MEGAResFrom MEG, the Microbial Ecology Group

TET34

Resistance to tetracyclines can be mediated by direct inactivation of the tetracycline molecule via hydroxylation or other mechanisms. The tetX, tet37 and tet34 have been characterized as acting as tetracycline inactivators.

References

Other Groups in Tetracycline inactivation enzymes

Sequences

Download Sequences

>995|unknown_id|unknown_name|Tetracyclines|Tetracycline_inactivation_enzymes|TET34
ATGAGCAAAAAATTCATTATCACTTGGGACGCCATGCAAAATTACTGTCGTCAGCTTGCTGAAAAACAGATGCCAGCTGA
ACAGTGGAAAGGTATTTGGGCGGTGAGCCGTGGCGGTCTAGTACCGGGTGCTATTCTTGCGCGTGAACTTGGTATTCGTC
ACGTTGATACCATTTGTATCTCTAGCTACGATCATGATCACCAGCGTGATATGACCGTGCTAAAAGCGCCAGAAGGTGAT
GGCGAAGGTTACCTAATCGTCGAAGACCTAGTGGATAGCGGTGATACAGCGCGTAAACTACGTGAAATGTACCCGAAAGC
GAAACTGATTGCTGTTTGCGCTAAGCCATCAGGTGCCACTCTTCTTGATGATTACGTGGTTGATATTGCTCAAGATACAT
GGATTGAGCAGCCATGGGATACCACAGTGCAATTTGTGGAACCAATTAATCGCAAGCAAAAGTAA

>CARD|phgb|AB061440|305-770|ARO:3002870|tet34|Tetracyclines|Tetracycline_inactivation_enzymes|TET34
TTACTTTTGCTTGCGATTAATTGGTTCCACAAATTGCACTGTGGTATCCCATGGCTGCTCAATCCATGTATCTTGAGCAA
TATCAACCACGTAATCATCAAGAAGAGTGGCACCTGATGGCTTAGCGCAAACAGCAATCAGTTTCGCTTTCGGGTACATT
TCACGTAGTTTACGCGCTGTATCACCGCTATCCACTAGGTCTTCGACGATTAGGTAACCTTCGCCATCACCTTCTGGCGC
TTTTAGCACGGTCATATCACGCTGGTGATCATGATCGTAGCTAGAGATACAAATGGTATCAACGTGACGAATACCAAGTT
CACGCGCAAGAATAGCACCCGGTACTAGACCGCCACGGCTCACCGCCCAAATACCTTTCCACTGTTCAGCTGGCATCTGT
TTTTCAGCAAGCTGACGACAGTAATTTTGCATGGCGTCCCAAGTGATAATGAATTTTTTGCTCAT