| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtox_1350 |
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| Symbol | |
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| ID | 8428299 |
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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 | Desulfotomaculum acetoxidans DSM 771 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013216 |
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| Strand | + |
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| Start bp | 1378746 |
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| End bp | 1383188 |
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| Gene Length | 4443 bp |
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| Protein Length | 1480 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 645033686 |
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| Product | 4Fe-4S ferredoxin iron-sulfur binding domain protein |
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| Protein accession | YP_003190850 |
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| Protein GI | 258514628 |
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| COG category | [E] Amino acid transport and metabolism
[R] General function prediction only |
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| COG ID | [COG0493] NADPH-dependent glutamate synthase beta chain and related oxidoreductases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 1 |
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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 | 19 |
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| Fosmid unclonability p-value | 0.933284 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGAAGAATG AAGAAAAAAC AGTAGGCGCG GCTCTAGTCC TTGGGGCTGG TATTGCCGGA
ATGCAATCCG CCCAGGATTT AGCTAACGCG GGCTATCTTG TCCACCTGGT AACAGACAGT
CCCTCTGTCG GCGGTAAAAT GGGCCAACTT GATAAAACCT TCCCTACCAA TGAATGTGCT
ATGTGTATGT TAGGTCCTGT AATGAATGAG ACAATGTCTC ACCCAAATAT TAAACTTCAT
ACAGTGTCCA AGTTAATAGA CGTAGAAGGG GAAGCGGGCA ATTTCCAGGT AAAAATAAAG
AAAGCACCTC GCTATGTTGA TGTTGAGGAG TGTACAGCTT GTAGTGATTG TGAACAGGTT
TGTCCCGTGG AGCTTCCTAA TAAGTACAAT CAGGGGATTG GTACCGTTAA AGCTGTTTAT
AAGTTATTCC CCCAGGCTGT GCCAAACAAA TATTTAATTG ATAAAAAAGG TACACCTCCT
TGCCGCGAAG CTTGTCCGGC AGGAATTAAT GTGCAGGGTT ATGTTCAATT AACCAAGGTT
AGAAAGTTTG ACGAGGCTCT GGCTCTGGTA CATGAAAAGA ACCCCCTGGC TTCTATTTGT
GGACGCATTT GTACACGTCC CTGTGAGTCT GCTTGTAATA GAGGAAAAGC AGACGATCCG
GTAGCCATTA AAAATATTAA GCGGTTCTTA GCTGACCGCA TATTGTTAGG TGATAATCCC
GCTCCTGAAA TTACCGTTAA GAAAAATAAA AAGATTGCCA TTATCGGTGC TGGCCCCGGT
GGTTTGGCAG GCGCTAATTT CCTGGCCTTA AAAGGCTATC AAGTTACTAT ATTTGAAGCT
TTGCCGGTTG GCGGCGGTAT GTTAAGAGTT GGTATTCCCG AATACCGCTT AACCAAGGAT
ATTATTGAAG CTGAGATTGC CCGCATTCAG AAGATGGGTG TGGAAATCAA GTATGGCCAG
