| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dred_2805 |
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| Symbol | |
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| ID | 4958014 |
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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 reducens MI-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009253 |
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| Strand | - |
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| Start bp | 3039089 |
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| End bp | 3043666 |
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| Gene Length | 4578 bp |
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| Protein Length | 1525 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 640181986 |
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| Product | glutamate synthase (ferredoxin) |
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| Protein accession | YP_001114134 |
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| Protein GI | 134300638 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0069] Glutamate synthase domain 2 |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 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 | GTGAGTACAA TTGCAATTCC CCCAAAACAA GGCCTCTACG ACCCAAATTT TGAACATGAT
GCCTGTGGTA TTGGATTTGT GGCAAATATT AAAGGTAAAA AGACAAATGA TATTTTGCAT
AAGGCTTTAA CCATTCTGAT AAACCTTGAC CACCGGGGAG GACAGGGAGC CGAAACAAAT
ACTGGGGATG GTGCCGGGAT TTTAATGCAG ATACCCCATG GTTTTTTCGG AAAAGAATGT
GATAAACTGG GGATTCATCT ACCACCTGCG GGCCAATATG GTGTTGGGAT GCTTTTCCTG
ACTAATGAAC CCTCTGCCCT AAAGAATTGC CAGCAGAAAC TGGAACAAAT TATTCGAGAA
GAGGGCCAAA GTCTGTTAGG TTGGCGGGAA GTACCGGTAG ATAATACGAT GATTGGCGAA
TCAGCAAAAT CTGCACAACC GTATATACTT CAGGTTTTTA TTGGAGCTAA TCCAGAGATT
AAGGATAACC TGAGTTTCGA GCGAAAGCTT TATGTTATTA GAAAACGTGC AGAAAAGAGC
ATCAACCAAT GCGGACTGAC AGAAGGCGAA AGCGCTTACT TTGCCAGTTT GTCCTCCAGA
ACCATTGTTT ATAAAGGAAT GCTCACTCCC GAACAGTTGG ATCAGTTTTA TTTAGACTTA
AAGGATCCGA CTATTGAAAT TGCCCTGGCA TTGGTGCATT CGCGGTTTAG CACCAATACT
TTTCCCAGTT GGGAACGGGC TCACCCCTAT CGCTACCTCA TCCACAACGG TGAAATAAAT
ACCCTCCGGG GAAATGTGAA CTGGTTGCAT GCCCGCCAAG CCATATGCCA GTCAGAGTTG
TTTGGGGAGG ATATGGAAAA GATTTTACCG GTTATTGATC AGGAGGGTAG TGATTCAGCT
ATCTTTGATA ACTGTATGGA GTTTCTTCAC CTTTCCGGTC GATCCTTGCC TCATACTGCG
ATGATGATGA TACCAGAACC TTGGTCCTTC CATGAAAGTA TGAGTGAAGA GAAAAAAGCA
TTTTATGAAT ACCACAGCTG TCTGATGGAG CCCTGGGATG GCCCTGCGGC CATAGCCTTT
ACCGATGGCA AAGTGATTGG AGCTTCTCTG GATCGCAATG GTTTGCGGCC CTCCCGGTAC
TATGTGACTA AGGATGACAT GATTATATTG GCATCAGAAG TGGGCGTTTT AGATATTGAT
CCTGAAAATG TAGCCTATAA AGAGCGTTTA CAACCCGGGA GAATGTTGCT GGTGGACACC
GAAGAGGGCA GAATTATTAG CGATGAAGAG TTAAAACAGC AGATCGCTAG CCAGCATCCC
TATGGTCAGT GGATTGATCA ATACATGGTT AATATGGAAG ATCTGCCGGA GATTGGTAAG
