |
17163 | | D04 | Curating the Rat Genome: RGD’s Automated Data Integration Pipelines Maximize Coverage |
Marek Tutaj |
17169 | | D05 | Correlation between Gene-Gene Functional Association Patterns and Ecological Traits of Prokaryotes |
Yaming Lin |
17302 | | D06 | Biologically applied filter level interpretation of lung cancer data reveals markers for onset and progression |
Kevin Thompson |
17300 | | D07 | RECOG: Research Environment for Comparative Genomics |
Ikuo Uchiyama |
17296 | | D08 | The Rat Genome Database – Genome Browser |
Pushkala Jayaraman |
17327 | | D09 | Gene Order Comparison With Contigs And Scaffolds |
Adriana Munoz |
17330 | | D10 | Hybrid assembly of bacterial genomes using optical map, 454 and Illumina sequences |
William Hsiao |
17381 | | D11 | Evolution of Regulation in Primates |
Nathan Sheffield |
17388 | | D12 | Detecting rare copy number variations (CNVs) with sparse coding |
Andreas Mitterecker |
17396 | | D13 | Detection of gene orthology from gene co-expression and protein interaction networks |
Fadi Towfic |
17400 | | D14 | cn.FARMS - a probabilistic model to detect DNA copy numbers |
Djork-Arne Clevert |
17417 | | D15 | Bacterial whole-genome probabilistic alignment |
Colin Dewey |
19284 | | D19 | Microbial Variome Database: All Genetic Variations in a Species at One Glance. |
Sujay Chattopadhyay |
19373 | | D20 | Bacterial Phylogenomics |
Robert Stones |
19428 | | D21 | A global network of coexisting microbes from environmental and whole-genome sequence data |
Samuel Chaffron |
19465 | | D22 | GC-wave correction algorithm for microarray-based comparative genomic hybridization |
Angela Leo |
19483 | | D24 | Detecting Between-Pathway Model conservation across S. cerevisiae and S. pombe yeast species |
Daniel Malmer |
19456 | | D25 | POLYMORPHISM ANALYSIS OF WHEAT RUST FUNGI |
Sharadha Sakthikumar |
19524 | | D26 | Identification of gene transfers and duplications in closely related bacterial pathogens |
Joshua Earl |
19338 | | D28 | Comparative genomics of dormancy regulation in Mycobacteriaceae and Nocardiaceae |
Anna Gerasimova |
16881 | | E01 | The Roche Cancer Genome Database |
Jan Küntzer |
19578 | | E02 | An Advanced Web Query Interface for Biological Databases |
Peter Karp |
16950 | | E03 | Soybean Knowledge Base (SoyKB) : A Web Resource for Soybean Translational Genomics |
Trupti Joshi |
17048 | | E04 | BioPAX – A Community Standard for Pathway Data Sharing |
Nadia Anwar |
17073 | | E06 | DDBJ Read Annotation Pipeline: A web-based analytical tool for next-generation sequencing data |
Eli Kaminuma |
17075 | | E07 | Heterogeneous data integration in context of bioinformatics cloud computing |
Hoan Nguyen |
17090 | | E09 | ISA infrastructure: supporting standards-compliant experimental reporting and enabling curation at community level |
Philippe Rocca-Serra |
17104 | | E10 | G-language Bookmarklet: a gateway for Semantic Web, Linked Data, and Web Services |
Kazuharu Arakawa |
17217 | | E12 | SAHG: Structural Atlas of Human Genome |
Chie Motono |
17266 | | E14 | UniProt: The Universal Protein Resource |
Raja Mazumder |
17288 | | E15 | Generating a data platform for microarray gene expression experiments using MOLGENIS and MAGE-TAB |
Alexandros Kanterakis |
17353 | | E17 | The Reactome Reloaded |
Robin Haw |
17405 | | E18 | ZFNGenome: A gBrowse-based tool for identifying Zinc Finger Nuclease target sites in model organisms. |
Deepak Reyon |
17410 | | E19 | MOLGENIS: rapid generation of flexible software platforms for any genotype and phenotype experiment |
Morris Swertz |
17452 | | E20 | Web Tool OriginS |
Claudio Ferreira Junior |
19271 | | E22 | PhenoDB: A web-based database management system for storage, retrieval, visualization, and analysis of OmniLog phenotypic microarray data |
Wenling Chang |
19290 | | E24 | PRIDE, the PRoteomics IDEntifications database |
Florian Reisinger |
19300 | | E25 | Meeting the computational challenges of Metagenomics |
Naveen Kumar |
19350 | | E28 | Source of annotations in the UniProt Knowledgebase. |
Benoit BELY |
19358 | | E29 | ArrayExpress: Archive of Experiments and Gene Expression Atlas |
Anna Farne |
19378 | | E30 | Choosing a Genome Browser for a Model Organism Database: Surveying the Maize Community |
Taner Sen |
19412 | | E32 | COSMIC: Annotating whole-genome resequencing experiments in the Catalogue Of Somatic Mutations In Cancer. |
Simon Forbes |
19425 | | E33 | BioXSD: the canonical XML-Schema data model for bioinformatics Web services |
Matus Kalas |
19475 | | E36 | An Integrated Data Explorer for Genomic Studies on Mental Disorders |
Chun-Nan Hsu |
19537 | | E38 | TreeBASE2: Sharing Alignments, Trees, And the Analyses That Generated Them |
Hilmar Lapp |
19544 | | E39 | Gene annotation data in a “schema-free” paradise |
Chunlei Wu |
19589 | | E40 | Soybean Knowledge Base (SoyKB) : A Web Resource for Soybean Translational Genomics |
Trupti Joshi |
19319 | | E41 | BISSAP, Biological Sequence Submission Application for Patents |
Stephane Nauche |
19621 | | E42 | Adaptable Data Management for the Research Enterprise |
Sarah Killcoyne |
17056 | | F01 | Polar sidechains bridging to the backbone of proteins have conserved roles in their core |
Catherine Worth |
17136 | | F02 | Genome-wide influence of indel substitutions on evolution of bacteria of the PVC super-phylum, revealed using a novel computational framework |
Olga Kamneva |
17271 | | F05 | Phylogenomic inference of functional divergence |
brian caffrey |
17297 | | F06 | Understanding evolution at the SCOP family level via combined phylogenetics of sequence, structure and function. |
Ralph Pethica |
17314 | | F07 | Automatic dichotomy and polytomy classification and conversion |
Guan Ning Lin |
17424 | | F08 | Statistical phylogenetic tree analysis using differences of means |
David Haws |
19265 | | F10 | Evolutionary fingerprinting of genes |
Konrad Scheffler |
19306 | | F12 | Evolution of Structurally Disordered Regions |
Jessica Liberles |
19332 | | F13 | Inferring Genome Rearrangement Phylogeny based on Maximum Likelihood of Gene Adjacencies |
Jijun Tang |
19361 | | F14 | The Evolution and Structure Prediction of Coiled Coils Across All Genomes |
Julian Gough |
19385 | | F15 | Protein Interaction Evolution of the Yeast SH3 Domain |
Mark Sun |
19433 | | F16 | Filtering of Environmental Metagenomic Sequences (FEMS): a phylogenetic focus group-based framework for molecular evolution research |
Jeffrey Blanchard |
19574 | | F17 | Evolutionary dynamics of CRISPR systems in the Ocean metagenome |
Irena Artamonova |
19514 | | F19 | A New Methodology for Inferring Events in the History of a Multidomain Gene Family |
Maureen Stolzer |
19526 | | F20 | Investigating Homology Between Proteins Using Energetic Profiles |
James Wrabl |
19624 | | F21 | Analysis of functional profiles of eukaryotic genomes reveals strong trends related to morphological complexity |
Christian Zmasek |
16945 | | G01 | Detecting ssRNA loci with NiBLS |
Daniel MacLean |
17068 | | G02 | Gene Function Prediction via Morphological Phenotype Discovery in High-Content Screening |
Chen Lin |
17110 | | G03 | Selection and Evaluation of Gene-specific Biomarkers in Microarray Experiments |
Dan Lin |
17134 | | G04 | High Throughput Mutant Screening using Probabilistic Normalization and Identification |
Shannon Bell |
17259 | | G05 | FABIA: Factor Analysis for Bicluster Acquisition |
Martin Heusel |
17270 | | G06 | On Protein Biology Discoveries Using Domain-Based Methods |
Gloria Rendon |
17294 | | G08 | Integrated Interpretation of Genes |
Gang Feng |
17311 | | G09 | CRSH: Classes of Reiprocal Sequence Homologs |
Samuel Handelman |
17323 | | G10 | Predicting functional gene regulatory circuits using probability landscapes calculated from hundreds of transcriptome profiles |
