| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_02953 |
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| Symbol | |
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| ID | 6776506 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | + |
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| Start bp | 3201315 |
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| End bp | 3203810 |
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| Gene Length | 2496 bp |
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| Protein Length | 831 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 642756402 |
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| Product | Transposase Tn3 |
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| Protein accession | YP_002127243 |
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| Protein GI | 196157754 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG4644] Transposase and inactivated derivatives, TnpA family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.225091 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGCCATCA AAAACGAAAT TACTATTCTC ACGAGAGCAG AACAGGCAGA TCTTTATTCC
CCACCCATTT TTTCAATCGA AGAACAACGT CTGTACTTTT CTCTGAACGA TGCGGAATTG
GCAGTTTTTC GGTCAATTCG TCTCAGAGCT CATAGATGTT ACTTTGTCGC GATTTTGGGA
TACTTCAAAT CAAAGCCCGT CATCCTAGAT ATCGCTTACT CGCAGGTTTC TAAGGATTTA
ATGTTCATCA GTAAAGAGCT GCTTGGCGGC AAGGGGCTCA GACCATTCAC TCCCTCACAA
AAACAAAAAG ATCGACTCTA CGCAAAAGTA TTAGACCTTG CTGGTTATCA CAAATGGGAC
GAAAGTCAGC ACTTCAATTC TCTTTTCGAC CACCTTGTTC AGGTGGGCAA TGCCTGGCTG
GAGCCGCGTT ACCTCTTTGA TACTGCTATT GAATTCCTAA CCAGTCACAG CATTGCTATC
CCTAGGTACA CCGTACTCCA GAGACTGATA AGCAGAGCGA TGCAGCAGGT CAGAAAAGAC
CTGGCGCACC AACTTAATCA ACTCACCAGT CCTGAACTTC ACGTCTTTCT GGACAGCATA
ACAGCCATTG ATGACGGACT AAGCCTGAAC CAGCTCAGAG GCGGTGCAAA AAGTCTGACC
GTACCTGAAC TTAAAAAAGA GCTTGCCCTT TATCATCAGT TAGCGCCATG GCGCACGCAA
ATCAATGGCG TTATCGATGG GCTTAATCTG TCTCTTAAAA ATCGACAACA CTTCGGTGAG
CTCATCAACT ATTACGGTAG TAAACTCAAA CGATTCAAAC GCGCACAGCA GCATCTATGG
TTGCTATGTC ACCTGACAGA GCGGATACAA CTGGCACTGG AACGGTTAAC TGATGGGTTC
ATTTACCATA TCCGCAAGCA ACAAGAAGCT GCCAACACCT TTGCACAACA AGCAGTGTTC
CTGTCCTGGC AGTCAGCCGC GGACAATGTC ACGAAAGCGG CAGAGTTACT GCATCTGTTT
GTGGATGAGA ACATTGATGA TAATCAACCC TTCTCAGTAG TCAGACAACA GGCATTGAAG
GTCATGAATG ACAGGGATAT CCAGACCCTC TGCCTTTACC TGAAAAAACA GAAACGGACC
GTGGAAGAGT ACCAGTGGCA ACATTACGAT GAACAATGCA ATCTCCTGGA GCAACTGTTA
