Bakta

Bakta provides rapid and standardized bacterial genome annotation with comprehensive and machine-readable outputs.

Key Features:

• Alignment-free sequence identification: Balances comprehensive annotation with computational efficiency via alignment-free sequence identifications.
• Diverse genomic feature annotation: Annotates coding sequences, non-coding RNAs, small open reading frames (sORFs), and additional genomic features.
• Standard bioinformatics outputs: Generates GFF3, GenBank, and EMBL output formats.
• Database cross-references: Provides extensive cross-reference links to RefSeq, UniRef, and Gene Ontology databases supporting FAIR principles.
• Interactive visualizations: Includes circular genome plots, linear genome browsers, and searchable data tables for interpretation of annotation results.
• Auto-scaling cloud-native architecture: Enables substantially faster processing times and higher throughputs through auto-scaling infrastructure and improved database integration.
• Result sharing features: Implements novel features to foster sharing and collaborative interpretation of annotation results.

Scientific Applications:

• Bacterial genome annotation: Conducts rapid and standardized annotation of bacterial genomes without requiring command line expertise or local computing resources.
• Comparative genomics: Facilitates interpretation of complex annotation results through interactive visualizations and searchable data tables.
• Collaborative research: Supports sharing and collaborative interpretation of genome annotation results among researchers.

Methodology:

Bakta uses alignment-free sequence identifications for bacterial genome annotation. The web server implementation employs an auto-scaling cloud-native architecture with improved database integration.