Nicolas TCHITCHEK |
17352 | | G11 | Gene Set Interpreter: An open framework for analysis and management of gene sets and profiles |
Dmitri Bichko |
17354 | | G12 | Proteins, Pathways, and Macromolecular Complexes |
Judith Blake |
19260 | | G16 | Incorporating developmental information in functional networks for Arabidopsis thaliana |
Ana Pop |
16786 | | G18 | Studies of Sesame Phytoestrogenic Lignans Derivatives as Selective Endothelial Nitric Oxide Synthetase Modulators (SNOSM) in Male Sprague Rats Testis. |
lukeman joseph shittu |
19268 | | G20 | An effective statistical evaluation of ChIP-seq dataset similarity |
Maria Chikina |
19275 | | G21 | Beyond the Bounds of Orthology: Functional Inference from Metagenomic Context |
Gregory Vey |
19303 | | G22 | Identification and classification of ncRNAs in Trypanosoma cruzi through a multistep approach |
Priscila Grynberg |
19360 | | G24 | cis-Decoder: A web-based tool for searching a genome-wide conserved sequence cluster database to identify functionally related cis-regulatory elements |
Amarendra Yavatkar |
19366 | | G25 | Reconstruction of ancestral compositions of multi-domain proteins |
Roland Krause |
19382 | | G26 | Genome-scale methyltyping by statistical inference for determining methylation states in populations |
Meromit Singer |
19397 | | G27 | EBI R CLOUD - Cloud Computing for Functional Genomics at the EBI |
Andrew Tikhonov |
19404 | | G28 | The relative contribution of miRNAs in the regulation of di?erentiation |
Sylvia Tippmann |
19423 | | G30 | ChIP-seq versus ChIP-chip: a systematic comparison of two technologies |
Joshua Ho |
19455 | | G31 | The Ontological Discovery Environment: A Web-based Software System for Combinatorial Cross-Species Functional Genomic Data Integration |
Jeremy Jay |
19464 | | G32 | Joint ChIP-Seq event discovery using the Genome Positioning System (GPS) |
Yuchun Guo |
19507 | | G34 | A spectral clustering and information integration framework to mine gene sets using heterogeneous data sources |
Adam Richards |
19525 | | G35 | An integrative ChIP-sequencing analysis and motif discovery platform for genome-wide TFBS identification |
LAKSHMI KUTTIPPURATHU |
19365 | | G38 | Functional analysis of metagenome data using MEGAN4 |
Suparna Mitra |
19580 | | G39 | Illuminating Complete Functional Networks: Automation, Computation and the Single Cell |
Michael Fero |
19560 | | G40 | The Discern Active Site Predictor |
Sriram Sankararaman |
19582 | | G41 | The Genetic Landscape of a Cell |
Anastasia Baryshnikova |
19613 | | G42 | Quantitative functional annotation of H. sapiens genes |
Frederick Roth |
17149 | | H1 | Identification of Prokaryotic Small Proteins using a Comparative Genomic Approach |
Josue Samayoa |
17407 | | H2 | RGASP: Assessment of Gene-Finding Tools in the High-throughput Era |
Josep Abril |
17105 | | I03 | Scanning genomic data for structurally related RNAs |
Linda Stern |
17157 | | I04 | Ciport: A comparative and integrative transporter annotation tool and identification of lignin-related transporters |
Patrick Xuechun Zhao |
17159 | | I05 | Genome Annotation Test for Evaluation of CHiP-Seq Peaks |
Justin Bedo |
17245 | | I06 | Whole genome characterisation of Francisella orientalis from tilapia |
Sridhar Settu |
17260 | | I07 | Ensembl genome annotation for gorilla |
Amy Tang |
17268 | | I08 | Ensembl genome annotation for low- and high-coverage genomes |
Magali Ruffier |
17359 | | I09 | The comparative annotation and analysis platform at Canada's National Microbiology Laboratory |
Philip Mabon |
17415 | | I10 | ISGA - An Intuitive Web Server for Prokaryotic Genome Annotation and Other Analyses |
Christopher Hemmerich |
17107 | | I11 | A linear-time algorithm for reconstructing zero-recombinant haplotype con?guration on pedigree with a small number of loops |
Tao Jiang |
19584 | | I12 | Unique identifiers for alternative splicing isoforms |
Alberto Riva |
19264 | | I13 | The potential functional role of chimeric transcripts in higher eukaryotes |
Milana Frenkel-Morgenstern |
19272 | | I14 | MaxExon: A tool for selecting maximum number and length of exons for DNA sequencing enrichment strategies |
James Cavalcoli |
19321 | | I17 | Transcriptomics Platform Integration for Expression and Splice Variant Detection |
John Van Hemert |
19342 | | I18 | Finding Frameshifts in 1100+ Prokaryotic Genomes |
Ivan Antonov |
19369 | | I19 | The Oak Ridge National Lab Genome Annotation Pipeline Workflow |
Daniel Quest |
19470 | | I20 | CAFA: a Community Driven Effort to Assess Protein Function Predicitons |
Iddo Friedberg |
19478 | | I21 | Functional Gene Ontology Annotation across Species using PAINT |
Pascale Gaudet |
19530 | | I24 | DNA Annotation Induction: Intra- and Cross-Species in-silico Transcription Start Site Predictions |
Justin Bedo |
19619 | | I25 | Detecting Trans-Splicing Events and Non-co-Linear Transcripts in Transcriptome Assemblies |
Inanc Birol |
19634 | | I26 | Automated Gene-Model Curation using Global Discriminative Learning |
Axel Bernal |
17071 | | J03 | Comparison of methods finding the diversity of microbe communities based on 16S rRNA and metagenome shotgun sequencing |
Chaochun Wei |
17112 | | J05 | Visualizing the next generation of sequencing data |
Thomas Abeel |
17152 | | J06 | THE RAT GENOME DATABASE GENOME VIEWER |
Jeffrey De Pons |
17171 | | J07 | Comparative study of compositional symmetry in bacterial genomes using a novel method for replication terminus prediction |
Nobuaki Kono |
17176 | | J08 | BiNGS!SL-Seq: A Computational Analysis Workflow for Whole-Genome RNA Interference Screening Using the Next Generation Sequencing Technology |
Tzu Lip Phang |
17182 | | J09 | Transcriptome of embryonic and neonatal mouse cortex by RNA-seq |
Xinwei Han |
17208 | | J10 | De novo characterization of the transcriptome in mouse cortical neurons using RNA-Seq and ChIP-Seq |
Martin Hemberg |
17241 | | J11 | s it possible to detect phenotype determining genome differences using DNA reads from pooled individuals of species with huge haploid genomes? |
Rikard Erlandsson |
17243 | | J12 | Prioritization of pathogenic variants for monogenic diseases using targeted and exome resequencing data |
Christian Gilissen |
17258 | | J13 | Comparative Statistical Analysis on Identifying Differentially Expressed Reads in Next Generation Sequencing Data |
Dexiang Gao |
17286 | | J14 | Analysis of Genomic Data based on Information Theory |
Jang Yi |
17291 | | J15 | Statistical Analysis of Nondisjunction Assays in Drosophila |
Hua Li |
17292 | | J16 | The Bonobo de novo Genome Assembly Generated by CABOG |
Jason Miller |
17397 | | J17 | Gramene: A Database Platform For Comparative Genomics in Plants |
Joshua Stein |
17350 | | J19 | A normalization technique for next generation sequencing experiments |
Günter Klambauer |
17324 | | J20 | Identification of protein disorder in Corynebacterium pseudotuberculosis proteome using phage display data |
Sintia Almeida |
17363 | | J21 | Generalized Random Sets for Functional Enrichment Analysis Using Primary Genomics Datasets |
Johannes Freudenberg |
17183 | | J22 | Conserved G-quadruplexes May Regulate NF1 Gene Expression at Translational and Polyadenylation levels |
Rami Alrabaa |
17351 | | J23 | Alternative splicing of MECP2 gene involved in autism and related mental retardation syndromes may be regulated by G-quadruplex motifs |
Joetsaroop Bagga |
17373 | | J24 | GENOME-WIDE DISTRIBUTION OF G-QUADRUPLEXES SUGGESTS THEIR ROLE IN REGULATED SPLICING |
Paramjeet Bagga |
17376 | | J25 | Estimation of DNA Fragment Size Distribution and Reconstruction of DNA-binding Profiles from ChIP-seq Data |
Shouyong Peng |
