| Summary: | Background:By the year 2030, it will be seven more times difficult and seven times more of 14,600 pills to treat one person with drug resistant tuberculosis (TB) if we fail in the use of ‘Omics therapy’. A curated database of the National Centre for Biotechnology Institute (NCBI): Comprehensive Antibiotic Resistance Database (CARD) provides high-through-put referenced information on antibiotics resistance.Methods:This study employed a less expensive but high accuracy software-based approach; Comprehensive Antibiotics Resistance Database to identify the resistance genes within the genomes ofMycobacterium tuberculosisacross the five continents. Thirty complete genomes ofMycobacterium tuberculosiswere retrieved and their respective accession numbers and locations were categorized into Perfect and Strict genes.Results:The least number ofMycobacterium tuberculosiscomplete genome sequences were retrieved from the America followed by Antarctica and Africa with 10%, 10%, 25% prevalence respectively. The continents with the highest number of sequences were Asia and Europe which account for 25% and 33.3% respectively. The prevalence of genes categorized under the strict category from CARD database with mdsB, mdsA, AAC(6')-Iaa, sdiA, golS TEM-1, tetW , ANT(4')-Ib, had 100% prevalence each (present in all the 30 complete genome sequences retrieved), arlR, arlS, mepR, mgrA had the prevalence rates of 25%, each, mepA, Lmrs, FosB had the prevalence rates of 33.3% each.
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