Genetic algorithms for the imitation of genomic styles in protein backtranslation.
Andrés MoreiraPublished in: Theor. Comput. Sci. (2004)
Keyphrases
- genetic algorithm
- dna binding
- cell lines
- genomic sequences
- nucleotide sequences
- proteomic data
- multiple sequence alignment
- simulated annealing
- gene prediction
- protein sequences
- sequence data
- protein structure
- genome sequences
- artificial neural networks
- amino acids
- high throughput
- protein folding
- neural network
- protein protein interactions
- binding sites
- protein structure prediction
- evolutionary algorithm
- transcription factor binding sites
- subcellular localization
- protein coding regions
- reinforcement learning
- multi objective
- evolutionary computation
- mass spectrometry data
- genomic data
- molecular biology
- contact map
- protein function
- differential evolution
- drug design
- human genome
- protein complexes
- computational approaches
- gene expression
- saccharomyces cerevisiae
- computational models
- genetic algorithm ga
- genome scale
- secondary structure
- fitness function
- metaheuristic
- particle swarm optimization
- fuzzy logic
- regulatory networks
- mass spectrometry