17411 | | J26 | Using RNAi and RNA-Seq to Identify Alternative Exons Regulated by Individual RNA Binding Proteins and their Associated Regulatory Motifs |
Angela Brooks |
17432 | | J27 | Graphical Analyser of Contig for all Sequencers generation - G4ALL |
Rommel Ramos |
17117 | | J28 | Preliminary comparative analysis of four novel Mycoplasma genomes |
Iddo Friedberg |
17135 | | J29 | Indel detection using guided reassembly of unaligned paired-end reads |
Ole Schulz-Trieglaff |
19256 | | J30 | De novo Coral Genome Assembly by Short-Read Sequencing |
Arthur Hsu |
19308 | | J32 | Comparative Epigenomic Analysis of Repetitive DNA Elements |
Fabian Mueller |
19293 | | J33 | AltAnalyze: Assessing Functional Implications of Alternative Splicing on a Genome-Wide Scale |
Nathan Salomonis |
19362 | | J34 | Graphical quasi-species analyses of a deep sequencing sample of avian influenza A (H5N1) virus |
Lars Steinbrück |
19395 | | J36 | Short read assembly of subtelomeric regions and multi-gene families in Plasmodium falciparum |
Sammy Assefa |
19400 | | J37 | Large scale detection and analysis of RNA editing in grape mtDNA by RNA deep-sequencing |
Graziano Pesole |
19291 | | J38 | Wobble Patterns in Plants and Animals |
Tatiana Tatarinova |
19418 | | J39 | Using GPU programming for short read mapping |
Tobias Jakobi |
19434 | | J40 | A computational study of cross-hybridizing stable loop structures in oligonucleotide sequences. |
D. Andrew Carr |
19446 | | J42 | Dynamics and evolution of genome – nuclear lamina interactions |
Wouter Meuleman |
19449 | | J43 | Quality guided correction and filtration of errors in short reads |
David Kelley |
19481 | | J44 | De Novo Transcriptome Assembly Using 454 Sequencing |
Daniel Fasulo |
19510 | | J45 | Discovery and characterization of chromatin states for systematic annotation of the human genome. |
Jason Ernst |
19516 | | J46 | Knowing when to stop: A framework for threshold selection in gene family classification |
Jacob Joseph |
19519 | | J47 | Multiple Sequence Realignment-Enhanced Detection of Short Germline and Somatic Indels |
Andrey Sivachenko |
19339 | | J48 | Sequence variability is reflected in nucleosome occupancy profiles in the human genome |
Michael Tolstorukov |
19547 | | J49 | Integrative analysis of gene expression and epigenomic data in stem cells, progentiors and cancer stem cells |
Amit Sinha |
19548 | | J50 | Online Quantitative Transcriptome Analysis |
Regina Bohnert |
19551 | | J51 | Statistical Tests for Detecting Differential RNA-Transcript Expression from Read Counts |
Philipp Drewe |
19269 | | J52 | gee_fu: a RESTful web-services database for next-generation sequencing data |
Dan MacLean |
19593 | | J56 | ExpressionPlot: A web-based framework for the comparative analysis of gene expression and RNA processing data from exon array and RNA-Seq platforms |
Brad Friedman |
19576 | | J57 | Histone modification levels are predictive for gene expression |
Martin Vingron |
19570 | | J60 | WebGBrowse - A Web Server for GBrowse |
Ram Podicheti |
17148 | | K1 | Cognitive based requirements for systems biology and networks |
Felix Eichinger |
19267 | | K2 | Detecting internally symmetric protein structures |
Byungkook (BK) Lee |
17052 | | L02 | Structural and Energetic insights into TEM-1 and SHV-1 beta-lactamase ligand binding |
Pinar KANLIKILICER |
17054 | | L03 | Atomic motion knock-on effect and large scale anharmonic motion: Correlation of calmodulin-peptide binding entropy with intramolecular dynamics |
Jeremy Harris |
17072 | | L04 | Comparative analysis of binding site residues and recognition mechanisms of protein-protein and protein-RNA complexes using energy based approach |
Gromiha Michael |
17216 | | L06 | Computational redesign of Itk self-association: a tool to probe kinase regulation |
Scott Boyken |
17250 | | L07 | Pattern of Physical-Chemical and Structural Properties in Protein-Protein Interfaces |
Fabio de Moraes |
17086 | | L08 | i-Patch: inter-protein contact prediction using local network information |
Rebecca Hamer |
17262 | | L09 | Investigating the Specificity of the Histidine Kinase-Response Regulator Complexes using Mutual Information |
Mireille Gomes |
17416 | | L12 | Modeling Interactions of Lentiviral Rev Proteins with Viral RNA and Cellular Proteins |
Usha Muppirala |
17377 | | L13 | Efficient Retrieval of Protein Interfaces with a Machine Learning-based Similarity Measure |
Bin Pang |
17331 | | L14 | Similarity in protein-protein interactions: Disappearing and reappearing act by key interface residues |
Nan Zhao |
19569 | | L15 | A Novel Scoring Approach for Protein Co-Purification Data Reveals High Interaction Specificity |
Jaques Reifman |
17130 | | L17 | Properties and evolution of specificity-determining residues in yeast protein-protein interactions |
David Talavera |
17084 | | L18 | Prediction of Domain-Peptide Binding Affinity from Primary Sequence |
Xiaojian Shao |
19286 | | L19 | Machine learning approaches for prediction of SH2-peptide interactions |
Kousik Kundu |
19302 | | L20 | PIPs - Human Protein-Protein Interaction Prediction |
Mark McDowall |
19462 | | L23 | Protein interface residues amenable to small molecule modulation predicted using structure |
Fred Davis |
19511 | | L24 | SVM methods for prediction of Calmodulin binders and binding sites |
Asa Ben-Hur |
19499 | | L25 | A GO-Based Search Engine for Protein-Protein Interactions |
Kyungsook Han |
19628 | | L26 | Similarity in protein-protein interactions: Disappearing and reappearing act by key interface residues |
Dmitry Korkin |
19600 | | L27 | Towards the prediction of protein interaction partners using physical docking |
Mark Wass |
16897 | | M02 | Plasma metabolites in the mammalian hibernation cycle |
Anis Karimpour-Fard |
17076 | | M03 | Discovering knowledge hidden in mutation data using Inductive Logic Programming |
TIEN-DAO LUU |
17165 | | M04 | CONFIDENT PREDICTABILITY: A STATISTICAL TOOL FOR IDENTIFYING PATIENTS FOR WHICH A MACHINE LEARNING ALGORITHM PROVIDES A RELIABLE DIAGNOSIS |
Lee Jones |
17201 | | M05 | ProQM : The first membrane MQAP |
Arjun Ray |
17214 | | M06 | Machine Learning Studies on Subcellular Localization of Human Cytosolic Sulfotransferase SULT1C1 |
George Acquaah-Mensah |
17234 | | M07 | SVM-based prediction of linear B-cell epitopes using Bayes Feature Extraction |
Lawrence Wee |
17261 | | M08 | VT-shift: a novel density-based clustering algorithm and its applications multivariate biological datasets |
Nikolay Samusik |
17348 | | M09 | Evolutionary distances between divergent sequences - A rational kernel approach |
Roland Schwarz |
17661 | | M11 | Sparse Dynamic Models for Detecting Responsive Pathways |
Prasad Siddavatam |
17283 | | M12 | Identification of biological features distinguishing meiotic recombination hot and cold spots in yeast. |
Loren Hansen |
19258 | | M13 | Multitask Learning: Combining Various Genomic Features To Better Explain Phenotypic Variation |
Brian Bennett |
19297 | | M14 | Nonlinear dimension reduction and clustering by Minimum Curvilinearity unfold neuropathic pain and tissue embryological classes |
Carlo Vittorio Cannistraci |
19326 | | M15 | A method for predicting compound-protein interactions using canonical correlational analysis |
Takuya Hashimoto |
19356 | | M19 | ClanTox: A predictor tool for toxin-like proteins reveals 500 such proteins within viral genomes |
Michal Linial |
19416 | | M21 | The e-LICO project |
Simon Jupp |
19471 | | M22 | Cancer Outcome Prediction by Feature Selection with Top Scoring Pairs |
Ping Shi |
19493 | | M23 | L1-L2 regularization framework for Alzheimer's molecular characterization |
Annalisa Barla |
19494 | | M25 | A Mixture of Experts model for predicting expression from sequence |
