Closed Phelimb closed 9 years ago
We call all of these samples as R with the exception of one which we call as r.
},
"lineage": {
"European/American": "Major"
}
},
"susceptibility" :{
"Isoniazid": "R",
"Rifampicin": "Inconclusive",
"Ethambutol": "S",
"Pyrazinamide": "S",
"Quinolones": "S",
"Streptomycin": "S",
"Amikacin": "S",
"katG_S315X" :{
"R_per_cov": "100",
"S_per_cov": "100",
"R_median_cov": "12",
"S_median_cov": "13",
"conf": "1",
"induced_resistance": "Isoniazid"
}
}
} { "expected_depth": "32",
},
"lineage": {
"Beijing/East Asia": "Major"
}
},
"susceptibility" :{
"Isoniazid": "R",
"Rifampicin": "R",
"Ethambutol": "R",
"Pyrazinamide": "S",
"Quinolones": "S",
"Streptomycin": "R",
"Amikacin": "S",
"katG_S315X" :{
"R_per_cov": "100",
"S_per_cov": "100",
"R_median_cov": "35",
"S_median_cov": "5",
"conf": "80",
"induced_resistance": "Isoniazid"
},
"embB_M306X" :{
"R_per_cov": "100",
"S_per_cov": "100",
"R_median_cov": "32",
"S_median_cov": "5",
--
},
"lineage": {
"European/American": "Major"
}
},
"susceptibility" :{
"Isoniazid": "R",
"Rifampicin": "R",
"Ethambutol": "S",
"Pyrazinamide": "S",
"Quinolones": "S",
"Streptomycin": "R",
"Amikacin": "S",
"katG_S315X" :{
"R_per_cov": "100",
"S_per_cov": "100",
"R_median_cov": "25",
"S_median_cov": "4",
"conf": "56",
"induced_resistance": "Isoniazid"
},
"rpsL_K43R" :{
"R_per_cov": "100",
"S_per_cov": "100",
"R_median_cov": "32",
"S_median_cov": "2",
},
"lineage": {
"Beijing/East Asia": "Major"
}
},
"susceptibility" :{
"Isoniazid": "R",
"Rifampicin": "R",
"Ethambutol": "R",
"Pyrazinamide": "S",
"Quinolones": "S",
"Streptomycin": "R",
"Amikacin": "S",
"katG_S315X" :{
"R_per_cov": "100",
"S_per_cov": "100",
"R_median_cov": "15",
"S_median_cov": "2",
"conf": "35",
"induced_resistance": "Isoniazid"
},
"embB_M306X" :{
"R_per_cov": "100",
"S_per_cov": "0",
"R_median_cov": "21",
"S_median_cov": "0",
cat: _Net_banyan_data2_users_phelimb_tb_fastqs_C00008814*/stdout: No such file or directory }, "lineage": { "East Africa / Indian ocean": "Major" } }, "susceptibility" :{ "Isoniazid": "R", "Rifampicin": "S", "Ethambutol": "S", "Pyrazinamide": "S", "Quinolones": "S", "Streptomycin": "S",
"katG_S315X" :{
"R_per_cov": "100",
"S_per_cov": "100",
"R_median_cov": "46",
"S_median_cov": "46",
"conf": "14",
"induced_resistance": "Isoniazid"
}
}
} { "expected_depth": "86",
},
"lineage": {
"East Africa / Indian ocean": "Major"
}
},
"susceptibility" :{
"Isoniazid": "r",
"Rifampicin": "S",
"Ethambutol": "S",
"Pyrazinamide": "S",
"Quinolones": "S",
"Streptomycin": "r",
"Amikacin": "S",
"katG_S315X" :{
"R_per_cov": "100",
"S_per_cov": "100",
"R_median_cov": "31",
"S_median_cov": "78",
"conf": "99",
"induced_resistance": "Isoniazid"
},
"rpsL_K43R" :{
"R_per_cov": "100",
"S_per_cov": "100",
"R_median_cov": "33",
"S_median_cov": "87",
@iqbal-lab these look good to me. Can we close this?
Yes :-)
Although there is a question as to why that one r is not on the ipython plot - only matters for the paper figure
Yeah, I'll reopen until I check this. Could be different commits.
In fact, the R allele has more coverage for
IF00133966-S10 (19 versus 12) C00008743 (90 versus 37)
and basically the same coverage for
C00014853 (53 versus 58)
It still high coverage for
C00008814 (92 versus 162)
and it has low coverage for the remaining 3 (<10 reads).
So arguably we should call 2 of these major, and maybe the one where we have as much covg, and for the rest is minor. We've called it Major for all of them. Good data to revisit one day when we care about better estimation of frequency, but at that point I won't do it on the basis of coverage at a single SNP
Tim found several minor calls which were pheno R.
Based off the plots here: https://cycloid.well.ox.ac.uk:9999/ipython/notebooks/phelim/archive/Proportion%20of%20mixed%20calls%20in%20tb.ipynb we don't catch any ISO minor which are TP.