Topics
All (200)
alternative splicing (2)
Bayesian Networks (3)
clustering (3)
combinatorial optimization (1)
comparative genomics (8)
database construction (4)
database searching (1)
determining or using metabolic pathways and networks (3)
determining or using regulatory pathways and networks (3)
DNA sequencing (1)
drug design (1)
experiment design (1)
gene expression analysis (13)
gene networks (7)
gene prediction (3)
genome alignment/comparisons (1)
genome annotation (3)
genome evolution (3)
genome rearrangements (2)
haplotype modeling, finding, analysis (5)
haplotype use (2)
machine learning (7)
mass-spec technologies (4)
microarray design and/or data analysis (10)
models of evolution (6)
molecular evolution (2)
molecular modeling and/or docking (3)
multiple sequence alignment (3)
new technologies (1)
Other (7)
pairwise sequence alignment (2)
pattern and motif discovery (3)
phylogenetic analysis (3)
phylogenetics: algorithms (2)
protein function prediction (17)
protein interaction (8)
protein structure comparison (10)
protein structure prediction (9)
quantitative or population genetics (3)
regulatory region prediction (5)
RNA structure comparison (2)
RNA structure prediction (3)
sequence assembly (4)
SNP discovery or use (5)
splice site recognition (2)
statistics of motifs or strings (2)
string algorithms (1)
systems biology (6)
| - Altschuler, Josiah (Harvard University) A gene set repository for model organisms
- Goldberg, Debra (Harvard Medical School) Breaking the Power Law: Improved Model Selection Reveals Increased Network Complexity
- Jagalur, Manjunatha (University of Massachusetts Amherst) Regulatory Network Dependencies From Quantitative Trait Loci
- Lilburn, Timothy (American Type Culture Collection) Pathway Complements of Four Yersinia Strains
- Presser, Aviva (Harvard University) How Do Genetic Networks Grow? Tracing the evolution of Saccharomyces cerevisiae using gene duplication events
- Qi, Yan (Johns Hopkins University) Genetic Interaction Motif Finding by Expectation Maximization ñ a novel statistical framework for inferring gene modules from synthetic lethality
- Ye, Ping (Johns Hopkins University) Commensurate Distances and Motifs from Genetic Congruence and Protein Interaction Networks in Yeast
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