Sushmita Roy |
19549 | | M26 | A mixture model approach to high-throughput cell cycle analysis in budding yeast |
David Warde-Farley |
19489 | | M27 | Experimental design for genome-wide association studies |
Christoph Lippert |
19591 | | M29 | Optimizing Genome Context Methods and their Combination |
Luciana Ferrer |
19609 | | M30 | High resolution models of transcription factor-DNA affinities improve in vitro and in vivo binding predictions |
Phaedra Agius |
13085 | | N01 | INSECTICIDE RESISTANCE MECHANISMS AND GENE EXPRESSION PROFILE IN MALARIA VECTOR - Anopheles gambiae s.s |
ISAAC OYEWOLE |
17047 | | N02 | miRNA data integration |
Pekka Kohonen |
17051 | | N03 | Correcting Array Position Artifacts using GPU Computing |
Dirar Homouz |
17070 | | N04 | Estimating the Proportion of Microarray Probes Expressed in an RNA sample |
Wei Shi |
17077 | | N05 | gcExplorer: Interactive Exploration of Gene Clusters |
Theresa Scharl |
17099 | | N06 | An Expression Profiling Data Repository for Lung Disease Gene Discovery |
Soumyaroop Bhattacharya |
17118 | | N07 | The Exon Array Analyzer: a web interface for analyzing exon arrays |
Pascal Gellert |
17145 | | N08 | Novel thermodynamics-based algorithm for probe-speci?c position-dependent hybridization free energy |
Hosna Jabbari |
17189 | | N09 | Geometric representation of transcriptomic phase space provide by Molecular Dynamics MDS combine to SVD algorithms using references datasets. |
Christophe Becavin |
17197 | | N11 | Detecting mosaic structural variation in genomic microarray data |
Jayne Hehir-Kwa |
17212 | | N12 | The LO-BaFL pipeline for microarray expression analysis |
Cristina Baciu |
17224 | | N14 | Identification of non reliable probes on customized Affymetrix Mouse430_2 platform |
Noura Chelbat |
17225 | | N15 | Accurate estimates of microarray target concentration from a simple sequence-independent Langmuir model |
Cynthia Gibas |
17227 | | N16 | Detection of oncogenic fusion transcripts by custom-made oligo microarrays |
Gard Thomassen |
17228 | | N17 | Comparative analysis of transcriptome and proteome E. coli cultivation data |
Karoline Marisch |
17230 | | N18 | COLOMBOS: access port for bacterial cross-platform microarray compendia |
Kristof Engelen |
17246 | | N20 | A Pathway Based Correlation Method for Identifying Perturbation in Follicular Lymphoma from Microarray Gene Expression Data |
Allison Tegge |
17308 | | N21 | ArrayInitiative: a generic tool for creating custom Affymetrix CDFs |
Christopher Overall |
17322 | | N22 | A Transcript-level Gene Model Validation Tool |
Timothy Tickle |
17281 | | N23 | Comparative analysis of gene expression profiles in human breast cancer from microarray data using breast tissues and peripheral blood samples |
Xing Li |
17362 | | N24 | ExonSVD: a new model for exon and splice junction microarrays |
Peter Munson |
17337 | | N25 | Annotare – a tool for annotating microarray investigations and data |
Ravi Shankar |
17401 | | N26 | Timing the Expression of Ribosomal Proteins |
Gang Chen |
17402 | | N27 | Unsupervised clustering of high-dimensional datasets without prior knowledge using AutoSOME |
Aaron Newman |
17421 | | N28 | Modeling proteome dynamics using microarray data |
Maga Rowicka |
17434 | | N29 | SLAM: Gaussian Dynamic Linear Analysis of Methylated-chip Data |
William Johnson |
17435 | | N30 | A Systems Biology Strategy to Accelerate the Development of Predictive Biomarkers for Novel Anti-cancer Agents |
Heather Selby |
19567 | | N31 | Comparative analyses of time-courseexpression profiles of yeast ageing |
Huanying Ge |
17370 | | N33 | An open-source pipeline of analyzing Illumina Methylation data |
Pan Du |
17175 | | N34 | Parkinson Disease Microarray Analysis in Frontal Cortex |
Alexandra Dumitriu |
17043 | | N35 | ROAST: rotation gene set tests for complex microarray experiments |
Di Wu |
19277 | | N36 | Identification of classifier genes from earthworm microarray data using an integrated statistical and machine learning approach |
Nan Wang |
19281 | | N37 | Identification of common disease mechanisms and novel drug targets from multiple disease signatures using a causal network |
Ben Sidders |
19298 | | N38 | Global transcriptome analysis of the Escherichia coli O157 response to Houttuynia Cordata Thunb |
Hyeung-Jin Jang |
19346 | | N39 | Computational workflows for miRNA-mRNA co-expression analysis |
Ketan Patel |
19372 | | N40 | The Transcriptional Network Governed by Interferon Regulatory Factor (IRF8) in Germinal Center B cells |
Dong-Mi Shin |
19388 | | N41 | Widespread alternate splicing in the TLR signalling cascade contributes to functional diversification of the innate immune system |
Alistair Chalk |
19399 | | N42 | Chipster: Biologist-friendly analysis software for high-throughput data |
Aleksi Kallio |
19405 | | N43 | Evaluating the Goodness of Pairwise Probability Models in Reconstructing Gene Regulatory Networks |
Jarkko Salojärvi |
19474 | | N44 | Mining Large Gene Expression Corpora with Market-Basket Analysis to Find Condition-Dependent Correlations |
Steve Rowley |
19482 | | N45 | Multiplex Meta-Analysis for Microarrays |
Alexander Morgan |
19488 | | N46 | Large-scale expression profiling using a reduced representation of the transcriptome. |
Rajiv Narayan |
19430 | | N47 | GAGE: Generally Applicable Gene Set Enrichment |
Weijun Luo |
19550 | | N48 | Computationally Efficient Analysis and Visualization of Exon Array Data |
Ping Chen |
19413 | | N49 | Ontology-guided Visual Exploration of the ArrayExpress Archive |
Nils Gehlenborg |
19598 | | N50 | Genome-scale percentage DNA methylation estimates from microarray data |
Martin Aryee |
17356 | | O1 | Analysis of Alternative RNA Splicing in Early Stages of SCA1 |
Smita Agrawal |
17093 | | P2 | Ontology Based Phenotype Database and Mining Tool |
Mary Shimoyama |
17205 | | P4 | An Application Ontology for Gene Expression Sample Variables |
James Malone |
17095 | | P6 | GeneRIFcompendiate: Quantitative gene annotation using collective GeneRIF associations and ontology terms |
Pan Du |
19498 | | P7 | Biomedical ontologies for Parasite research |
Vinh Nguyen |
17251 | | Q03 | Multi-SNP models for complex phenotypes |
Alberto Riva |
17289 | | Q04 | Haplotyping Population Samples of Short Fragment Data |
Shawn O'Neil |
17321 | | Q05 | Identification of Structural Variation in Next-Generation Sequence Data by Multiple-Signal Integration |
Suzanne Sindi |
17418 | | Q07 | Interactions in Genetic Association |
Ronald Schuyler |
17425 | | Q08 | Genome wide association study of non synonymous Single Nucleotide Polymorphisms with seven common diseaes |
Praveen Surendran |
19466 | | Q12 | MAVEN 2.0: a tool for integration analysis of association results and automatic variant annotation |
Jing Li |
17059 | | R01 | Evaluation of computational platforms for LC-MS based label-free quantitative proteomics |
Runxuan Zhang |
16814 | | R02 | A Machine Learning approach to Protein Secondary Structure Prediction, using Position Specific Residue Preferences |
saraswathi sundararajan |
17108 | | R03 | QuantProReloaded: Software for the statistical analysis of Microspot Immunoassays |
Anika Joecker |
17267 | | R05 | Detection of Alternative Splice Variants at the Protein Level in the Human Genome |
Iakes Ezkurdia |
17278 | | R06 | Subgraphs of the Protein-Protein Interaction Network with High Connectivity |
Suzanne Gallagher |
17320 | | R07 | A modular method to prediction of protein-protein interaction patches |
Rafael Jordan |
17374 | | R08 | The bait compatibility index: a computational approach towards bait selection for interaction proteomics experiments |
Sudipto Saha |
17382 | | R09 | Global in silico identification of General and Kinase-Specific Phosphorylation Sites |
Jianjiong Gao |
17422 | | R10 | Replicate feature matching improves the identification of proteins via tandem mass spectrometry |
Karin Noy |
17328 | | R11 | A statistical model for quantitative proteomics |
Yuping Zhang |
17156 | | R12 | OpenFreezer LARISA: A web-based laboratory information and workflow management system |
Marina Olhovsky |
19577 | | R14 | Discriminative Motif Finding for Predicting Protein Subcellular Localization |
Tien-Ho Lin |
19294 | | R15 | The Human Protein Atlas |
Lisa Berglund |
19469 | | R19 | The Complete Peptide Dictionary – A Meta-Proteomics Resource |
Manor Askenazi |
19521 | | R20 | MSProcess – Mass Spectrometry Identification and Annotation Pipeline |
Jill Wegrzyn |
19476 | | R21 | PIE - A protein inference engine: integrating proteomics data for comprehensive posttranslational modi?cation prediction |
Stuart Jefferys |
19546 | | R22 | Bioinformatics Solutions to Enable the Generation of Complete Quantitative Proteomics Datasets Required for Modeling & Systems Biology |
Christian Ahrens |
16939 | | S01 | A Concordance Approach for ChIP-Seq Binding Site Detection Facilitates Localization of Beta-catenin in Colorectal Cancer Cells. |
Daniel Bottomly |
16970 | | S02 | The computational discovery and evolutionary implications of regulatory motif patterns responsible for transcriptional activation of ribosome biogenesis |
Robert Gross |
17067 | | S03 | Evaluating methods for Expression Quantitative Trait Loci (eQTL) detection in complex mouse crosses |
Priscila Darakjian |
17079 | | S04 | Improved prediction of in vivo transcription factor binding sites by using DNA structure |
Bart Hooghe |
17106 | | S05 | Gene Regulatory Network Reconstruction based on Gene Expression and Transcription Factor Activities |
Yao Fu |
17146 | | S06 | ModuleDigger: an itemset mining framework for the detection of cis-regulatory modules. |
Kathleen Marchal |
17153 | | S07 | Roles of Signal Transducer and Activator of Transcription in Tuning Epigenetic Modification and Transcription during Helper T Cell Differentiation |
Golnaz Vahedi |
17345 | | S10 | Decoding the cis-regulatory logic of stress-regulated genes in Arabidopsis thaliana |
Shin-Han Shiu |
17398 | | S11 | Systematic Discovery of cis-regulatory Elements in the Mouse Genome |
Feng Yue |
17448 | | S12 | Genome-wide computational prediction of core promoter elements in Arabidopsis. |
Sunita Kumari |
19285 | | S13 | CBS: a database of Conserved regulatory Binding Sites in the genome of multiple Drosophilas |
Enrique Blanco |
19323 | | S14 | RNAcontext: a new method for learning the sequence and structure binding preferences of RNA-binding proteins |
Hilal Kazan |
19394 | | S15 | Improved Prediction of Transcription Binding Sites from Chromatin Modification Dat |
Paul Horton |
19409 | | S16 | Predict gene expression with genetic and epigenetic features |
Xiaowo Wang |
19457 | | S18 | Toward a Unified Framework for Motif Discovery Methods |
Lonnie Welch |
19460 | | S19 | Mapping of cell-type specific transcription factor binding from chromatin accessibility assays and genome annotation |
Roger Pique-Regi |
19485 | | S20 | Towards Decoding The Regulatory Code of The Human Forebrain |
Hani Girgis |
19491 | | S21 | Identification of Novel Transcriptional Interactions for Mesoderm Inducer in Xenopus Like1(MIXL1) |
Aaron Raymond |
19424 | | S22 | PolyA site strength is important for gene expression and tissue-specific alternative polyadenylation |
Wencheng Li |
19627 | | S23 | Down-regulation by microRNAs depends on target mRNA abundance |
Aaron Arvey |
19605 | | S24 | Positional Variations among Heterogeneous Nucleosome Maps Give Dynamic Information on Chromatin |
Yoshiaki Tanaka |
19573 | | S25 | A systems approach shows competition and saturation drives microRNA and siRNA target gene regulation – its more than target site efficacy |
Debora Marks |
17133 | | T1 | Bioinformatics Visualization: A review on the novel technique used in Interactorium. |
Arijit Nandi |
17429 | | T2 | BioPerl at 15 : New Features, New Directions |
Mark Jensen |
19266 | | T3 | Comparative Analysis of next-generation Sequence Alignment Algorithms |
Gabriela Persinoti |
19623 | | T4 | Visualizing biological data |
Seán O'Donoghue |
16780 | | U01 | Anvaya: A Workflow environment for High Throughput Comparative Genomics |
Ruma Banerjee |
17087 | | U02 | Prediction of KOPS motifs involved in segregating of bacterial chromosomes in Lactocoques / Streptocoques |
Fabrice Touzain |
17096 | | U03 | RNA Secondary Structure Prediction of Multiple Sequences |
Zhenjiang Xu |
17125 | | U04 | A systematic approach to predicting organism-specific subcellular localization suggests species-specific sorting patterns |
Patrick Xuechun Zhao |
17161 | | U06 | An SNN-GA Approach for the Prediction of Transcription Factor Binding Sites |
Heike Sichtig |
17168 | | U07 | Computational Analysis of Genome-wide Synthetic Lethal Screen with a tyrosine kinase inhibitor in Leukemia cell using BiNGS!SL-seq |
Jihye Kim |
17172 | | U09 | Probeset design for target-capture sequencing |
FANG FANG |
17211 | | U11 | Quantitative Deep Sequencing and Detecting HIV-1 Drug Resistance |
John Archer |
17247 | | U12 | Inferring de novo genomic homology with sets of minimal absent words |
Sara Garcia |
17253 | | U13 | Threading Alignments Based on Sampling and Sequence Dependent Scoring Function |
Zhiquan He |
17269 | | U14 | SMALT - a new mapper for DNA sequencing reads |
Hannes Ponstingl |
17303 | | U15 | Alternative Isoforms Identification and Quantification from RNA-Seq Data |
Xiaobo Zhou |
17312 | | U16 | Choosing the right coverage depth and read length for an RNA-seq experiment |
Madelaine Gogol |
17333 | | U17 | Novel Epitopes of the Ebola Virus for Rational Vaccine Design: Therapeutic Development and Protein Conservation. |
Sophia Banton |
17346 | | U18 | Structural Variation Analysis with Strobe Reads |
Anna Ritz |
17379 | | U19 | An exact approach to mapping next-generation sequencing reads containing structural variation |
Anne-Katrin Emde |
17384 | | U20 | Exploring Enviornmental Niches Via Short Read Metagenomic Sequencing |
Vinicio Reynoso |
17386 | | U21 | A method for detecting small scale human tandem repeat length polymorphism using Illumina paired-end sequencing data |
Weldon Whitener |
17412 | | U22 | Identification of Putative Novel Protein Coding Genes from Metagenomic Samples |
David Messina |
17414 | | U23 | Analyses of reagents developed for Oligomerized Pool ENgineering (OPEN) reveal insights into interactions between zinc finger proteins and DNA |
Fengli Fu |
17427 | | U24 | he GNUMAP project: probabilistic mapping of next generation sequencing reads with applications |
William Johnson |
17445 | | U25 | Modeling the sequencing background in ChIP-Seq experiments |
Abhishek Mitra |
17438 | | U27 | An Accuracy Evaluation of Read Alignment Algorithms |
André Kahles |
19575 | | U29 | Protein interactions and ligand binding: from protein subfamilies to functional specificity |
Antonio Rausell |
19255 | | U30 | Algorithm for Phylogenetic Tree Building and Taxonomic Classification using Curated Phylogenetic Tree |
David Knox |
19572 | | U31 | Detecting Breakpoints of Large Deletions and Medium Sized Insertions from Pair-end Short Reads in 1000 Genomes Project and Cancer genome project |
Kai Ye |
19279 | | U33 | A fast mapping tool for DNA sequence reads from the SOLiD™ System: part of Bioscope™ |
Zheng Zhang |
19299 | | U34 | Jalview: Now and Next. |
James Procter |
19304 | | U35 | Sequence read information improves accuracy of SNP detection |
Allison Regier |
19310 | | U36 | Neighbourhood effect and amino acid preference in extremophiles |
Chinmay Dwibedi |