AGGCAGGTGT TTTTGTGCCT TGAATGTGAG GCCGGTAAAG GCTCAGAAGC CGTCGTCGCC
CAACTTCAAC AGATGCAGAC GGAAATCGCA TTCGGTGGAC CACTGAAGAC GATGGATACG
TCGCTCATCC CGAAAAAGCA CCTCCCATGG TTGGTTAAAC AGGATAACGT TAACCCGCAA
CGTTACGAAT GGCTGCTCTA CCGGCAGTTA ACCTCACGAC TGAATGGACG CATTTATTTG
CCAAATGTTA CCAAATACCG CGCACTGGAA GACGACCTGA TCCCCCAGAC ATCGCAGGAT
ACCTTGCTGG CCTCATCAAC ACTGGACAGA CTAAAACAGC CCGCAGAGTT ATTGTTACAG
GAGAAACAAC ACCGGCTGGA AAGTGCACTC AAAGACGTTG CTCTCCATAT TGATGAGGGA
GACAATCGAA ATGTGATCAT GAAAAATCGT ACCGGTACCC GCTGGCGTCT GCCGACCAAA
AGCGCTACAT CTCTGGTCAA CAATCCCTTT TTTAAGCGAA TGCAACCGGT CGGTATCGCG
GATGTACTGC GGTATGTAGA GCGCGAAACC GGGTTCATGA AATGTCTGAC TCATGTACTT
CCGATACAAA AACAAGGGTT CACTCATCAG GATGATTTAC TGGCCATTCT GATTGCCAAC
GCCACTCACC GTGGTGTGTA TGGCATGGCG CAGATCTCCG ATCGAAGCTA TGAACACCTG
AGTACGGTGC AGGCCAACTA TATCCGGCCT GAAACGCTGC ATGACGCCAG CGACGTGATC
AATAATGCGG TTGCAGCGCT ACCCATCTTC CGCCACTACC ATATTCAGGA GGACCAGCTG
CATGCCAGTG CGGATGGTCA GAAATTCGAA ACCCATCTGG AAACCTTTAA AACCCGGTAC
TCCTCTAAGT ATTTCGGCAC CAACAAAGGG ATCACGGCCA TGACACTGGT GGCCAACCAC
AGCGCCCTCA ATGCTCGGAT CATCGGTTCC AACGAGCACG AATCACACTA TATTTATGAC
CTGTTACAAT CCAACAGCAG TGAAATCAAA CCTGACGTAC TCTCGACAGA TACACACGGT
GTCAATCATG TTAACTTCGC CTTACTGGAT CTATGCGGTT ACAGTTTTGC ACCGCGATAC
GCGCAGTTCA GTAGTGTCAT CAATGATCTG TTTGACGTAA CTGAAAATGA ACACGGCGGC
ACCAACCTTG CCCTGAAAAA GCCCATCAGG ACGAATGTCA TCGAAACGGG ATGGCAGGAT
ATTAGGCGCA TTGTTCTGTC ACTTCAGACA AAGTGA
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| Protein sequence | MAIKNEITIL TRAEQADLYS PPIFSIEEQR LYFSLNDAEL AVFRSIRLRA HRCYFVAILG
YFKSKPVILD IAYSQVSKDL MFISKELLGG KGLRPFTPSQ KQKDRLYAKV LDLAGYHKWD
ESQHFNSLFD HLVQVGNAWL EPRYLFDTAI EFLTSHSIAI PRYTVLQRLI SRAMQQVRKD
LAHQLNQLTS PELHVFLDSI TAIDDGLSLN QLRGGAKSLT VPELKKELAL YHQLAPWRTQ
INGVIDGLNL SLKNRQHFGE LINYYGSKLK RFKRAQQHLW LLCHLTERIQ LALERLTDGF
IYHIRKQQEA ANTFAQQAVF LSWQSAADNV TKAAELLHLF VDENIDDNQP FSVVRQQALK
VMNDRDIQTL CLYLKKQKRT VEEYQWQHYD EQCNLLEQLL RQVFLCLECE AGKGSEAVVA
QLQQMQTEIA FGGPLKTMDT SLIPKKHLPW LVKQDNVNPQ RYEWLLYRQL TSRLNGRIYL
PNVTKYRALE DDLIPQTSQD TLLASSTLDR LKQPAELLLQ EKQHRLESAL KDVALHIDEG
DNRNVIMKNR TGTRWRLPTK SATSLVNNPF FKRMQPVGIA DVLRYVERET GFMKCLTHVL
PIQKQGFTHQ DDLLAILIAN ATHRGVYGMA QISDRSYEHL STVQANYIRP ETLHDASDVI
NNAVAALPIF RHYHIQEDQL HASADGQKFE THLETFKTRY SSKYFGTNKG ITAMTLVANH
SALNARIIGS NEHESHYIYD LLQSNSSEIK PDVLSTDTHG VNHVNFALLD LCGYSFAPRY
AQFSSVINDL FDVTENEHGG TNLALKKPIR TNVIETGWQD IRRIVLSLQT K
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