Presenter |
Title |
Y. Shen (Miami University), G. Ji, R. Han, J. Li (Xiamen University, Fujian, P. R. China) and Q.Q. Li (Miami University) |
Predictive modeling of plant messenger RNA polyadenylation sites |
M. Askenazi, J. Sutton (Thermo Electron), C. Ptak (Advion Biosciences) and L. Bonilla (Thermo Electron) |
Split SIEVE: Informatic Support for Differential Split LC-FTMS Experiments |
D.R. Roberts, V. Nadella, S.E. Wyatt (Ohio University) |
Bioinformatic Approach to Identification and Characterization of GPS3-like Genes |
Kevin P. Riehle and Sudhindra R. Gadagkar (University of Dayton) |
Understanding the Evolution of the Disease Gene Glucose-6-Phosphate Dehudrogenase (G6PD), With Emphasis On The Exon-Intron Structure |
P. Anderson, L. Mitchell, D. Sweeney, T. Christian, M. Raymer, and G. Alter (Wright State University;) |
Protein Structure Probing through Chemical Modification |
K. Soo, N. Lee, H. Ko and D. Chiang (Sage-N Research, Inc.) |
A novel approach to determine the significance of SEQUEST peptide results |
J. Chen, A.G. Jegga and B.J. Aronow (Cincinnati Childrens Hospital Medical Center) |
Biomedical Concept Based Indexing of Clinical Synopsis and Knowledge
Extraction |
K. Brown, J. Reese, H. Piontkivska and G. Fraizer (Kent State University) |
Evidence of common pathways of coordinately regulated genes in prostate
cancer |
K. Ecker, J. Zhang, J. Bascom, T. Conley, J. Goble, L. Welch and S. Wyatt (Ohio University) |
Methods for Motif Discovery in DNA |
S. Gowrisankar, A.G. Jegga and B.J. Aronow (Cincinnati Children's Hospital Medical Center) |
Analysis of implications of single nucleotide polymorphisms on non-coding
regions through Bioinformatics approaches |
Maureen A Sartor (University of Cincinnati) and Mario Medvedovic (Cincinnati Children’s Hospital Medical Center) |
Intensity-based hierarchical Bayes method improves testing for
differentially expressed genes in microarrays |
X. Liu (Cincinnati Children’s Hospital Medical Center) and M. Medvedovic (University of Cincinnati Medical Center)
|
Characterizing transcriptional modules by joint modeling of jxpression and regulatory Information |
J. Lichtenberg, L. Welch, T. Conley,
S. Okada, S. Sankaran and J.J. Kopchick (Ohio University) |
Analysis of Mass Spectrometry data based on different algorithms in a generic framework |
Yuheng Li, Nicholas Chia, Mario Lauria and Ralf Bundschuh (The Ohio State University) |
Improving the Detection of Weak Homologs in Sequences Database Searches |
Weisong Gu (Ohio Supercomputer Center-Springfield) |
Identification of KLF4 target genes Wnt/beta-catenin pathway |
J.C. Withers and S.E. Wyatt (Ohio University) |
The use of bioinformatic resources to compliment studies of plant gravitropism. |
R. Krishnan and C. Purdy
(University of Cincinnati ) |
Design, Modeling and Control of the TNF alpha-Mediated NF-kB Signal
Transduction Pathway |
S.I. Steinfadt (Kent State University) |
Adapting a Local Sequence Alignment Algorithm for an Associative Model of
Parallel Computation |
S. Ramachandran (Wright State University)
|
Repetitive elements as time-series genomic data |
H.B. Smith (Ohio Supercomputer Center) |
A SAGE Analysis Coprocessor For Fuzzy Matching Using Reconfigurable
Computing on the Cray XD1 |
B. Miles and Y. Cheng (University of Cincinnati) |
Cycles and Steady States in Boolean Networks |
J. Zhou (The Ohio State University)
|
|
E. Gosney (Ohio University) |
Liver eNOS Expression in Ames dwarf and GHR/BP -/- Long-Lived Mice and the Effect of Caloric Restriction |
A.D. Johnson (The Ohio State University) |
Systems Biology integration of large mouse SNP datasets and physiological
biomarker data to discover cardiovascular disease candidate genes |
W. Li (University of Toledo), J.M Frazier (Air Force Research Laboratory, WPAFB, OH) |
A General Bio-Molecular Network Model and the Solution of the Network
Chemical Master Equation |
S. Edwards (Sound Health Research Institute, Inc.) |
Articulation Pattern Analysis Holds Potential to Mathematically Model BioAcoustic Biology Templates of Human Biochemistry, Structure and Disease Process |
W. Fan, B. Lin, X. Lin, J. Baker, C.-C Tsai (Kent State University, Kent, OH) |
Structure-Activity Relationship (SAR) Analysis using Structure-Activity
Maps (SAMs) |
A. Jega and M. Zender (University of Cincinnati) |
GATACA: A Visualization System for Exploring Associations of Genetic,
Anatomical and Disease Concepts |
D. Sweeney (Wright State University) |
Automation of Data Extraction in Chemical Reactivity Analysis Experiments |
M. Agellotti (Miami University, Oxford,
OH), S. B Bhuiyan (University of Missouri) and X.F Wan (Miami University, Oxford, OH) |
CodonO: a Webserver for Synonymous Codon Usage Bias Orderliness Comparison across Unicellular Genomes |
S.G. Kang, J.E. Price, P.C. Lin and J.C. Jang (The Ohio State University) |
The role of a bZIP transcription factor in sugar signaling in Arabidopsis thaliana |
Anil Jegga, Mike Zender and Ralph Brueggemann (University of Cincinnati) |
Bioinformatics Resource Center: A Collaborative MetaTool for Organizing Describing and Annotating Bioinformatics Tools and Databases |
P.K. Biswas and V. Gogonea (Cleveland State University) |
Polarizable Molecular Mechanic atoms and their influence in the interaction energy and binding affinity of ligands and substrates. |
C. Frankenfield, S. Owens, R. C Moore (Miami University) |
Does selection or drift dominate in the establishment of recent gene duplicates in the Arabidopsis thaliana genome? |
D. X. Zhu, R. J Goeke, D. L. Baker, J. H. Hamburg, and D. E. Booth (Kent State University) |
An Investigation of Gene Expression (Microarray) Analysis By Neural Networks |
K. Carter and C.Liang (Miami University, Oxford, OH) |
JTraceMiner: a Java-based data visualization and mining tool for DNA sequencer trace processing |
F. Altiparmak, O. Ozturk ,S. Erdal, H. Ferhatosmanoglu (The Ohio State University) and D. C. Trost (Pfizer Inc., Global Research and Development) |
Information Mining over Heterogeneous Microarray and Clinical Data |
Aakash S Dalwani (Ohio Supercomputer Center) |
|
S. Wan (The Ohio State University) |
An Importance Sampling Procedure for Obtaining Confidence Intervals of Disease Loci with General Pedigree Data |