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Source File (GenBank format)     
Sequence File (FASTA format)     



Transposon
Name: Tn6294
Family: Tn3        Group: Tn4430
Evidence of Transposition: no
 Host     

Host Organism:Paenibacillus sp. EOA1
Place of Origin:East Ongul Island, Antartic Date of Isolation:2016

 Map     



 Terminal Inverted Repeats (IR)     

IRL (Length: 38 bp)GGGGTATTACCAACAAAACGCGGAAAACATACGCTAAG
IRR (Length: 38 bp)GGGGTATTACCAACAAAACGCGGAAAACATACGCCAAG

 Sequence     
DNA SequenceLength  8574 
--------10 --------20 --------30 --------40 --------50 --------60 --------70 --------80 --------90 -------100
GGGGTATTAC CAACAAAACG CGGAAAACAT ACGCTAAGCC AATTTCCGGA TGAAAAAAAG CCGATTTCCT TACTTTAAGG AATATCGGCT TGATATTATA 100
AAAGATGGTT ATCCTGTACA ACAAGATAAT TTGGATACAT CTTTATCAAA CGTAAGGGCA GCCAGCTTTA GTTCTTCTGC CATTGTCAAA TAGGGAGCAA 200
GGGTTTCGCG AAGATCTTCT ACTGTTAAAC ACCGCAAATT TCGCAGTCTC ACGGTCTCAT TCATTGGTTT GGGTTTCGTA CTTCAAAAAT TAAACAAGAC 300
GATTGGGTAT TATTTAGGAT TAGATGTCAC AGCAAGACTC ATTGGTAGGG CCAGGTTCCT CGTAACGTTT TCCCAGAAGG CGACCTAATT CAAAGGCTTC 400
CTTAACGGGA TACACCTTCC CATTTGGATG TTGGTTAAGC CAATTTTGGG CTGCACTTTC CGTGCTAAAA AAATGGACTT CGTTGCAGAA TGACGACCGA 500
ACAGAGGACG TATCATCCGG TGTTACTATT GAGACAACAG CCGTCGTTGG TTCCAGGCTT AAAACACGAT CCGGTTCCAC TGTCAATCTT ATAGGCTTTC 600
CAGTACAGTA ACAAGGCGAT TCAATATGAA CCATATGCCC TATAAGTTCC GGAAACATAA GGGTGTCAAG AGCACACCAC GCATACAATT GTTTCTCATC 700
AACTTCAAAG CGATGGGGCG TAGGGATTAA GGTGAGACCA AAACCGACAA CACGACCCTG TTCATCGAGT TCCGCACTGG ATAAGGTCGG GAGAATGTCC 800
TTAACCTCAT CGAGGGGCTT CCCGGTTGTT GTTGCAATGT CCTCAACGGT AACTGGTTCA CCTTTTGTTA GCATTTGTAA CAACGGGCGA AAGAGCCACT 900
TCATGGAGCC TCCTCCCTCT CCCTTGTTCT GGTCAAATAG GGATACAAGT TCCTGAATTT CAGTTTTCAT GACTTTTTCC TCCTTGGATT TTTTTGTCAG 1000
TTTTATTGTT TTTCGATGTT ACTTACATGA TTATATCTAC ATTCGATTGT AAAATTCTTA GGAAGATATA CTTGATTGAA TACGTCTTTC GGGGAATCCA 1100
GAAACGCTCC AACGTGTTGT CGTAACTTTT GTAGATCTTT AATATGCTCA TCTATCATAG TCAGTTTCTC CTTTAACAAA TGCTGAAGAC GAGGTTCTAC 1200
CTCCACAGGT TTTTTTTCGA AAATCACTAC CAGATCCGTC ATTTCCTCCA GCGATACGCC TAAAGATCGG AGTTGTTTGA TACCATTGAT ACAAAATACA 1300
TGCTCTTGGT TATAAACGCG GTAATTGCCT TCACTCCGCT TAATGGAAGG TAGGATAAGT CCCTTTTCTT CATACAATCG AATGGCTTTT CGACTGACTC 1400
CTGTTTGTTG GGCTAGTTGA CCAATCGTAA ATTGCTCCAC TTTCCTCCCT CCTCGTTAAC TGGTGGTACC ATCAGCTGAA CTAACTATAA CTAGAGTATA 1500
CAACCTTCAC CTAAGGGGAA GGTCAAGAAG AAAAAGATCT TTTCCCAATG AAATTGATAA GTACAGGGGT ACCACCAACA TTTTGACATA AAACCCACGC 1600
TAAGACATTT TTTGGAATAC AAAAGACAAT TATCTCTATG TTAAGGGAAG AATCGTCTTT TATAAAAGCT TTCTTTAACT GAAGACGTAC ATTAAGGCTT 1700