GCTTTAGGCA AAGACTTTAC TTTGGAAAGT TTGAAAGAAC AGGGTTATGA AGCGGTTCTG
CTGGCTATAG GTTGCCAAAA AGGAACCACT ATGAATATAG AAGGCACTGA TCTAAACGGT
GTTATGAACG GTGTTGACTT TCTTCGTAAG GTTAACCTCG GCGAGCCGGT TGTTGTTGGC
AAAAAAGTTG TTGTTGTCGG TGGCGGTAAC GTGGCTATGG ACGTTGTTCG CTCAGCTATT
CGTTTGGGAG CTGAGGAAGC TACTATTGTT TATCGTCGTT CTCAGGATGA AATGCCCGCT
GATCATGAAG AAATTGAACA TGCCTTAGAA GAGGGTATTA ATCTTGCTAT TCTTACTAAC
CCGACAAAAC TTATTGGGGA TAAAGGCAGC GTAGTTAAGA TTGAATTGCA AAAGCAAGCG
CTGGGTGAAC CTGATGCTTC CGGCAGACGC AGACCTGTTC CGGTAGAAGG TTCCGAGTAT
CTGATGGATG TTGATACTGT GATTATGGCT ATTGGCCAGG CTGCCGATAT GAACGGTGTC
AGTGACAGTA TCGTAGGTTC CGGTAAGATT GTAGTTGATA AAAACTCCAT GGCTACCGGT
ATGGCGGGTG TGTATGCTTG CGGTGATGTT GTTACCGGTC CTGCCACAGC TGTTGAGGCA
ATTGCTGCCG GTAATAAAGC TGCAAACGCT ATAGATTACT ATCTGGAGGG CGGCAAGCCG
GAAGAATTTA AGTTTGAGTT CTTCCAGGAG GTTCCTCCGT CTGAAAATCC TTTTGTTATG
CCGGAAGATA TACCGTTTGA AAATCGTCCG AAAATGCCCA TGATCTCTGC CGAGAAGAGA
AAGACTAATT TTGATGAGGT TGAGTTGGGT TATACTGAAG ATATGGCTGT GGCTGAAGCA
GAGCGCTGTT TAAATTGCGG TGGTTGTTGC GAATGCCTGC AGTGTGTGGA TGTTTGTAAA
AAGAATGCTA TTGACCACAA TGCAAGGGAA GAGATCGTTG ATTTGAATGT AGGTTCCATC
GTACTGGTGC CTGGTTTTGA TCTGTTTGAT GCCAAGCTTA AAGGTGAATA TGGCTACGGT
ATCTATCCAA ACGTGATCAC GAGTATTGAA TTTGAGCGTT TCATGAGTCC AACCGGTCCG
AAGGGCGGAC ATATTTATCG TCCGTCTGAT CATAAGGATC CGATTAGAGT GGCCTTTATT
CAGTGCGTTG GCTCCAGAGA TTGCAACAAT GGCTCTGAGT ATTGTTCTTC CATTTGTTGC
ATGTATTCGA CCAAAGAAGC TATTATTGCA AAAGAGCATG ACAATCGTAT TGAGGCGACT
ATCTTCTATC TGGATATTCG CTCTTATGGT AAAAACTTTG ACAAATACGT TAATTCTGCT
AAAGAATCAG GCGTTCGCTA TGTTCGCAGT ATGATTTCTA AAATCAAGGA AGATCCCGCT
ACTAATAATC TGTTTATTAA ATATATTGCA GACGGGGAAA TTAAGGAAGA AGAATTTGAT
CTGGTTGTAC TGGCTATAGG TGTATTGCCG CCGAAGGAAG CCCAGCTTCT GTCCAAGACT
GTAGGTTTTG AGTTGAACGA ATACGGTTTT GCCAAGACAG ACATGGCTAC TCCCACTAAG
ACAACCCGCG ACGGTGTTTT TGTTGCAGGT GCATTCCAGG GTCCGCGTGA TATTCCGGAA
ACAGTTGTTA ATGCCAGTGC TGCAGCCGGT AGTGCCGGTG GTCTGATAGC CAGTGCCCGA
GGCACTATGG TTAAAGGAAA AGACTATCCG GTTGAAATTG ATGTTTTGGG ACAGGAACCG
CGCATCGGTG TATTTGTTTG TCACTGCGGT ATAAATATTG CCGGTGTAGT TGATGTTGAA
AAGGTTGTAG AAGCAGCTAA AAAGATGCCC GGGGTTGAGT TTGCGAATAA TTACCTGTAT
ACCTGCTCAG AGGATACTGT TAAGAGCATT GGAGATCTCA TTAAGGAAAA GGGCTTAAAC
CGTATTGTTG TAGCCTCTTG TACGGTGCGT ACTCACCAAG CCTTGTTCAG AGAAGGTTTG
AAATTAGGTG GTTTGAACCA GTTCTACTTT GAAATGGCTA ACATTCGGGA TCAGTGCTCC
TGGGTGCACC GTGATAATCC GGAAAGAGCA ACCGAGAAAG CCATTGACTT AGTTAAAGGC
GCTATCGGTA AAGTTAAGTA TCATGATCCT CTGTATTTAG AGCCGTCACC TGTTGTACAA
AAGGCACTGG TGGTAGGCGG TGGTATAGCC GGTATGACTG CTGCTCTGTC CTTTGCTGAG
CAGGGCTATC CTTGCTATTT AATTGAGAAA GAAAAAGAAC TGGGTGGCAC AATGAAGCAT
ATTTACACTA ATTTGACCGG TGAAAATATG CAGGAACACC TTAATGAAAC CATTAACAAG
GTTAAGAATA ATCCGTTGAT TGAGATTTAC ACCGAAGCGG AATTATATGA TTTCCATGGT
CATAAAGGTA ACTTTGTTTC AACCATTAAC CAAGCCGGTG CCAAGATAGA TTTAAGTCAT
