Kismeth

Kismeth analyzes cytosine methylation from bisulfite sequencing data to characterize CG, CHG, and CHH methylation patterns and support studies of gene regulation, transposons, and epimutations.

Key Features:

• Versatile methylation context analysis: Supports analysis of cytosine methylation across CG, CHG, and CHH sequence contexts.
• Bisulfite primer design: Provides a specialized bisulfite primer design capability tailored for plant genomes.
• Comprehensive data analysis: Includes analytical tools for interpreting bisulfite sequencing results at both global and local genomic scales.
• Cross-species applicability: Applicable to bisulfite sequencing data from plants and other species.
• Comparative methylation analysis: Enables comparison of methylation states across tissues or between diseased and reference samples.

Scientific Applications:

• Gene regulation studies: Characterizes DNA methylation patterns relevant to transcriptional regulation.
• Transposon and epimutation analysis: Assesses methylation of transposons and detection of epimutations, particularly in plant systems.
• Comparative epigenomics: Supports comparative analyses of methylation between tissues, conditions, or species.
• Temporal and spatial methylation dynamics: Facilitates investigation of methylation changes across developmental stages or spatial domains.

Methodology:

Performs bisulfite primer design and analyzes bisulfite sequencing data across CG, CHG, and CHH contexts with global and local scale analyses and comparative methylation state comparisons.