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I wonder if there's a way to get m6A level, which can be defined by the number of m6a-modifying copies out of total number of copies of each transcript?
In addition, could you please explain how you define mod_rate? I read the paper but it is quite hard to understand the concept.
Thank you!
The text was updated successfully, but these errors were encountered:
xpore estimates the unmodified and modified distributions. A low mod_rate is reported if more current signals of a site are under the unmodified distribution than the modified distribution while a high mod rate is reported if more current signals of a site are under the modified distribution than the unmodified distribution.
xpore does not output read-level outputs, so we recommend using m6anet instead to obtain the proportion of m6A-modified reads in a site. You can combine the results from m6anet and xpore to select the m6A sites that are differentially modified in the different conditions.
Hi @yuukiiwa
I wonder if there's a way to get m6A level, which can be defined by the number of m6a-modifying copies out of total number of copies of each transcript?
In addition, could you please explain how you define mod_rate? I read the paper but it is quite hard to understand the concept.
Thank you!
The text was updated successfully, but these errors were encountered: