| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_02944 |
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| Symbol | |
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| ID | 6778604 |
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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 | 3188707 |
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| End bp | 3191679 |
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| Gene Length | 2973 bp |
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| Protein Length | 990 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 642756393 |
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| Product | Tn5044 transposase |
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| Protein accession | YP_002127234 |
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| Protein GI | 196157745 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.0926862 |
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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 | ATGAGTAGCC TCCATGAAAC CGCCTATCCA AGATTGAAAG CGGCCGTCTC CGACCAGGAA
CTGGCAGAAA TTTATACACC CACGGTCAAG GAACGATCTT TTGCCAGACA ACATGGTCGA
ACACCCGCTG CTCGGGGCGC TCTGCTCATT CTCCTGAAAA CAGTTCAGCG TTTGGGCTAC
TTTGTCAGTC TCAAAGCCGT TCCCAAATCG ATCACATCAC ACATTCTCGC CTGCGACGAC
CTCTCACATC TCGCACTAAG CCGACTCAGG GAATACGACC GCAGCGGCGG CGTCCGTCAG
CGGATGTTGG ACGCGATTCG TCAACAGGTG GGCATCAAGG CGTTTACCGT CGAAGGCAAG
GCGGTCGTGC GGGACTTGGC ACGAGAAGCG GCGACCACCA AACAGGATCT GGCAGACATT
ATCAATGTGG TGATCGAAGA GCTGGTGCGC CAGCGTTTTG AGCTACCCGG TTTTTCAACG
CTGCAACGGA CAGCCCGTCA GGCTCGCAGC CAGGTCAACA CGGGGTTCTT TCGGACACTC
AATGCGGCTT TGACGGAGCA GCAAAAACAG GAATTTGACC GGCTGCTGCG TGTGCCTGAC
GATTCACCTC ATACCAGTTG GCATAAACTG AAACAGGAAC CCAAAAAACC GACCAATACA
GAAGTGAAGA AGTATCTTCA GCATCTGGAG TGGCTTCAGG GCTGGTGTCA ACGATTGCCC
GCTGTTGATC ACATTCCAGC CGCCAAGTAT CACCACTTCA TACTGGAAGC GCGCGCGTTG
GACGCAGCCA ACATCAAGGC CATGCAGAGC ACCAAACGCT ATGCCTTGAT GATTCTGCTG
GTCCATGCTC AACTGCGTCG CGCAATGGAC GATGCCGTCG ACATCTTTGT CCGCAAGATG
CGCAACATCA AGACCAAGGC GGAAGCGAAC CTGAACCAGT ATCACCTGGA TCACATGAAG
CGGATGGACA AACTGGTCGC ACAACTGCGT GACTTGCTGA CCGTCGTTCA GGAAGCGCCG
ACGGATTCCG AGCGAGGTGC CCGTGTCGCG GCCGCCATCC AGGGCGATCC TGATGAATTG
CTGGCCGAGT GTGAGGAACA CATGGCCTAT GCCGGCAATA ACTTCATCCC GTTCATGCTG
CACCCCTATC GCCCGTTACG CCCGCTGTTA TTCAATTGCC TTGAACTACT GGACTTGACG
GCGACCAGCC ACGACCAGTC CTTGGTTGAC GCGATTGCTA TCTTGAAAAA GCACCGGCAC
AGCCGTAAAG AATGTCTTGT TCTGAGCACT CATCCTATTG ATGTGGCCTG GTTACCAGAG
CGCTGGCGCC GTTTGATTTT GGGTACTGGG TCAAGCCTGC TACCACCGGG CATGGTCTAC
CGGAAGTATT TTGAGCTGGG CGTATTGATG CAGGTGAAGC GTGAACTGAT GTCCGGCGAC
CTCGCGGTTG CGAACAGCGA CCAGTACAGC GATTACCGAG AGCAACTGGT GAATTGGAGT
ATCTATGAGG CGCAAATAGC CGACTACAGC AAGATGGTCG GCATTGCCTC CGAGCCCGCT
