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. 2022 Aug 9;20(8):e3001721. doi: 10.1371/journal.pbio.3001721

Table 3. The top mutations associated with phenotypic drug resistance.

GENE VARIANT n %
Rifampicin rpoB S450L 2,914 62.2
rpoB D435V 506 10.8
rpoB H445D 202 4.3
rpoB H445Y 147 3.1
rpoB D435Y 112 2.4
Isoniazid katG S315T 3,668 70.0
fabG1 c-15t 829 15.8
fabG1 g-17t 176 3.4
fabG1 t-8c 154 2.9
inhA I194T 56 1.1
Ethambutol embB M306V 1,131 50.0
embB M306I 1,001 44.3
embB Q497R 449 19.9
embB G406A 164 7.2
embB G406D 105 4.6
Kanamycin rrs a1401g 660 58.9
eis c-14t 70 6.2
eis g-10a 53 4.7
Amikacin rrs a1401g 660 74.7
rrs g1484t 7 0.8
Levofloxacin gyrA D94G 783 36.5
gyrA A90V 487 22.7
gyrA D94N 157 7.3
gyrA D94A 133 6.2
gyrA S91P 92 4.3
Moxifloxacin gyrA D94G 783 45.4
gyrA A90V 487 28.2
gyrA D94N 157 9.1
gyrA D94A 133 7.7
gyrA D94Y 70 4.1
Ethionamide fabG1 c-15t 829 48.0
fabG1 L203L 124 7.2

Depicted is a survey of the resistance-associated mutations present in the data compendium [8,26]. “VARIANT”: nonsynonymous amino acid mutations are denoted by upper case letters, while nucleotide substitutions for noncoding sequences are denoted by lower case letters. Negative numbers denote substitutions in promoter regions; “GENE”: genic region of interest in which “Variant” can be found; “n”: number of phenotypically resistant isolates with “VARIANT”; “%”: percentage of total phenotypically resistant isolates with “VARIANT”.