19312 | | U37 | FastQC – A Quality Control tool for High Throughput Sequencing Data |
Simon Andrews |
19318 | | U38 | Bismark, a New Tool for Mapping and Methylation Analysis of Bisulfite-Seq Data |
Felix Krueger |
19320 | | U39 | A congruent objective function for key steps in the phylogenomic method |
Marcin Cieslik |
19322 | | U40 | Analysis of AB SOLiD™ System Targeted Resequencing Reads |
Jonathan Manning |
19325 | | U41 | A method for detecting structural variants from massive paired end genome sequences by mapping signatures |
Daisuke Ueta |
19331 | | U42 | Structural filters for RNA homology search |
Diana Kolbe |
19352 | | U45 | A novel profile Hidden Markov Model to predict microRNAs and their targets simultaneously |
Shu Yang |
19353 | | U46 | MISO: an open-source LIMS for small-to-large scale sequencing centres |
Robert Davey |
19363 | | U47 | A Robust High-Throughput Second Generation Sequencing Analysis Pipeline |
Sanjeev Bhaskar |
19364 | | U48 | Threshold Average Precision (TAP-k): A Retrieval E?cacy Measure for Bioinformatics |
Hyrum Carroll |
19367 | | U49 | EMBOSS: European Molecular Biology Open Software Suite |
Peter Rice |
19368 | | U50 | Ultra-deep sequencing of HIV quasi-species to detect minority variants |
Oliver Hofmann |
19370 | | U51 | Identification of disease associated variants using the Carpe Novus tool |
elizabeth worthey |
19371 | | U52 | Increasing the Genome Analyzer’s output using IBIS |
Martin Kircher |
19376 | | U53 | Detection of Fusion Genes in mRNA-Seq Data |
Sven Bilke |
19379 | | U54 | A novel probabilistic approach based framework for sequence assembly |
Limin Fu |
19406 | | U57 | High-throughput DNA sequencing – concepts and limitations |
Janet Kelso |
19421 | | U58 | Mining for cancer causing mutations in whole genome sequence data |
Andrew Menzies |
19422 | | U59 | Makeflow for Bioinformatics |
Andrew Thrasher |
19431 | | U60 | Galaxy NGS functionality from sample tracking to SNP calling: An interactive poster |
Ramkrishna Chakrabarty |
19437 | | U61 | Identify unknown population structure based on DNA sequence and geography |
Melanie Lou |
19444 | | U62 | Finding sequence-specific DNA methylation sites using base resolution methylome data |
WENYU CHUNG |
19450 | | U63 | Hidden Chromosome Symmetry, Gigantic Palindromes and Nonlinear Dynamics Model |
Sergei Larionov |
19463 | | U64 | CloVR: Automated Sequence Analysis using Virtual Machines and Cloud Computing |
Malcolm Matalka |
19477 | | U66 | HMM to HMM Alignment in the UCSC SAM System |
Richard Hughey |
19497 | | U67 | Mapping Reads with Insertion and Deletion Error using BLASR |
Mark Chaisson |
19501 | | U68 | Evolutionary classification and understanding the catalytic diversity of the Tautomerase Superfamily |
Abhiman Saraswathi |
19505 | | U70 | nhmmer : DNA-to-DNA database search with HMMER3 |
Travis Wheeler |
19527 | | U71 | Visualizing protein family nanoanatomy using ProfileGrids |
Alberto Roca |
19518 | | U72 | Centroid series: fundamental programs of sequence analysis for non-coding RNAs |
Michiaki Hamada |
19377 | | U73 | Comparison of SNP calling methods in 454 Sequencing data |
Wayne Clarke |
19607 | | U75 | Characterization of genomic structural variations in a neuroblastoma cell line using mate-pair sequencing |
Valentina Boeva |
19608 | | U76 | Drastic Speed Gain for RNA Folding Achieved with Modified Dynamic Programming Algorithm |
Philipp Bucher |
19522 | | U78 | MG-RAST to the Clouds |
Jared Wilkening |
19563 | | V01 | Finding co-occurrence of copy number changes in tumors. |
Christiaan Klijn |
16965 | | V02 | Protein-ligand interaction network predicts novel targets for known drugs |
Olga Kalinina |
17037 | | V03 | Protein domain assignment from the recurrence of locally similar structures |
Chin-Hsien Tai |
17263 | | V04 | A Computational Pipeline to Determine the Alternative Secondary Structures for Purine Riboswitches |
Yang Ding |
17277 | | V05 | Insight into the active site of a Structural Genomics protein – a Phenolic Acid Decarboxylase |
Ramya Parasuram |
19583 | | V06 | Protein crystallization analysis on the World Community Grid |
Christian Cumbaa |
17114 | | V07 | One size doesn’t fit all: The classification of CNV associated genes |
K. Cara Woodwark |
19307 | | V08 | Structural Refinement Using Distribution and Correlation of Structural Elements in Proteins |
Yuanyuan Huang |
19340 | | V09 | Extending Three-Dimensional Structural View of Thermotoga maritima |
Ying Zhang |
19588 | | V10 | The three-dimensional folding of the alpha-globin gene domain reveals formation of chromatin globules |
Davide Baù |
16880 | | W02 | DescFold:A web server for protein fold recognition |
Yan Xiang |
16957 | | W03 | Ab initio Prediction of E5 Protein Structure from Cervical Human Papillomavirus (HPV) |
Nilson Nicolau Junior |
16977 | | W04 | Advanced TOPS+ Comparison Method for Enhanced TOPS models |
Mallika Veeramalai |
17030 | | W05 | Sequence-to-structure prediction errors can reveal conformational flexibility in helical membrane proteins |
Shandar Ahmad |
17046 | | W06 | Developing an integrated, knowledge-based, protein-protein docking scoring function |
Jawon Song |
17060 | | W07 | Accurate Antibody Complementarity Determining Region Loop Structure Prediction Using Contact Profeils |
Yoonjoo Choi |
17078 | | W09 | Functional dynamics of NhaA predict motion implicated in alternating access and pH-induced activation |
Maya Schushan |
17085 | | W10 | ConQuass: using evolutionary conservation for quality assessment of protein model structures |
Matan Kalman |
17092 | | W11 | Prediction of dinucleotide-specific RNA-binding sites in proteins using sequence and evolutionary information |
Michael Fernandez |
17100 | | W12 | Automated All-Atom RNA Tertiary Structure Prediction |
Matthew Seetin |
17102 | | W13 | Multiple protein docking prediction based on genetic algorithms and physics-based scoring |
Juan Esquivel-Rodriguez |
17113 | | W14 | MEDELLER: Homology-Based Coordinate Generation for Membrane Proteins |
Sebastian Kelm |
17124 | | W15 | Evolution of apparently inactive active sites in the HexxH metalloproteases |
Teresa Szczepinska |
17181 | | W16 | A machine learning application for the high-performance prediction of functional sites in proteins of unknown function |
Srinivas Somarowthu |
17231 | | W17 | CompaRNA: a server for continuous benchmarking of automated methods for RNA structure prediction. |
Tomasz Puton |
17233 | | W18 | Functional Annotation of a Structural Genomics Protein from the ClpP/crotonase Superfamily using Local Structure Analysis |
Pengcheng Yin |
17248 | | W19 | Parametric maximum expected accurate RNA structure |
Feng LOU |
17252 | | W20 | Modeling protein-peptide interactions using protein fragments: fitting the pieces? |
Peter Vanhee |
17256 | | W21 | PETcofold: Prediction of structurally conserved RNA-RNA interactions |
Andreas Richter |
17274 | | W22 | Predicting ligand binding residues across the Human Genome |
Gonzalo Lopez |
17319 | | W25 | Rapid Estimation of RNA Kinetics |
Andy Lorenz |
17325 | | W26 | MUFOLD: A new solution for protein 3D structure prediction |
Jingfen Zhang |
17329 | | W27 | RNA Structural-BLAST: Unleashing the Power of RNA Structure by Using RNA Fingerprint |
KEJIE LI |
17361 | | W28 | Evaluation of the capabilities of the Consensus of Prediction (CoP) Approach for the Prediction of Catalytic Residues Implemented in the ENDURANCE |
Natalia Petrova |
17364 | | W29 | Finding Conserved Topology in RNA Structure |
Reazur Rahman |
17378 | | W30 | Gapped GDT_TS – A score for detecting variations in structural similarity |
Sheenal Srivastava |
19257 | | W31 | GeneMANIA: Intelligent gene function prediction and interactive network visualization |
Gary Bader |