CCTAAAAAGG TGATTAACCT GCACAACAAG ATAATTTTGA TACATCTTTA TCAAACGTAA GAGCAGCTAG CTTCAATCCT TCTGCCATTG TTAAATATGG 1800
AGCCATGGTT TCTCGGAGAT CCTCCACGGT TAAACCGAAT TTGACAGCCA GTGTCGCTGC ATAAATTACG TCTCCTGCAT TTTCTGCTAC CACATGAGCC 1900
CCTAACACTT TCAGTGTCTT CTCGTCCGCC ACCAGTTTAA ACACGCCTGT TGTTTCCCGA TTAACCAGTG CTCTTGGAAC GGCATCTAAC GGCAAGACGG 2000
ATGTTTTCAC TTCATATCCT TTCTCTTTTG CCTGTTGCTC CGTTAAACCA ACCGTTGCAA TTGCTGGAGC TGTAAATGTA ACCCCCGGAA CCACTTCTAA 2100
ATTCAGCTTT TTGTTCAGTC CACCGATAGC ATTTCCTGCC GCAACTCCAC CTTGATAAGC TGCTACATAT ACAAATTGAG GACCAAGCGT GACATCTCCT 2200
GCTGCATAGA TGCGTGAATT CGTTGTTTTT GAATACTCAT CGATTACGAT TTCACCACGG GGGCCTACTT CAACGCCTGC ATCCTGTAAG TTCAAGGTTG 2300
CCGTGTTTGG TGTTCTTCCT GTGGCAGCCA GTAATTGATC TGCCTCAATG ATTCGCTTCT TGCCATTTAC CTCTACATGG ACCTTTTTAA TGTCTCCATC 2400
TTGTTCGATT CGTTCAAAAG ATGCTCCCGT CACTAAGTTG ACCCCTTGTT CTGTCAAGGC TTGCGTGATT GCTTCTGAAA CCTCAGGATC GTATTCCTTT 2500
AACAAACGCG GGCTTCTTTG CATCAATGTG ACTTCTGAGC CTAGATTATG GAAGAGTTGT CCCAATTCCA TCCCGATATA GCCAGAACCG ATGACCGTAA 2600
GACGCTTAGG CACCTTCTTT AATTCAAGCA GAGTTGTGCT TGTTAAATAA TCGACTTCAT CCAGTCCAGG AATGTTTGGC ACTGCTGGTG AAGCACCTGT 2700
CGCGATTAAG AATCGTTTGG CTGACAACTG CATGCCATTG ACTTCAACGG TTTTTTCATC TACGAATTTC GCTTCGCCTT TGATTAATTC AAAGCCGTAG 2800
TCATCAATCA AATCCACATA TTTTGAGTTT CGAAGATCCG TCACCAGTTC ATTTTTCTGC TTGATCAATG GTGCCAAATC AACGTCGCCA GCTGACGTGT 2900
GCAATCCGAT GAATGGATTA TTTTTTGCCA GATGATTGAT TTCGCCAGCC CGCAGCAATG TCTTCGAAGG AACGCAGCCA ATATTCACAC ATGTTCCACC 3000
AACCGTTCCA CGTTCGATGA TCGCCACTTT CGCTCCGTAT TTCACAGCTT CAATGGCAGA CGAAAAAGCA GCACCGCCAG AACCGATGAT AATGTAATCA 3100
TAATCGCCTT CATCGCCTAA CTGCACCATT TCTTGCGGTT GTAATTCTTC TACCTCTCCT GGCTGGTATT TGGCTTCAGC AATCGCCTTT TTCGCTGTTT 3200
CCACCTCCAC GTCATTCGTT AGCTCAAATA CAGCTTCTCC GCGACGAAAA TCCACTTCAA TCCCTTTTGC ACCCATGTTT TCAAGAGCAA CAGCGACATG 3300
CTCTTCACAA CCCGTACAAG TCATTCCTTG AACGGTTACT CGATATTTTT TCATGTTAAA TCTCTCCTTT TACTCGACTC CAAGCCCGAA ATTCGAAACT 3400
GCCGTCTTAA TTGCCTGTAA ATCCGTTTTC TTATCATCAA AGGAAACCGT TACTTCGCCC TTGCTTCCAC TGACTTTAAT GGCTGTTTTG CTAACGCCAT 3500
CTACCTGTTC CAGGACGCTT TCTACAACAG ACGGTGGACA ACAATCCATC CCCAAAACCG TGAATGTCCC TGTTTTAGTT GTTTCAATGG TAGTTTTTAC 3600
TTCCTGCTTA GCATCTATAG TATTTTGTGC TTCTTTTTCG TTGCTACACG CACTAACCAC TAACAGAAGG GATAATAGCA TCATAATCCT AATTATTTGT 3700
ACGCTCATAT AAAGCACCTC ATCTTTTATA GTCCACCTTC AACTAGAAAT AAAAAAAGAA ACATGCAGAA AACGAAAAAC GTCGTGATCC ATAAGCCGAT 3800
GATAGAACTC TTCCTTTTGC CTTTTCTCCC GTAAACCATG TAAAAGGAGT ATGCAAGAAG GATGATGGTA ACGATGCTGA ACAATAACCG ATACTTTAGT 3900
GAATAGAAGG CTAATGCTCC TGCAAATCCA GTTAGTCCAA GAGGAATGAA AATCAGTGGA CCTAGGCAGC ATGCAGCCAT AACAAAAGCT GAAAATACAG 4000
