Acceptance for publication in the special session of GMR 4(4)2005 is currently being
evaluated by “ad hoc” referees and authors will be notified lately.
 
Papers not elected for technical sessions may be accepted for publication and are approved to
be presented as posters - authors are requested to forward a formatted abstract.
 

Paper Session on Computational Biology [Oct 5]
 
01. Fuzzy Profile Hidden Markov Models for Protein Sequence Analysis.
Niranjan Bidargaddi, Monash University
 
02. Gene Networks as a Tool to Understand Transcriptional Regulation.
Diogo Veiga, UFPE
 
03. Exploring molecular networks using Monet Ontology.
Ney Lemke, Unisinos
 
04. A hardware-based approach for high-speed genomic sequence analysis.
Andre Fujita, USP
 
05. A Picture Of Gene Sampling/ Expression in Model Organisms Using ESTs And KOG Proteins.
Mauricio Mudado, UFMG
 
 
Paper Session on Molecular Biology [Oct 6]
 
06. In Silico Prediction of Yeast Deletion Phenotypes.
Steffen Heber, North Carolina State University
 
07. A bioinformatic tool to assist in human mtDNA profiles for forensic purposes in Brazil.
Luis Henrique Teixeira Caetano, UFAL
 
08. GenoMycDB: a Database for Comparative Analysis of Mycobacterial Genes and Genomes.
Antonio Miranda, Fundação Oswaldo Cruz
 
09. DBCollHIV: A Database System for Collaborative HIV analysis in Brazil.
Luciano Araújo, USP
 
10. A Fully Resolved Consensus Between Fully Resolved Phylogenetic Trees.
José Augusto Amgarten Quitzau, Unicamp
 
 
Paper Session on Bioinformatics [Oct 7]
 
11. New strategy to detect SNPs.
Zanoni Dias, Scylla Bioinformatics
 
12. BayBoots: a model-free Bayesian tool to identify class markers from gene expression data.
Ricardo Vêncio, Hospital Israelita Albert Einstein
 
13. BesTags: An Approach to Select Gene Specific Regions for Expression Analysis.
Israel Tojal Silva, USP-Ribeirão Preto
 
14. SpotWhatR: an user-friendly microarray data analysis system.
Ricardo Vêncio, Hospital Israelita Albert Einstein
 
15. PCT, an automated system for protein annotation with verification of domain structure and
neighbor joining tree.

João Torres, UFMG