17385 | | W32 | A network based study of GPCRs |
AJ Venkatakrishnan |
17393 | | W33 | RNA structural segmentation |
Peter Clote |
19590 | | W34 | New sequence-based and structure-based methods for predicting class II MHC epitopes |
Andrew Bordner |
17406 | | W35 | Structural classification of the catalytic domain of DNA polymerases using a standard measure to assess structural alignments from different methods. |
Alex Slater |
17440 | | W36 | Determining RNA folding pathways with minimum energy barrier |
Chris Thachuk |
17446 | | W37 | Identify the metal-binding sites in proteins by the protein contact number model |
Jau-Ji Lin |
19581 | | W38 | Clustering large domain sequence families for function transfer and structural genomics |
Robert Rentzsch |
19282 | | W39 | Distribution and Extension of Conformational Diversity on proteins domains |
Ezequiel Juritz |
19301 | | W40 | SCORER 2.0: Improving the prediction of coiled-coil oligomeric state |
Thomas Vincent |
19359 | | W42 | Insights into the DNA Damage Response: a tale of dry and wet science. |
Ana Rojas |
19408 | | W43 | Automatic Recognition of Antifreeze Protein Based On n-peptide Composition |
Chin-Sheng Yu |
19411 | | W44 | Comparison of the efficiency of different protein structure refinement techniques. |
Arne Elofsson |
19414 | | W45 | Consensus-based protein structure prediction by means of distance restraints |
Marcin Skwark |
19435 | | W46 | Low-homology protein modeling |
Jian Peng |
19445 | | W47 | Integrative Workflow Pipeline for Functional and Structural Analysis of C-type Lectins in Immunoinformatics - Elucidating the Ligand Binding Residues of CLEC5A and Its Potential Interaction with Glyca |
Dong-Yup Lee |
19448 | | W48 | Efficient Fragment-free Approach to Protein Folding |
Feng Zhao |
19440 | | W49 | Domain Integrity Verification of Alternative Splicing |
Hedi Hegyi |
19490 | | W50 | A new probabilistic model of RNA conformational space |
Jinbo Xu |
19504 | | W51 | Predicting the protein-binding sites in RNA using the interaction propensity of nucleotide triplets |
Yanga Byun |
19513 | | W52 | Structure Refinement of Integral Membrane Proteins Using Energy Minimization |
Christopher Summa |
19517 | | W53 | POLYVIEW: Web-based Platform for Protein Structure Analysis and Visualization |
Alexey Porollo |
19528 | | W54 | A RESOURCE FOR EVALUATION OF MISANNOTATION IN ENZYMES |
Alexandra Schnoes |
19536 | | W55 | Protein Annotation Enrichment using Gene Ontology Hierarchical Structure and Protein-Protein Interactions |
Seshan Ananthasubramanian |
19552 | | W56 | Structure prediction of a protein channel based on probabilistic formal grammars |
Witold Dyrka |
19596 | | W57 | Structure based design of novel small molecule inhibitors to apical membrane antigen-1 of Plasmodium falciparum |
Sandhya Kortagere |
19603 | | W58 | ProBiS: A web server for detection of structurally similar protein binding sites |
Janez Konc |
19586 | | W60 | Structure-based redesign of selective G-protein inactivation by RGS proteins |
Mickey Kosloff |
19611 | | W61 | A Genetic Algorithm Based Model for Predicting Functional Classification of Proteins |
Yasin Bakış |
16959 | | X003 | An algorithm for smart oligo pooling to construct synthetic gene library |
Shanrong Zhao |
17008 | | X004 | Uncertainty Quantification and Minimization in Gene Expression Data |
Lee Falin |
16963 | | X005 | The Function of Communities in Protein Interaction Networks at multiple scales |
Anna Lewis |
17132 | | X007 | Non-linear predictive modeling of toxicological metabonomics data using simulated annealing optimized kernel-OPLS |
Judith Fonville |
17139 | | X008 | Modelling of protein-protein interactions network in parasite genomes |
Antonio Rezende |
17137 | | X009 | A Systems Approach to Understanding Embryonic Stem Cell Self Renewal Mechanisms |
Karen Dowell |
17160 | | X010 | Towards More Fine and Robust Stochastic Gene Expression Modeling with Hill Functions of Protein Degradation |
Haseong Kim |
17167 | | X011 | TRANSCRIPTIONAL REGULATORY SUBNETWORKS IN THE MOUSE BRAIN AS DERIVED FROM DATA SETS IN THE ALLEN MOUSE BRAIN ATLAS |
Ronald Taylor |
17178 | | X012 | Integrative analysis of time course microarray data and DNA sequence data via log-linear models for identifying dynamic transcriptional regulatory networks |
Hyung-Seok Choi |
17206 | | X015 | Prediction of Functional Gene Associations Using Domain Co-occurrence Approach |
Jung Eun Shim |
17210 | | X016 | Efficient query-driven biclustering of gene expression data using Probabilistic Relational Models |
Lore Cloots |
17235 | | X020 | Correction for ascertainment bias in literature-curated interaction networks |
Jonathan Dickerson |
17238 | | X021 | Edge Clipper: an algorithm for Bayesian consensus network refinement and its application in microarray-based pathway analysis |
Andrew Hodges |
17166 | | X022 | Clusters of innovation in the mammalian metabolic network |
Michaël Bekaert |
16991 | | X023 | Exploring the Monochromatic Landscape in Yeast using Genetic Interactions and Known Processes Reveals the Importance of Protein Complexes |
Magali Michaut |
17249 | | X024 | The human E3 ubiquitin ligase enzyme protein interaction network |
Gozde Kar |
17229 | | X025 | Dual Role of miRNAs in NF-kB signaling pathway |
Candida Vaz |
17285 | | X026 | Structural models predict changes of SH3 domain mediated protein interactions in yeast species |
erik verschueren |
17293 | | X027 | Mathematical modeling of preserved red blood cells towards improvement of blood storage |
Taiko Nishino |
17301 | | X028 | Identification of essential genes associated with aging using correlation networks |
Kathryn Dempsey |
17317 | | X030 | simplyGO: a Cytoscape plug-in for quick and easy graph visualization and functional analyses |
Alberto Paccanaro |
17326 | | X031 | Comparison of different null hypotheses to identify differentially expressed pathways |
Shailesh Tripathi |
17339 | | X032 | Network biomarkers of C. elegans aging |
Kristen Fortney |
17340 | | X033 | Model SEED: a resource for high-throughput generation, optimization, and analysis of genome-scale metabolic models |
Matt DeJongh |
17349 | | X034 | Functional implications of tissue-specific gene expression using RNA-sequencing data |
Dorothea Emig |
17355 | | X035 | Mathematical modeling of the gene regulatory network controlling the cold shock response in Saccharomyces cerevisiae |
Kam Dahlquist |
17357 | | X036 | Systematic modeling study on mechanism of p38 MAPK activation in MDS |
Xiaobo Zhou |
17369 | | X038 | Inferring physical protein contacts in protein complex purifications |
Sven-Eric Schelhorn |
17383 | | X039 | MP Editor : visualization, integration and functional analysis of signaling pathways using molecule pages |
Ashok Reddy Dinasarapu |
17390 | | X040 | Refining the protein interaction network generated by NASCENT using sequence alignment |
Gabor Ivan |
17392 | | X041 | Detection of nonlinear effects in gene expression pathways |
Andreas Mayr |
17403 | | X043 | Comparison of de novo Network Reverse Engineering Methods with Applications to Ecotoxicology |
Lyle Burgoon |
17371 | | X044 | Using remote structural similarities in protein complex modeling |
Qiangfeng Zhang |
17409 | | X045 | Interpreting expression data based on large-scale, high-quality literature networks: the Causal Reasoning Engine |
Daniel Ziemek |
17442 | | X046 | A new framework for evaluating theoretical models of protein interaction network evolution |
Todd Gibson |
19558 | | X048 | A systems biology approach to study drug-induced growth inhibition of Mycobacterium tuberculosis |
Anders Wallqvist |
19616 | | X049 | Detection of Mutated Pathways in Cancer |
Fabio Vandin |
17282 | | X050 | Uncovering general principles of regulation in protein interaction networks |
