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Hi, @gaochenyi
Thanks for developing this great tool! I learn it from a recently-published paper in Nature Microbiology. I think CC-DCA is very useful for studying bacterial genome epistasis, even if I do not understand its mathematic details. I just reproduce the results in your paper about 3000 S. pneumoniae genomes. Finally, I get a wide table and transpose into a long one. I think the first two columns represent the loci in the MSA file, but what does the third column mean? Do these values indicate the strength of interaction?
The text was updated successfully, but these errors were encountered:
Yes, the third column lists strength of interaction between locus i and locus j, which is calculated by a formula (see the code or our paper for details).
Note different formula can be used for scoring. And different scoring scheme leads to different scores, so basically you should not think an interaction with score 0.6 is stronger than an interaction with score 0.58. But an interaction with score 1 is highly probably stronger than an interaction with score 0.01.
Predictions by this modeling scheme can only be validated by experiments.
Hi, @gaochenyi
Thanks for developing this great tool! I learn it from a recently-published paper in Nature Microbiology. I think CC-DCA is very useful for studying bacterial genome epistasis, even if I do not understand its mathematic details. I just reproduce the results in your paper about 3000 S. pneumoniae genomes. Finally, I get a wide table and transpose into a long one. I think the first two columns represent the loci in the MSA file, but what does the third column mean? Do these values indicate the strength of interaction?
The text was updated successfully, but these errors were encountered: