Figure 1.
![(A) The total base pairs of each methylation domain in the maize, sorghum, rice genomes. Data sourced from Crisp et al. [11]; (B) the relative abundance of different methylation domains in the maize, sorghum and rice genomes, expressed as a percent of each genome that can be analysed (excluding unmappable regions and regions with no data).](https://port.silverchair-cdn.com/port/content_public/journal/biochemsoctrans/50/1/10.1042_bst20210908/2/bst-2021-0908c.01.png?Expires=1716940844&Signature=iC8XUWXcmJQstAfPi5eLo7o66fImUECOmzb1D~58iR2LLbwzcB2bdOepB1N6~2ToiXG~7Abm2-RYkXa4q3UMlSQku9XdETZISU1PTbTBUwog3dEJG8l4FgtMFYPUYIL7nbI1W~aYLUvNoG0Y8nz3VWdgl4Qak~8Lh5heAMcQZpks36-NaWQegLZe~1JmmGrru9Yzoc-h5gIb7uk9zFCEACCJfPcZcHgSPOYYqMa2aBThelO0vy43eNrVrmYesz5kZuGLCtMUFyvJGGXJprvIfND93SK8rbdwb2Qi88~PYNu5OrmKj5Vo6UjtAFcYrDCrvcNYypjuS3rs8pUaDHPatQ__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
Comparison of DNA methylation domains between genomes.
(A) The total base pairs of each methylation domain in the maize, sorghum, rice genomes. Data sourced from Crisp et al. [11]; (B) the relative abundance of different methylation domains in the maize, sorghum and rice genomes, expressed as a percent of each genome that can be analysed (excluding unmappable regions and regions with no data).