Guilhem Chalancon |
17180 | | X051 | Construction of perturbation network among diseases, drugs and miRNAs |
Minjeong Ko |
17394 | | X052 | Exploring building principles of metabolic networks with respect to information spread |
Frank Emmert-Streib |
17088 | | X053 | Network analysis defines the impact of gene-physical activity interactions |
Laurence Parnell |
19283 | | X054 | Fold change detection and scalar symmetry of sensory input fields |
Oren Shoval |
19292 | | X055 | Inferring the sRNA-mediated post-transcriptional regulatory network in Mycobacterium tuberculosis |
Diogo Veiga |
19311 | | X058 | bioCompendium: high-throughput experimental data analysis platform |
Venkata Satagopam |
19317 | | X059 | “ePlant: integrative systems biology in 3D on the world wide web” |
Geoffrey Fucile |
19327 | | X060 | An Estimation Method of S-system Model of Gene Regulatory Networks Using Immune Algorithm |
Tomoyoshi Nakayama |
19341 | | X062 | Active Pathways: Visualization and analysis of pathways and expression data. |
Joseph Whitney |
19351 | | X063 | ANALYSIS OF THE FUNCTIONAL PROPERTIES OF THE CREATINE KINASE SYSTEM USING A MULTISCALE “SLOPPY” MODELING APPROACH |
Hannes Hettling |
19354 | | X064 | Metabolic network destruction: relating topology to robustness |
Wynand Winterbach |
19337 | | X065 | Measuring the Temperature of the Yeast Genome: A Parametric Approach to Genomewide Analysis |
Sandy Shaw |
19384 | | X066 | Pathway Guided Modules – a method to identify key proteins |
Jieun Jeong |
19386 | | X067 | A comparative modeling framework to estimate conserved and differential gene-gene interactions |
Zhengyu Ouyang |
19396 | | X068 | Analyzing protein interaction networks using structural information. |
Anne Campagna |
19438 | | X070 | Systematic Identification of YY1/miRNAs Mediated Regulatory Networks in Skeletal Myogenesis |
Hao Sun |
19441 | | X071 | Inferring regulatory network structures for canonical pathways from gene expression data |
Diogo Camacho |
19316 | | X073 | Protein Evolution in Yeast Transcription Factor Subnetworks |
Eric Franzosa |
19458 | | X075 | Predicting Functionally Important Co-evolving Secondary Structures from Mutation Events using Mutual Information and Network Theory |
Scooter Willis |
19461 | | X076 | twzPEA: A topology and working-zone based pathway enrichment analysis framework |
Yang Zhang |
19472 | | X077 | A Boolean Network Model of Nuclear Receptor Mediated Cell Cycle Progression |
John Jack |
19486 | | X078 | Finding optimal subgraph measures for protein complexes |
Debra Goldberg |
19492 | | X079 | Comparative Interactions between Wild Type and Transgenic Alfalfa |
Travis Cotton |
19523 | | X080 | A platform for computation of microbial ecosystems in time and space: COMETS |
William Riehl |
19429 | | X081 | Predicting Gene Function from Interaction Networks |
Sara Mostafavi |
19534 | | X082 | Unsupervised detection of lung cancer biomarkers using biological networks |
Anna Goldenberg |
19535 | | X083 | Association Analysis Approach For Finding Coherent Value Bicliques In Genetic Interaction Data |
Gowtham Atluri |
19557 | | X087 | Genome-Wide Association Data Reveal a Global Map of Genetic Interactions among Protein Complexes |
Rohith Srivas |
19618 | | X088 | Exploring Disease Interactions Using Combined Gene and Phenotype Networks |
Nitesh Chawla |
19565 | | X089 | Modeling information flow from metabolomics to transcriptomics |
Xinghua Lu |
19571 | | X091 | Cell-specific information processing in segregating populations of Eph receptor ephrin-expressing cells. |
Claus Jørgensen |
19561 | | X092 | Cooperativity within proximal phosphorylation sites is revealed from large-scale proteomics data |
Regev Schweiger |
19599 | | X093 | Automaton Based Analysis Of Affected Cells in a 3-Dim Coordinated SYstem |
jitesh dundas |
19587 | | X094 | Macroscopic Kinetic Effect of Cell-to-Cell Variation in Biochemical Reactions |
Nathan Price |
19579 | | X095 | Topological network alignment uncovers biological function, phylogeny, and disease |
Natasa Przulj |
19620 | | X096 | OpenFreezer LARISA: A web-based laboratory information and workflow management system |
Marina Olhovsky |
19562 | | X097 | Comparative Network Analysis of Complex Diseases |
Rune Linding |
19601 | | X098 | Characterization of Primary Breast Tumors based on miRNA-mRNA Integrated Analysis |
Israel Steinfeld |
19555 | | X099 | Deriving Kinase-Substrate Network Models from Co-Modulated Phosphorylation Events. |
Erwin Schoof |
19509 | | X100 | Cloud based scientific workflow for NMR data analysis |
Ashwin Manjunatha |
17138 | | Y01 | Gaining biological insights from text-mined facts through automated reasoning |
Luis Tari |
17219 | | Y02 | Towards efficient search tools for biomedical databases: Characterizing user search habits and recognizing their information needs |
Rezarta Islamaj Dogan |
17334 | | Y04 | Text Mining for Protein Function Prediction: Detection of Active Residues in Full-text publications |
Karin Verspoor |
17341 | | Y05 | Bio-Jigsaw: A Biological Application of the Jigsaw System. |
Hannah Tipney |
17420 | | Y06 | Improving Biomedical Text Mining by using Existing Background Knowledge |
Kevin Livingston |
17336 | | Y07 | Mining host-pathogen interactions from biomedical literature |
Thanh Thieu |
19585 | | Y08 | Reflect: improving how biological research is communicated |
Seán O'Donoghue |
17272 | | Y09 | A test suite for ontology concept recognition systems: The Gene Ontology |
K. Bretonnel Cohen |
19324 | | Y11 | Machine Learning for Identifying Abbreviation Definitions |
Lana Yeganova |
19442 | | Y12 | Building the Scientific Knowledge Mine (SciKnowMine ): a community-driven framework for text mining tools in direct service to biocuration |
Cartic Ramakrishnan |
19453 | | Y13 | Scaling Text Mining to One Million Documents |
Christophe Roeder |
19468 | | Y14 | CALBC Challenge I: first results |
Dietrich Rebholz-Schuhmann |
19480 | | Y15 | Considering alternative views when modeling cancer metastasis. |
Anna Divoli |
19622 | | Y16 | MspecLINE: Bridging knowledge of human disease with the proteome |
Sarah Killcoyne |
17151 | | Z01 | Advancing Research with Bioinformatics Training: The Canadian Bioinformatics Workshop Series |
Michelle Brazas |
17158 | | Z02 | Towards automated high-throughput screening of C. elegans on agar |
Mayank Kabra |
19615 | | Z03 | Occupancy Classification of Position Weight Matrix-inferred Transcription Factor Binding Sites |
Hollis Wright |
19508 | | Z04 | Motion-compensated in vivo microscopy of heart morphogenesis and function in developing embryos |
Jungho Ohn |
19597 | | Z05 | Design of Inorganic Binding Peptides |
Kemal Sonmez |
19604 | | Z06 | Effector prediction in host-pathogen interaction based on a Markov model of a ubiquitous EPIYA motif |
Chao Zhang |
17215 | | Z07 | Mobyle Platform: Bioinformatics applications from command-line to web-based workflows and services |
Herve Menager |
17213 | | Z09 | BioCatalogue: The curated registry of Life Science Web Services |
Franck Tanoh |
17428 | | Z10 | Improved models for in vitro selection of aptamers |
Alexandra Teslya |
19436 | | Z11 | Methodological analysis of QR markers to identify and classify functional parts |
Allan Orozco |
17280 | | Z12 | A User Study of Attribute Presentation Tools and Their Role in Understanding Biological Networks |
Hande Küçük |
17199 | | Z13 | MobyleNet: user-centered large spectrum service integration over distributed sites. |
Herve Menager |
19614 | | Z14 | Decipher the protein cofactors for small RNA function by comprehensive phylogenetic analysis, protein interactions, expression data, high throughput screens and other data sets. |
Yuval Tabach |