TAGCTACTTG CGACACTTTT TCCTTCATGA TTTAAACCTC TCCATACTGC AACAATCATG CGTTTTTGTT TCCTTTTTTG TTTCATTCTT TGTTTCTGGG 4100
TCAAGTTTTC TCCAGCCCTT GAAAAGAGCA AAGACAAATA ACAGACCCAT CACGATGAAA GTAACATCTT TAAAGTCCGT GAAGTATGAA CCCAGTGCCG 4200
TTCCTGCAAC CAACGGAAGC AGTAAAAACA GATGACACGG GCATGTGATT AGTGCGACAA GAAACCAGCC TGAACTTTTT ATTGTGTTTT TCATCCTGTT 4300
TCACCTCTTA TTTCTTCATC AATGTTTCAA TAATGGGGCA TTCGTAAATA TCTTTGTTTT CAGGACATCT TTCTTTAAGA TCCATCAGCA CTTGTTCAAT 4400
TCTTTTGAGA TCTTGAATTT TATGCTGGAT GTCTTCTATC TTAAGAACGG TGAAATCATA CATATCACGG CACTTTGCTT CATCGCGATC GACGACCCCT 4500
AGCAATTTGT CAATTTCATT TAAGCTAAAT CCTAATTCCT GCATCCGTTT TATGAAATTC AACCGATCGA CCGTTTGTTG TGAATACATT CGGTATCCTT 4600
TTTCGGTACG ATCAGGCTCC GGAATTAAGC CTAAACGCTC ATAATATCTA ATGGTCTCTT TGTTAACGTT ACACTTCTCT GCGATTTCTC CGACTCGAAA 4700
ATGCAATTTA CTTCACCTCA CATATAATAT AAACCATGTA CCATAGTACA TGGTCAATAT ATTTTACTCC CTTCAATTAA ATGATTCCAA TACCGAAAAC 4800
GACCGTTTTT GGTTAAAAAC AGAGAACTTC TCTAAAACCT CAAAAACTAC TTAAAATACA TAACCAAAAA TATAACCAAA ATCTAAATAC CAATATATCT 4900
ATTACAAATC CCTTTTTGGT ATAGTTAGGA TATTAAAAAA GGGGGGATTC TTGTTGAAAT TTGGATATGC ACGTGTCAGT ACACAAGATC AGTCATTATC 5000
GTTACAACTC GATGCATTGA CTCACTACGG AGTGGACCAG ACTTTTGAAG AAAAGGAATC AGGCAAGAGA AAAAACCGTC CGCAGCTTGA CGAGCTTCTT 5100
AAAGTTTTGC GTAAAGGTGA CACGGTAGTT GTCTATAAAT TAGACCGTAT CAGTCGTAGT ACCAAACATT TAATTGAGCT TATGGAACAT TTTGAAGCAA 5200
AGGGTATTCA TTTTGTCTCC ATACAAGACA AGATTGACAC AACAACTGCT ATGGGACGAT TCTTTTTTAG AATGTTGGCC AGCATAGCAG AATTAGAACG 5300
AGATATTATT AGTGAACGAA CGAAAGATGG ATTGACGGCT GCTAGAGCTA GAGGAAGAAA CGGAGGCAGA CCGAAGGTTG ATTTAAAGAA AATAGAACTT 5400
GCTATAAAAA TGTACGAAAG CAAAGATTAC TCTTTATCTC AAATTAAGAC GGCAACAGGG ATTGGAGCGA CAACCTTATA TCGTTATCTA GAAAAGAAAA 5500
AGATATCTAG CAAGGAGTTG TAGCATGAGA GGGAAAGAAT TACTAACAGA AGATCAAAGA ACGGAATTTG TACGAATTCC AGCTGATATG AGCGAAAGTG 5600
AACTAGAAAC TTATTATACT TTTTCACAAT ATGACCTTGA AATTATAAAA CGACACAGAA GAGATCATAA TCGATTAGGC TTTGCTGTTC AATTATGTGT 5700
TCTACGCTAT CCCGGATGGT CCCTTTCAGA TGTTGGACCT ATTCCAGATT ACATAATCGA ATACATAGCT AGACAAATAA ATGTTAATCC TAATTCATTT 5800
TCTTTATATG CCCAACGAGA GCCAACTAAA CATGAGCATA TGGAAGAAAT CCGTCAAGTT TATGGTTATG AAAATTTTTC CCTAGGGAAC TATCGTAAGG 5900
TAGCTCAGTT TCTGTTGAAT CATGCCCTTC AAAATGGAAA TTCAATGTAT CTTCTTCGTA CAGCGCAAGA AGAACTACGA AATCAGAAAA TTATTCTCCC 6000
TGGCATGACT ACTATAGAAA GGCTTGTTTG GGAAGCTCGT CAACGAGCAG AGGAAAGAAT TTTTAAATCA TTAACTTGTA CTCTTTCAAA ATGGCAAAAA 6100
CAAAAGTTAG ATAAACTTAT AGATCCCTTT GTAGACAATA GAAAAACCCC CTTAGCATGG CTTAGAGAAC TTCCCGGCCA ATCTTCACCT GAAGCCTTTT 6200
TAAAAGTAAT AAAGCGCTTA GAATATATAC GAGATTTAAA ATTAGAGATA AATTCAGAGC AAATCCATCC CAATCGGTTA CTTCAATTAT CTCGTATTGG 6300
