Genome-Wide Methylation
ProductCategory：Methylation Sequencing
︱Product Description ---------------------------------------------------------------------------------------------------------- Whole-Genome Bisulfite Sequencing (WGBS) integrates bisulfite conversion with Illumina high-throughput sequencing technology to conduct high-precision Genome-Wide Methylation analysis for species with reference genomes. WGBS achieves single-base resolution, accurately determining the methylation state of each cytosine to construct a detailed Genome-Wide Methylation map. Heritable phenotypic traits in organisms are influenced not only by DNA sequence but also by epigenetic modifications including DNA methylation, histone alterations, and chromatin architecture. These mechanisms, which regulate biological traits without changing DNA sequences, constitute epigenetic inheritance. WGBS utilizes bisulfite treatment to convert unmethylated cytosine residues to uracil while preserving methylated cytosines, followed by high-throughput sequencing to generate a complete Genome-Wide Methylation profile at single-base resolution. As research progresses, the regulatory functions of DNA methylation in development and disease are becoming increasingly clear, driving demand for comprehensive analytical approaches that combine single-base resolution with multi-omics integration to refine regulatory networks. ︱Key Advantages --------------------------------------------------------------------------------------------------------------- ● Single-Base Resolution Enables precise methylation status analysis for every cytosine. ● Comprehensive Coverage Provides complete Genome-Wide Methylation information for accurate mapping. ● Broad Applicability Cost-effective solution for all species with reference genomes. ︱Research Trends & Focus Areas --------------------------------------------------------------------------------------------- ● Epigenetic modifications are prevalent across humans, animals, and plants. Current methylation research primarily investigates how epigenetic mechanisms influence phenotypic variation: ▶ Dveleopmental processes across growth stages, time periods, and tissue types. ▶ Environmental stress responses including cold, drought, and waterlogging tolerance. ▶ Epigenetic regulation mechanisms. ▶ Cellular differentiation and aging processes. ▶ Disease mechanisms such as gene methylation in cancer development.
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