Computational Molecular Biology

A new approach to sequence comparison: Normalized local alignment

Bioinformatics / Algorithms / Gene Prediction / Biological Sciences / Software / Sequence alignment / Mathematical Sciences / Efficient Algorithm for ECG Coding / Local Alignment / Genome sequence / Computational Molecular Biology / Maximum Degree / Fractional Programming / Sequence alignment / Mathematical Sciences / Efficient Algorithm for ECG Coding / Local Alignment / Genome sequence / Computational Molecular Biology / Maximum Degree / Fractional Programming

Biological Networks: Comparison, Conservation, and Evolution via Relative Description Length

Computational Biology / Molecular Evolution / Proteomics / Signal Transduction / Biological Sciences / Phylogeny / Mathematical Sciences / Network evolution / Biological Networks / Cluster Analysis / Proteins / Biological Network / Compression / Phylogenetic Tree / Computational Molecular Biology / Phylogeny / Mathematical Sciences / Network evolution / Biological Networks / Cluster Analysis / Proteins / Biological Network / Compression / Phylogenetic Tree / Computational Molecular Biology

De Novo Sequencing of Nonribosomal Peptides

Data Analysis / Mass Spectrometry / Negative Affect / Data acquisition / Very high throughput / Computational Molecular Biology / Genetic Code / De novo sequencing / Heuristic algorithm / Computational Molecular Biology / Genetic Code / De novo sequencing / Heuristic algorithm

De Novo Sequencing of Nonribosomal Peptides

Data Analysis / Mass Spectrometry / Negative Affect / Data acquisition / Very high throughput / Computational Molecular Biology / Genetic Code / De novo sequencing / Heuristic algorithm / Computational Molecular Biology / Genetic Code / De novo sequencing / Heuristic algorithm

A new approach to sequence comparison: Normalized local alignment

Bioinformatics / Algorithms / Gene Prediction / Biological Sciences / Software / Sequence alignment / Mathematical Sciences / Efficient Algorithm for ECG Coding / Local Alignment / Genome sequence / Computational Molecular Biology / Maximum Degree / Fractional Programming / Sequence alignment / Mathematical Sciences / Efficient Algorithm for ECG Coding / Local Alignment / Genome sequence / Computational Molecular Biology / Maximum Degree / Fractional Programming

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