GGTGTGGCTG TTGTCGCTAC CGGTGGTAAG GAGAAAACAC CGCAAGAGTT TCTGTATGGT
GCAAATGACA AAGTCATTAC CAACCAGCAA TTAGAGAGTT TGCTTAATAC AGGTAAGTTT
GATCCTGCCT CCAAGCAAGT AGTCTTTATT CAGTGTGTTA CAACACCGGA AATTGACGGT
TTAAAATACT GCAGCAGAAC TTGTTGCGGA CAGTCTGTCA AGAATGCATT GCAGATTAAG
AAACAAAATC CGAATACCCA GGTATTTATA CTGCACCGTG ATATGCGTAC CTATGGATAT
ATGGAAAAAT ATTATAAGGA AGCCAGAGAA ATTGGTGTTA TCTTTGTTCC TTATGACAGC
AAGAAGGACA TTAAGGTTAA TTCTGCTGCT GATGGTAAGC TGAGTTTGCA GGTTCTGGAT
GCGGCTTCTC GTACTGTATT GAAGTTGAAT CCGGACATCC TGTCTTTAGC CTCCTCAACA
GAGGCTTCAG AAGGAGTGGA AGGTATAGCT AACTTAATGA AACTTACCTT AAACGAGGAC
GGTTTCTTTG TAGAGACTCA CGCCAAATTA GCTCCGGTGG ACTTCCCGTC TCAGGGTATT
TTCCTTTGCG GTACAGCCCA CTCGCCGAAG TTTGTAGGCG AAGCTATTTC CCAGGCTCAA
GGTGCTGTTG CACGAGCTTG CACCATTTTA TCTAAAGAGA ACTTAATGGT AGGTGGTGTA
GTAGCTGTAG TTGATGAAGA TAAGTGTGCT GCCTGCCTGA CTTGTGTCCG TACCTGTCCG
TTTGGTGTAC CTAAGATTAA TGAGCGGCAT AGGGCGCAAA TTGAATCGGT ACAGTGCCAG
GGTTGCGGTA CCTGCGTTGG AGAGTGTCCT AATAAGGCTA TTCAATTGCA GCATTATAAA
GATATTCAGT TAATCGGTAA GGTTGAAGGT ATGTTTTATG AGATTAACGA TAGTGCCAGT
TAA
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| Protein sequence | MKNEEKTVGA ALVLGAGIAG MQSAQDLANA GYLVHLVTDS PSVGGKMGQL DKTFPTNECA
MCMLGPVMNE TMSHPNIKLH TVSKLIDVEG EAGNFQVKIK KAPRYVDVEE CTACSDCEQV
CPVELPNKYN QGIGTVKAVY KLFPQAVPNK YLIDKKGTPP CREACPAGIN VQGYVQLTKV
RKFDEALALV HEKNPLASIC GRICTRPCES ACNRGKADDP VAIKNIKRFL ADRILLGDNP
APEITVKKNK KIAIIGAGPG GLAGANFLAL KGYQVTIFEA LPVGGGMLRV GIPEYRLTKD
IIEAEIARIQ KMGVEIKYGQ ALGKDFTLES LKEQGYEAVL LAIGCQKGTT MNIEGTDLNG
VMNGVDFLRK VNLGEPVVVG KKVVVVGGGN VAMDVVRSAI RLGAEEATIV YRRSQDEMPA
DHEEIEHALE EGINLAILTN PTKLIGDKGS VVKIELQKQA LGEPDASGRR RPVPVEGSEY
LMDVDTVIMA IGQAADMNGV SDSIVGSGKI VVDKNSMATG MAGVYACGDV VTGPATAVEA
IAAGNKAANA IDYYLEGGKP EEFKFEFFQE VPPSENPFVM PEDIPFENRP KMPMISAEKR
KTNFDEVELG YTEDMAVAEA ERCLNCGGCC ECLQCVDVCK KNAIDHNARE EIVDLNVGSI
VLVPGFDLFD AKLKGEYGYG IYPNVITSIE FERFMSPTGP KGGHIYRPSD HKDPIRVAFI
QCVGSRDCNN GSEYCSSICC MYSTKEAIIA KEHDNRIEAT IFYLDIRSYG KNFDKYVNSA
KESGVRYVRS MISKIKEDPA TNNLFIKYIA DGEIKEEEFD LVVLAIGVLP PKEAQLLSKT
VGFELNEYGF AKTDMATPTK TTRDGVFVAG AFQGPRDIPE TVVNASAAAG SAGGLIASAR
GTMVKGKDYP VEIDVLGQEP RIGVFVCHCG INIAGVVDVE KVVEAAKKMP GVEFANNYLY
TCSEDTVKSI GDLIKEKGLN RIVVASCTVR THQALFREGL KLGGLNQFYF EMANIRDQCS
WVHRDNPERA TEKAIDLVKG AIGKVKYHDP LYLEPSPVVQ KALVVGGGIA GMTAALSFAE
QGYPCYLIEK EKELGGTMKH IYTNLTGENM QEHLNETINK VKNNPLIEIY TEAELYDFHG
HKGNFVSTIN QAGAKIDLSH GVAVVATGGK EKTPQEFLYG ANDKVITNQQ LESLLNTGKF
DPASKQVVFI QCVTTPEIDG LKYCSRTCCG QSVKNALQIK KQNPNTQVFI LHRDMRTYGY
MEKYYKEARE IGVIFVPYDS KKDIKVNSAA DGKLSLQVLD AASRTVLKLN PDILSLASST
EASEGVEGIA NLMKLTLNED GFFVETHAKL APVDFPSQGI FLCGTAHSPK FVGEAISQAQ
GAVARACTIL SKENLMVGGV VAVVDEDKCA ACLTCVRTCP FGVPKINERH RAQIESVQCQ
GCGTCVGECP NKAIQLQHYK DIQLIGKVEG MFYEINDSAS
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