AGCAAGGTAT GAACCACACT CATTTCGAAG GTTTAAAGAA AAAAAGAAAT ATGCAATTCT TGTTTCCTAT CTAGTAACAC TAAGCCAAGA TCTAATTGAT 6400
CAAGCAATTG AAATTCATGG TCGACAAATG ATGATCTTGC AATCAAAAGG ACGTAAAACA CAAGAGGAAA TGCAAAAAGA AAATGGAAAA GCAGTGAATG 6500
AAAAAGTCGT GCATTTTGCA GATATTGGTG CAGCACTTAT CCAAGCACGA AATGAAGGGC TTGATCCATT TAATGCTATT GAAATGATTA TGCCGTGGGA 6600
TAAAATTGTT TCTTCCGTCG AAGAAGCCCA AAAATTAGCC CGTCCGATGG ATTACGATTA TCTAGATTTG TTAGAAAATC GGTATTCTTA TCTAAGAAAA 6700
TATACTCCTA CTTTTCTTAA ATCTCTTGAA TTTCGTTCTA CACAAGGTAC AGAGCCATTA TTGCAAGCTC TAAAAACGCT AAATGAAATA AATGAATCTG 6800
GTAAAAGAAA AATTCCAAAT GATGCCCCGG TAGATTTTAT TCCTAAACGT TGGAAGAAGC ATGTTTATGG TGATGATGGA ATAATTAACC GACACTATTA 6900
TGAGATGGCT GCACTAACAG AGTTGAAAAA TCATATTCGT TCAGGCGACA TATCCGTAGT CGGTAGTAGA CTTCATAAAG ATTTTGAAGA GTATCTTGTT 7000
CCTAAAGAAG ATTGGAAAAC AACTCGTCTT ACGGAAACTA AACTAGCCGT TCGTTCATCG GCAGATGAAT ATCTTGAGGA AAGAAGAAAG TCACTAGCTC 7100
AACGCCTTAC ATGGGTTTCA AATAATCTTG ATTCTCTAGA AGGAGTAAAT ATCGAAAAGG CTAAGATCCG ATTGGACCGT TTGGAGAAGA ATACACCCGA 7200
AGAAGCGAGA GCTTTTAGCC TGTCTTTATA TAATATGTTG CCAAGAATAA AGCTCACTGA TCTTTTAATG GAGGTAGCAC ACTGGACAGG ATTTGACGAA 7300
ATGTTGATAC ATGCCTCAAC CAATCGCCCA CCAAAGGGAG AGGAAAAAGT AGTTCTCATG GCTGCTCTCA TGGCGATGGG AACTAACATA GGACTTACTA 7400
AAATGGCAGA AGCGACACCA GGAGTTACCT ATCATCAAAT GGCTAATGCA GCGCAATGGC GTTTATTCGA TGATGCTATA AGTCGTGCAC AAGCGACATT 7500
AGTGAATTTT CAACATAAGC TTAAACTAGC TTCCTATTGG GGAGATGGAA GTACCTCTTC CTCTGATGGA ATGCGCGTAC AGGTTGGTGT TTCATCGTTA 7600
CATGCCGATT CCAATCCACA CTATGGGTCT GGAAAAGGAG CAACCATTTA TCGATTTACT AGTGATCAAT TTTCAAGTTT TTATACGAAA GTCATTAATA 7700
CCAATGCTCG TGATGCTGTA CACGTTATTG ATGGATTACT TCATCATGAG ACAGATTTAA ACATTGAAGA GCATTTTACA GACACAGCTG GCTACGCCGA 7800
CTCAGTATTT GGATTGAGTC ATTTACTAGG ATTTCGTTTT GCACCAAGGC TACGTGATTT AGCTGACTCT AAGCTATTCA CGATCCAAAC GCCAAATGAA 7900
TTCCCAAAAT TAGAAAATAT ACTCCGTGGT CGTATTAATA CAAAAATTAT TCAAGAGAAT TTCGATGACG TATTACGTGT AGCTCATTCT ATTCGAGAAG 8000
GAAAAGTGTC CGGTTCACTT ATGATGGGGA AATTAGGGTC GTATGCGAGA CAAAATAAAC TTGCAACTAC TTTGCGAGAA ATGGGGAGAA TCGAAAAGAC 8100
CATTTTTATT TTGGATTACA TATCTAACGA AACACTACGC CGTCGAATTC AACGAGGACT AAATAAAGGA GAAGCGATGA ATGGGTTAGC GAGAGCCTTA 8200
TTCTTTGGAA AACGAGGTGA GTTGCGGGAA CGAGGAATAC AAGACCAGCT ACAACGTGCA AGTGCTTTAA ACATTCTAAT TAATGCCATT AGTGTATGGA 8300
ATACCGTTTA TCTTACAGAA GCAACAAAAC TATTGAAGGA AAAAGGGAAT TTGAGAGAAG ACTTACTTAA ACATATTTCT CCATTAGGAT GGGAACACAT 8400
TAATTTTCTT GGTGAATACA ACTTTGATGC AAGAAAAGTA ACAAGTTTAC ATTCCCTACA CCCTCTTCTT CAATAATATT AAAGGCCGAT GATTCCTTAG 8500
CGTAGGAATC ATCGGCCTTT TTACCTCGGA ATTTCTCTTG GCGTATGTTT TCCGCGTTTT GTTGGTAATA CCCC

