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Categories

  • Sequence Alignment — Algorithms for comparing and aligning biological sequences (19 algorithms)
  • Single-Cell Genomics — Algorithms for single-cell genomics and transcriptomics (15 algorithms)
  • Sequence Assembly — Algorithms for reconstructing complete sequences from short… (14 algorithms)
  • Variant Calling — Algorithms for detecting genomic variations (14 algorithms)
  • Protein Structure Prediction — Algorithms for predicting protein 3D structures (14 algorithms)
  • Metagenomics — Algorithms for microbial community genomics (14 algorithms)
  • Gene Expression Analysis — Algorithms for analyzing gene expression levels (12 algorithms)
  • Phylogenetics — Algorithms for building and analyzing evolutionary trees (12 algorithms)
  • Functional Annotation — Algorithms for predicting gene and protein functions (12 algorithms)
  • Gene Prediction — Algorithms for gene structure prediction and annotation (12 algorithms)
  • Population Genetics — Algorithms for population genetic structure and evolution (12 algorithms)
  • Data Compression — Algorithms for compressing bioinformatics data (10 algorithms)
  • Spatial Omics — Algorithms for spatially-resolved omics data (10 algorithms)
  • Protein Language Model — Protein analysis using large-scale pre-trained models (10 algorithms)
  • Graph Genomics — Algorithms based on graph representations of genomes (9 algorithms)
  • Epigenomics — Algorithms for analyzing epigenetic modifications (6 algorithms)

Released under the MIT License.