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MAQGTVKWFNGDKGFGFIAPDGGAPDVFVHYSEISGNGYRSLEENQRVEFEVEQGNKGPQAVRVTAV
Operon Prediction Model: Genebank
Paralogs
| species | id | gene | e-value | identity (len) | annotation |
| M. vanbaalenii PYR-1 | Mvan_1040 | - | - | 100% (67) | cold-shock DNA-binding domain-containing protein |
| M. vanbaalenii PYR-1 | Mvan_5398 | - | 2e-24 | 70.15% (67) | cold-shock DNA-binding domain-containing protein |
| M. vanbaalenii PYR-1 | Mvan_5045 | - | 2e-09 | 42.19% (64) | cold-shock DNA-binding domain-containing protein |
Closest Orthologs (e-value cutoff: 1e-4)
| species | id | gene | e-value | identity (len) | annotation |
| M. bovis AF2122 / 97 | Mb3672c | cspA | 3e-23 | 65.67% (67) | cold shock protein A |
| M. gilvum PYR-GCK | Mflv_5230 | - | 5e-32 | 89.55% (67) | cold-shock DNA-binding domain-containing protein |
| M. tuberculosis H37Rv | Rv3648c | cspA | 3e-23 | 65.67% (67) | cold shock protein A |
| M. leprae Br4923 | MLBr_00198 | cspA | 4e-24 | 67.16% (67) | putative cold shock protein |
| M. abscessus ATCC 19977 | MAB_0487 | - | 3e-25 | 73.13% (67) | cold shock protein A (CspA) |
| M. marinum M | MMAR_4823 | cspA | 6e-29 | 82.09% (67) | cold shock protein a, CspA |
| M. avium 104 | MAV_0852 | - | 1e-27 | 77.61% (67) | hypothetical protein MAV_0852 |
| M. smegmatis MC2 155 | MSMEG_0559 | - | 1e-31 | 89.55% (67) | hypothetical protein MSMEG_0559 |
| M. thermoresistible (build 8) | TH_0855 | - | 3e-22 | 69.35% (62) | PROBABLE COLD SHOCK PROTEIN A CSPA |
| M. ulcerans Agy99 | MUL_0392 | cspA | 4e-28 | 80.60% (67) | cold shock protein a, CspA |
CLUSTAL 2.0.9 multiple sequence alignment
Mvan_1040|M.vanbaalenii_PYR-1 MAQGTVKWFNGDKGFGFIAPDGGAPDVFVHYSEISGNGYRSLEENQRVEF
MSMEG_0559|M.smegmatis_MC2_155 MAQGTVKWFNGEKGFGFIAPDGGAPDVFVHYSEISGSGFRSLEENQRVEF
Mflv_5230|M.gilvum_PYR-GCK MAQGTVKWFNGEKGFGFIAPDDGSKDVFVHYSEISGSGYRSLEENQRVEF
MMAR_4823|M.marinum_M MAQGTVKWFNGEKGFGFITPDDGTKDLFVHYSEIQGSGYRSLEENQRVQF
MUL_0392|M.ulcerans_Agy99 MAQGTVKWFNGEKGFGFITPDDGTKDLFVHYSEIQCSGYRSLEENQRVQF
MAV_0852|M.avium_104 MAQGTVKWFNGEKGFGFITPDDGTKDLFVHYSEIQGSGYRSLDENQRVQF
Mb3672c|M.bovis_AF2122/97 MPQGTVKWFNAEKGFGFIAPEDGSADVFVHYTEIQGTGFRTLEENQKVEF
Rv3648c|M.tuberculosis_H37Rv MPQGTVKWFNAEKGFGFIAPEDGSADVFVHYTEIQGTGFRTLEENQKVEF
MLBr_00198|M.leprae_Br4923 MPQGTVKWFNAEKGFGFIAPEDGSADVFVHYTEIQGSGFRTLEENQKVEF
MAB_0487|M.abscessus_ATCC_1997 MPQGTVKWFNAEKGFGFIAPEDGSADVFVHYTEIQGNGFRTLEENQKVEF
TH_0855|M.thermoresistible__bu -----VKWFNAEKGFGFIAPEDGSADVFVHYTEIQGSGFRTLEENQRVEF
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Mvan_1040|M.vanbaalenii_PYR-1 EVEQGNKGPQAVRVTAV
MSMEG_0559|M.smegmatis_MC2_155 EITQGAKGPQAVGVTAV
Mflv_5230|M.gilvum_PYR-GCK EVEQGNKGPQAVRVNAI
MMAR_4823|M.marinum_M EVEQGTKGPQAVGVSAV
MUL_0392|M.ulcerans_Agy99 EVEQGTKGPQAVGVSAV
MAV_0852|M.avium_104 DVEQGAKGPQAVGVSTV
Mb3672c|M.bovis_AF2122/97 EIGHSPKGPQATGVRSL
Rv3648c|M.tuberculosis_H37Rv EIGHSPKGPQATGVRSL
MLBr_00198|M.leprae_Br4923 EIGHSPKGPQATGVRSV
MAB_0487|M.abscessus_ATCC_1997 EVGQSPKGPQATGVRAV
TH_0855|M.thermoresistible__bu EVGQSPKGPQATGVRSI
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