 ORFs     
ORF Summary
Gene Name Associated TE Coordinates Class Sub Class Orientation
merB1 Tn6294 320-970 Passenger Gene Heavy Metal Resistance -
merR2 Tn6294 1003-1440 Passenger Gene Heavy Metal Resistance -
merA Tn6294 1714-3354 Passenger Gene Heavy Metal Resistance -
merP Tn6294 3370-3684 Passenger Gene Heavy Metal Resistance -
merT Tn6294 3726-4028 Passenger Gene Heavy Metal Resistance -
merE Tn6294 4025-4294 Passenger Gene Heavy Metal Resistance -
merR1 Tn6294 4308-4706 Passenger Gene Heavy Metal Resistance -
tnpR Tn6294 4954-5523 Accessory Gene Resolvase +
tnpA Tn6294 5525-8476 Transposase   +

ORF Details
Gene Name Protein Name Associated TE Gene Length Coordinates Strand
merB1 MerB1 Tn6294 651 320-970 -
Class:   Passenger Gene
Sub Class:   Heavy Metal Resistance
Transpoase Chemistry:   merB1 (Tn6294) Chemistry
Target:   Mercury
Comment:   organomercurial lyase
Protein Sequence:  
 MKTEIQELVS LFDQNKGEGG GSMKWLFRPL LQMLTKGEPV TVEDIATTTG KPLDEVKDIL PTLSSAELDE QGRVVGFGLT LIPTPHRFEV DEKQLYAWCA
LDTLMFPELI GHMVHIESPC YCTGKPIRLT VEPDRVLSLE PTTAVVSIVT PDDTSSVRSS FCNEVHFFST ESAAQNWLNQ HPNGKVYPVK EAFELGRLLG
KRYEEPGPTN ESCCDI