GCATTTGTGG CGCAAGCCCG CTCACGGTTG AGCGCAACGG CAGAGCGCAT CGACCGTGAC
TTCCCGGAGA ATGAACACGC CGTCTTCAAT GGCGAAGAAC TGGTGATCCG GAAGCACCGT
CGTACAGCAC CTCCGGATGG GTTGGCTGAG ATTGATAAGC AGTTATCCCT GAATCTGCCC
GAAAAGAATA TTCTCGACAT TCTGGTGGAA GCCGAAAAAT GGCTCGGGCT CCATAAACGC
TTTGGGCCAC TGTCCGGCTA CGAAAGCAAA CTGGAGGACC CCCGTACCCG TTTTGTTTCG
ACCCTCTTTT GTTATGGCTG CAATCTTGGG CCGACCCAGA CCGCTCGATC CATCACAACG
CTTAATCGCC GGCAGGTGTC CTGGCTCAAC CTGCGGCACG TCACTGAAGA GCGCTTGGAG
CAGGCTATTG CGCAGGTCAT CAATGCCTAC AACCGCTACC GGTTACCGCG ACACTGGGGA
ACCGGACAAC ATGCCGCCGC CGATGGCACA AAATGGAACC TGTACGAACA GAACCTGCTA
TCGGAATACC ACATACGGTA CGGCGGTTAT GGCGGGGTGG GCTACTACCA CGTTTCGGAC
AAATACATCG CGCTGTTCAG CCACTTCATT CCTTGCGGCG TCTATGAGGC CATTTACATT
CTTGATGGGC TGATCAAAAA CGATTCCGAT ATCCAGCCTG ACACCCTGCA TGGCGATACC
CAGGCGCAAA GCGCGCCCGT CTTCGGGTTG GCCTACCTGC TGGGTATCAA CCTGATGCCC
CGAATCCGTA ATCTGAAGCA GTTGGTGTTC TACAGGTCCG ATAGACGCCA ACGTTACGAG
CACATCGATG CCTTGTTCAG CGAGACCATC AACTGGAAAC TGATCGAAAC CCATGTGCCG
GACATGCTCC GGGTGGCGCT ATCGATTAAG GCTGGAAAAA TCGCACCGTC CACCATATTG
CGACGCCTGG GTACCGCAAG CCTCAAGAAC AAGCTCTACT TTGCTTTCCG GGAACTGGGG
AGGGTCGTTC GAACAACCTT TCTTCTGGAC TACATTGGCA GCGTGCAGTT GCGGCGAACC
ATTCATGCGG AGACGAACAA AACCGAAGAG TTCAACCAGT TCGTGAAATG GCTGTTCTTT
GGCGGCGAGG GGGTGATCGC CGAGAATATC CGCCACGAGC AACGGAAAGT GATCAAATAT
AACCACTTAG TGGCCAACCT GGTCATTCTT CATAATGTGG AGTCGATGAC GTTAACCCTT
AAAGATCTCA AGGAGCGCGG CCATCATATT GATCACGATA TTCTCAAAGG ATTGGCTCCA
TACCGCACGG ACCATATCAA TCGATTCGGC GATTATACGC TTGATGTTGA ACAGCAAGTT
TCACCCATGA GCCACCATAT AAAAATAATT TAA
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| Protein sequence | MSSLHETAYP RLKAAVSDQE LAEIYTPTVK ERSFARQHGR TPAARGALLI LLKTVQRLGY
FVSLKAVPKS ITSHILACDD LSHLALSRLR EYDRSGGVRQ RMLDAIRQQV GIKAFTVEGK
AVVRDLAREA ATTKQDLADI INVVIEELVR QRFELPGFST LQRTARQARS QVNTGFFRTL
NAALTEQQKQ EFDRLLRVPD DSPHTSWHKL KQEPKKPTNT EVKKYLQHLE WLQGWCQRLP
AVDHIPAAKY HHFILEARAL DAANIKAMQS TKRYALMILL VHAQLRRAMD DAVDIFVRKM
RNIKTKAEAN LNQYHLDHMK RMDKLVAQLR DLLTVVQEAP TDSERGARVA AAIQGDPDEL
LAECEEHMAY AGNNFIPFML HPYRPLRPLL FNCLELLDLT ATSHDQSLVD AIAILKKHRH
SRKECLVLST HPIDVAWLPE RWRRLILGTG SSLLPPGMVY RKYFELGVLM QVKRELMSGD
LAVANSDQYS DYREQLVNWS IYEAQIADYS KMVGIASEPA AFVAQARSRL SATAERIDRD
FPENEHAVFN GEELVIRKHR RTAPPDGLAE IDKQLSLNLP EKNILDILVE AEKWLGLHKR
FGPLSGYESK LEDPRTRFVS TLFCYGCNLG PTQTARSITT LNRRQVSWLN LRHVTEERLE
QAIAQVINAY NRYRLPRHWG TGQHAAADGT KWNLYEQNLL SEYHIRYGGY GGVGYYHVSD
KYIALFSHFI PCGVYEAIYI LDGLIKNDSD IQPDTLHGDT QAQSAPVFGL AYLLGINLMP
RIRNLKQLVF YRSDRRQRYE HIDALFSETI NWKLIETHVP DMLRVALSIK AGKIAPSTIL
RRLGTASLKN KLYFAFRELG RVVRTTFLLD YIGSVQLRRT IHAETNKTEE FNQFVKWLFF
GGEGVIAENI RHEQRKVIKY NHLVANLVIL HNVESMTLTL KDLKERGHHI DHDILKGLAP
YRTDHINRFG DYTLDVEQQV SPMSHHIKII
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