RIMS-seq

RIMS-seq identifies 5-methylcytosine (m5C) methylation sites and determines m5C methylase specificities while generating bacterial genome sequencing data.

Key Features:

• Simultaneous genome sequencing and methylation analysis: Performs bacterial genome sequencing and identification of m5C methylation sites from a single experimental protocol.
• High-resolution m5C detection: Detects m5C at base resolution without bisulfite-sequencing library preparations and addresses limitations of SMRT sequencing that often fails to detect m5C.
• Illumina-compatible protocol: Uses an experimental protocol similar to standard Illumina DNA-sequencing methods.
• Sequencing quality comparable to standard methods: Produces sequencing data of quality comparable to conventional DNA-sequencing approaches.
• Methylase specificity determination: Determines m5C methylase specificities, including from synthetic mixed bacterial communities.

Scientific Applications:

• Elucidation of restriction–modification systems: Reveals new methylase specificities in bacteria and synthetic mixed communities to support studies of restriction–modification systems.
• Gene expression modulation studies: Enables investigation of how m5C modifications influence bacterial gene expression and regulatory networks.
• Routine m5C methylation mapping: Supports large-scale mapping of m5C methylation patterns across diverse bacterial species.
• Sequencing and characterization of new genomes: Serves as an approach for sequencing and characterizing new bacterial genomes to study microbial diversity and evolution.

Methodology:

No computational algorithms or detailed computational methods are specified in the provided description.