Gene Name Protein Name Associated TE Gene Length Coordinates Strand
merR2 MerR2 Tn6294 438 1003-1440 -
Class:   Passenger Gene
Sub Class:   Heavy Metal Resistance
Target:   Mercury
Protein Sequence:  
 MEQFTIGQLA QQTGVSRKAI RLYEEKGLIL PSIKRSEGNY RVYNQEHVFC INGIKQLRSL GVSLEEMTDL VVIFEKKPVE VEPRLQHLLK EKLTMIDEHI
KDLQKLRQHV GAFLDSPKDV FNQVYLPKNF TIECRYNHVS NIEKQ

Gene Name Protein Name Associated TE Gene Length Coordinates Strand
merA MerA Tn6294 1641 1714-3354 -
Class:   Passenger Gene
Sub Class:   Heavy Metal Resistance
Target:   Mercury
Comment:   mercury reductase
Protein Sequence:  
 MKKYRVTVQG MTCTGCEEHV AVALENMGAK GIEVDFRRGE AVFELTNDVE VETAKKAIAE AKYQPGEVEE LQPQEMVQLG DEGDYDYIII GSGGAAFSSA
IEAVKYGAKV AIIERGTVGG TCVNIGCVPS KTLLRAGEIN HLAKNNPFIG LHTSAGDVDL APLIKQKNEL VTDLRNSKYV DLIDDYGFEL IKGEAKFVDE
KTVEVNGMQL SAKRFLIATG ASPAVPNIPG LDEVDYLTST TLLELKKVPK RLTVIGSGYI GMELGQLFHN LGSEVTLMQR SPRLLKEYDP EVSEAITQAL
TEQGVNLVTG ASFERIEQDG DIKKVHVEVN GKKRIIEADQ LLAATGRTPN TATLNLQDAG VEVGPRGEIV IDEYSKTTNS RIYAAGDVTL GPQFVYVAAY
QGGVAAGNAI GGLNKKLNLE VVPGVTFTAP AIATVGLTEQ QAKEKGYEVK TSVLPLDAVP RALVNRETTG VFKLVADEKT LKVLGAHVVA ENAGDVIYAA
TLAVKFGLTV EDLRETMAPY LTMAEGLKLA ALTFDKDVSK LSCCAG

Gene Name Protein Name Associated TE Gene Length Coordinates Strand
merP MerP Tn6294 315 3370-3684 -
Class:   Passenger Gene
Sub Class:   Heavy Metal Resistance
Target:   Mercury
Protein Sequence:  
 MMLLSLLLVV SACSNEKEAQ NTIDAKQEVK TTIETTKTGT FTVLGMDCCP PSVVESVLEQ VDGVSKTAIK VSGSKGEVTV SFDDKKTDLQ AIKTAVSNFG
LGVE

Gene Name Protein Name Associated TE Gene Length Coordinates Strand
merT MerT Tn6294 303 3726-4028 -
Class:   Passenger Gene
Sub Class:   Heavy Metal Resistance
Target:   Mercury
Protein Sequence:  
 MKEKVSQVAT VFSAFVMAAC CLGPLIFIPL GLTGFAGALA FYSLKYRLLF SIVTIILLAY SFYMVYGRKG KRKSSIIGLW ITTFFVFCMF LFLFLVEGGL


