NanoForms

NanoForms processes and analyzes raw Oxford Nanopore sequencing data to produce quality-controlled reads, generate assemblies, and annotate microbial genomes for downstream genomic analyses.

Key Features:

• Integrated workflow: Integrates quality control, assembly, and annotation steps for Oxford Nanopore sequencing data into a single processing pipeline.
• Long-read handling: Accounts for the unique characteristics of Oxford Nanopore reads, including long-read formats and error profiles.
• Quality control: Performs quality control on raw Oxford Nanopore reads prior to assembly.
• Assembly generation: Produces high-quality assemblies optimized for microbial genomes.
• Genome annotation: Provides annotation of assembled microbial genomes.
• Large-data management: Handles large volumes of raw data produced by Oxford Nanopore sequencers.
• Genome size optimization: Optimized computationally for small genomes up to 15 Mb.

Scientific Applications:

• Prokaryotic genomics: Analysis and assembly of prokaryotic genomes for genomic characterization.
• Microbial diversity studies: Comparative analysis to explore microbial diversity across samples.
• Pathogen genomics: Generation of assemblies and annotations for pathogen genomic investigations.
• Evolutionary studies: Enables evolutionary and phylogenomic analyses using assembled genomes.
• Genetics and medical research: Supports genetic and medical research requiring microbial genome assemblies and annotations.

Methodology:

Processes Oxford Nanopore sequencing data through integrated computational steps of quality control, assembly, and annotation, with optimizations for long-read characteristics and genomes up to 15 Mb.