In: Biology
>cDNA
TTGCTCTTACTTCCGGTTCGCAGCGTACAGTTAAGAAGAGCAAGCACGATACGCCGCCAAGGTGGCCTCA GTCGACTAGCAATGCAGCTCGTGCCGCGAGAGATCGATAAACTGACCATCTCTAATCTGGGATTTCTGGC CCAGCGGAGATTGGCCCGGGGAGTGAGGTTGAATCATGCAGAAGCGACTGCGTTGATCGCATCCAATCTC CAAGAGCTTATTCGAGATGGCAACAATTCGGTGGCAGATCTCATGACGATCGGCAAGGAGATGCTTGGAC GTCGACATGTCCTACCCTCTGTCGTGGCCACCTTGAAACAAGTTCAAGTTGAAGGAACTTTTCCCACTGG GACGAACCTGATCACCGTGGTCAATCCCGTTTGTTCGGATGATGGCGACCTGGAGAAAGCCCTCTACGGA AGCTTTTTGCCTGTGCCGCCGAAAGAAACGTTCCCGGATCCTGATCCGGATGACTATCAGCCAGAGAAGA TGCCTGGCGCTGTGATACCCCTCAAAACGAGCAAGAAAATTGAGCTCAATGCCGGGAGAAATAGAATTAT GCTTAAAGTGACAAGTCGAGGAGACCGGCCCATTCAGGTTGGTTCACACTATCATTTTATAGAGGTGAAT CCACAATTGGACTTCGACCGTGCGAAGGCGTACGGATATCGCCTTGACATCCCAGCTGGGACGTCTATCC GCTTTGAACCCGGTGCTACCAAGGCAATCCCGCTCGTCGAAATTGGCGGCAAGAGAATCATTCGAGGGGG CAACCACATCGCCGTTGGGCAGGTGGATTTCCGAAGAGTTGATGAAATCATCATGCGTCTGCAAAAAGCT GGATTTGCGTATACTCCGGAGCCTAAACAGGATGCTCATTTGATCGAGCCATTTTCAATGACGCGGGAAG CATATGCTCGCATGTTTGGTCCTACCACTGGAGATGTAGTCAAGCTAGGAACCACAGATTTGTGGATTAA AGTCGAAAAGGACCTGACCTACTACGGTGACGAATGTTCATTCGGTGGTGGCAAGACCATAAGAGACGGG ATGGGGCAAGCTACAGGAAGGCATTCCGTGGATGTCCTGGATACAGTCCTGGTGAACGCGCTAATTGTCG ATTGGACGGGTATTTACAAGGCTGATATTGGACTAAAAGATGGAATGATCTGCGGAATCGGCAAAGCTGG AAACCCAGACGTGATGGATGGTGTCACCCCCAATATGATAGTTGGCTCTTCGACAGATGTTATCGCATGT GAAGGAAAAATTGTCACTGCAGGAGGAATTGACACACACGTCCATTTTATATGCCCACAGCAGGTCGAGG AAGCCCTCGCCTCCGGAGTCACGACTCTTCTCGGTGGCGGCACCGGTCCAACTGAGGGAACAAATGCGAC TACATGCACACCGGCTCCAAATCAATTCAAGACGATGATGCAGGCTTGTGATCATCTTCCAATAAACGTT GGCCTTACAGGCAAAGGTAATGACAGCGGTCTTCCATCTCTGAGGGATCAATGCCGTGCAGGAGCCGCCG GCTTGAAGGTGCATGAAGATTGGGGTGCAACGCCGGCTGTCATTGATACATGCCTCCAGGTCTGCGACGA GTTCGATATTCAATGTCTCATCCATACCGACACCCTGAACGAATCTGGCTTCGTTGAACAGACCGTCAAT GCCTTTAAAAATCGAGTGATTCATACGTACCACACTGAGGGTGCTGGAGGAGGCCACGCTCCAGATATCA TATCCGTCGTCGAGAAGCCAAACGTCCTGCCCAGCAGTACGAATCCCACTCGTCCGTATACGGTAAATAC TTTAGATGAACATCTGGACATGGTAATGGTCTGCCATCATTTGTCCAAAGATATTCCTGAAGACGTGGCT TTTGCGGAAAGCCGGATCCGATCCGAGACAATTGCTGCAGAAGACGTTCTTCATGACACGGGAGCCATCA GCATGCTATCCTCGGACTCTCAAGCTATGGGACGCTGTGGAGAAGTTGTTGTCCGGACATGGAACACTGC ACATAAGAATAAAATGGAACGAGGGCGACTCAAGGAGGATGAAGGGACGGATTCTGATAATTTTAGGGTT AAACGGTATATCAGCAAGTACACCATCAACCCTGCCATTGCACAGGGGATGGCCTACACTATTGGGAGCG TGGAAGTTGGCAAGACCGCTGATTTGGTTCTGTGGAAATTCGCCAACTTTGGGACTAAACCGAGTATGGT CTTGAAGTCTGGAATGGCTGTCTCAGCGCAGATGGGTGATCCCAATGGCTCTATCCCCACAATCGAGCCT ATTATTATGAGGCCTATGTACGCTAGTCTTAACCCTAAAGCCTCAATCATGTTCGTATCCCAAGCATCCA TCAAGCTTGGTATCATCGACAGTTACCACCTGAAGAAGCGGATCGAGCCAGTGAAGAATTGTCGGAATAT AAGCAAGAGAGATATGAAATTTAATGATATTATGCCCAAAATGAGAGTCGATCCGGAGAGCTATGTTGTC GAGGCTGACGGGGAAGAGTGTACCGCTGAGCCAGTGTCAGAGTTGCCTTTAACACAAGACTATTTCGTTT ACTGAAAATTGGTGGAGACCATAGAACGTCTCCACAGATTAGTCGTGGAAAAGTAATGCTCATGGCGATA GTATCCTTCTGTACCTCTTTTGATGAATATTAGTACATTTTATTGCATATCTATTCCTTTGGTCCTGTGC GTCTCCACGTGAGCATCCCTTTTTGCTAATCCCCAACGCCCTACAGAGATGGACCATTGACTTATCTGAA ATTCTAAATTCGCAATAAGCTCTCCCAGAAAAACAGTAAGATCACGCGCCCGGAACTCCTTGCTCCCAAA AAAAAAAAGGAATACAACTATTTAAAGCTCTTCATCCATCACAGTATGGTTATTGCCTGCCGAAATGAGC GAGTAGAGAGTCGACCACGTCTCGTGCTTGGCCGCACGATACGCAGAGATCCTTGAATGCATACGTCTTA GCATGGACGCCTTGCGGTCCTGACAACTAGGTGGGAGGGTTGTGGCTTGGGCCGGAT
Question
a. Figure : result of blastx
a. The result of blastx show that top result is "unease". This is the enzyme used by bacteria to convert urea into carbamic acid and ammonia. This process is required by bacteria to colonize in the host.
b. The infectious agent convert first DNA into mRNA (messenger RNA) and finally convert mRNA into protein. Therefore infectious agent follow the central dogma of biology to convert it's DNA into protein via mRNA to translate the protein in the host body.