Gene Name Protein Name Associated TE Gene Length Coordinates Strand
merE MerE Tn6294 270 4025-4294 -
Class:   Passenger Gene
Sub Class:   Heavy Metal Resistance
Target:   Mercury
Protein Sequence:  
 MKNTIKSSGW FLVALITCPC HLFLLLPLVA GTALGSYFTD FKDVTFIVMG LLFVFALFKG WRKLDPETKN ETKKETKTHD CCSMERFKS

Gene Name Protein Name Associated TE Gene Length Coordinates Strand
merR1 MerR1 Tn6294 399 4308-4706 -
Class:   Passenger Gene
Sub Class:   Heavy Metal Resistance
Target:   Mercury
Comment:   mercury-responsive transcriptional regulator protein
Protein Sequence:  
 MHFRVGEIAE KCNVNKETIR YYERLGLIPE PDRTEKGYRM YSQQTVDRLN FIKRMQELGF SLNEIDKLLG VVDRDEAKCR DMYDFTVLKI EDIQHKIQDL
KRIEQVLMDL KERCPENKDI YECPIIETLM KK

Gene Name Protein Name Associated TE Gene Length Coordinates Strand
tnpR TnpR Tn6294 570 4954-5523 +
Class:   Accessory Gene
Sub Class:   Resolvase
Transpoase Chemistry:   Serine
Sequence Family:  Serine Site-Specific Recombinase
Protein Sequence:  
 MKFGYARVST QDQSLSLQLD ALTHYGVDQT FEEKESGKRK NRPQLDELLK VLRKGDTVVV YKLDRISRST KHLIELMEHF EAKGIHFVSI QDKIDTTTAM
GRFFFRMLAS IAELERDIIS ERTKDGLTAA RARGRNGGRP KVDLKKIELA IKMYESKDYS LSQIKTATGI GATTLYRYLE KKKISSKEL

Gene Name Protein Name Associated TE Gene Length Coordinates Strand
tnpA TnpA Tn6294 2952 5525-8476 +
Class:   Transposase
Transpoase Chemistry:   DDE
Protein Sequence:  
 MRGKELLTED QRTEFVRIPA DMSESELETY YTFSQYDLEI IKRHRRDHNR LGFAVQLCVL RYPGWSLSDV GPIPDYIIEY IARQINVNPN SFSLYAQREP
TKHEHMEEIR QVYGYENFSL GNYRKVAQFL LNHALQNGNS MYLLRTAQEE LRNQKIILPG MTTIERLVWE ARQRAEERIF KSLTCTLSKW QKQKLDKLID
PFVDNRKTPL AWLRELPGQS SPEAFLKVIK RLEYIRDLKL EINSEQIHPN RLLQLSRIGA RYEPHSFRRF KEKKKYAILV SYLVTLSQDL IDQAIEIHGR
QMMILQSKGR KTQEEMQKEN GKAVNEKVVH FADIGAALIQ ARNEGLDPFN AIEMIMPWDK IVSSVEEAQK LARPMDYDYL DLLENRYSYL RKYTPTFLKS
LEFRSTQGTE PLLQALKTLN EINESGKRKI PNDAPVDFIP KRWKKHVYGD DGIINRHYYE MAALTELKNH IRSGDISVVG SRLHKDFEEY LVPKEDWKTT
RLTETKLAVR SSADEYLEER RKSLAQRLTW VSNNLDSLEG VNIEKAKIRL DRLEKNTPEE ARAFSLSLYN MLPRIKLTDL LMEVAHWTGF DEMLIHASTN
RPPKGEEKVV LMAALMAMGT NIGLTKMAEA TPGVTYHQMA NAAQWRLFDD AISRAQATLV NFQHKLKLAS YWGDGSTSSS DGMRVQVGVS SLHADSNPHY
GSGKGATIYR FTSDQFSSFY TKVINTNARD AVHVIDGLLH HETDLNIEEH FTDTAGYADS VFGLSHLLGF RFAPRLRDLA DSKLFTIQTP NEFPKLENIL
RGRINTKIIQ ENFDDVLRVA HSIREGKVSG SLMMGKLGSY ARQNKLATTL REMGRIEKTI FILDYISNET LRRRIQRGLN KGEAMNGLAR ALFFGKRGEL
RERGIQDQLQ RASALNILIN AISVWNTVYL TEATKLLKEK GNLREDLLKH ISPLGWEHIN FLGEYNFDAR KVTSLHSLHP LLQ

 References