GACACGAAGC AAGATTTTGG ACCTATTATT CAACGGCAGC AGGCCTTTGG TTATACCCAT
GAAGACCTAG TTAAAACCCT ACAGCCGATG GCTGAAAAGG GTCTTGATCC GGTGGGAGCC
ATGGGTAATG ATGCTTCATT GGCTGTGTTG TCAGAAAAAC CCCAGCTTTT ATATAGTTAT
TTCAAGCAGT TGTTTGCCCA GGTAACCAAT CCGCCCATTG ATGCTATCCG GGAGGAAATC
GTTACAGCCA TTGGTACCAC CCTTGGCTCA GAAAAGAACC TAATTAAACC TGAGCCAGAC
AGTTGCCGTA GGATTCGAAT CAAAACCCCT ATTTTGAGTA ATGAAGAACT GGAAAAGCTT
CGTCATATCC AGGTAGAAGG ATTTAAAGCC ACTACTCTCC CGATCCTCTA TAGGGTTGCG
AAGGGAAGCA CGGGACTTAA AGAGGCGCTG ACCACCCTTT TTGAAGCAGC CGACTCTGCC
ATTGCCAAGG GTACCAATAT ACTGATTTTG TCAGATCGCC AAATAGATAA AGAGCATGCG
GCCATACCAG CCCTTCTGGC GGTGTCTGGT TTGCATCACC ATTTAATTCG GAAAGGTACA
CGTACCAGAG TAAGCCTTTT GCTGGAAACC GGAGAACCCA GGGAAGTTCA TCATTTTGCA
GTGTTACTGG GGTATGGTGC CAGTGCTATT AACCCTTACC TAGCCATTGA AACCCTCAAA
GATATGGTAA ACAGAGGATA CCTTACTGAA ATTGGCCCCA AGGATGCCAT TAAGAATTAC
ATCAAAGCAG CCACCAAGGG TATTGTTAAG GTTATGTCCA AAATGGGTAT TTCAACCATT
CAAAGTTACA GTGGTGCACA AATTTTTGAG GCCATTGGCA TTCACCAATC GGTTATCGAT
CAGTACTTTA CCTGGACACC CTCCAGAATT GGCGGGATTG ATTTAGAAGC CATTGCCAGG
GAAGTGGCAA TGCGTCACCA ACGGGCATAT CCAGAACAGC AGAGTCCAGA AATACCCCTT
GATTCCGGCT CCGTTTTCCA GTGGCGGGCT GATGGCGAAG AGCACCTGTT TAATCCGCAA
AGTATTTACT ATCTCCAACA GGCCTGCCGC AACAGCGACT ATGCCGTCTT TAAGCAATAC
TCGCAATTGC TGGATGAAGA AACGAAAAAG AGTTGTACCC TCCGGGGACA GTTTAAATTT
AAGAATCAGA GAGAGCATGT CCCCCTCGAT GAGGTAGAAT CGGTAGAATC CATCTGCCGC
CGTTTTAAGA CTGGTGCTAT GTCCTTTGGA TCCATCAGTA AAGAGGCCCA TGAATGTTTG
GCCATTGCTA TGAACCGCCT TGGTGGTAAA AGCAACACAG GTGAAGGCGG GGAAGATCCA
GCCCGTTTTA TTCCAGATGC CAATGGGGAT TCCAGACGCA GTGCCATTAA GCAGGTGGCA
TCCGGTCGCT TCGGTGTGAC CAGCCACTAT TTAGTAAATG CTGACGAGAT ACAAATTAAA
ATGGCCCAGG GAGCAAAACC TGGTGAAGGC GGTCAGTTAC CCGGCGGTAA AGTATATCCC
TGGGTTGCAG AAGTAAGGGG TACCACAGCA GGGGTAGGAC TGATTTCACC GCCTCCACAC
CATGATATTT ATTCCATTGA GGATCTGGCA GAGTTGATTC ATGATCTCAA AAATGCCAAC
CCCAGGGCCA GAATCAATGT GAAGTTAGTT TCTGAGGTGG GAGTTGGTAC CATTGCTGCG
GGTGTAGCAA AGGGAAGAGC CGATGTGGTA TTGATTAGTG GATATGACGG GGGCACCGGT
GCCTCACCGA GGACCAGTAT GAGGGATGCA GGATTACCCT GGGAATTAGG AGTGGCAGAA
ACCCACCAAA CCCTGATGCT TAATAATCTT CGGGATAGAA TTGTTGTGGA AACCGATGGT
AAGCTGATGA CTGGGCGGGA TGTGGTTATT GCTGCATTGC TGGGTGCAGA AGAGTATGGT
TTTGCCACTG CACCTCTGGT TGCCATGGGT TGTGTCATGA TGCGGGTTTG CAATCTTGAT
ACTTGTCCTG TGGGTATTGC TACCCAGAAC CCTGAACTGC GCAAGAATTT TCAAGGGAAA
CCTGAATATG TCATGAATTT TATGCAGTTT ATCGCCCGGG AAATTAGGGA AATTATGGCT
GGTTTAGGCT TCCGTACCAT TAACGAGATG ATTGGCAGAA CAGATGTTTT AGAGGTGGAT
GAAGCGGTTG ATCACTGGAA GAGAAAAGGT TTGGATCTGT CAACCCTACT TTATCAACCG
AAGGGGACTG AAACCGCGGT AAGATATTGT ATCACTACAC AGGATCACAG ATTAGAGAAG
TCCTTGGATA TGCAGCAGCT TTTAGAAATA TGCAAACCTG CTTTGGAAGA AGGCAAACCA
GTGGAAGCAA CTTTACCCAT TCGCAATATA AACAGGGTAG TGGGTACCAT TCTGGGAAGT
GAAGTCAGCC GGCGTTACGG TGCTGCAGGA TTGGCTGAGA ATACCATTCG GTTAAAATTT
ATGGGTTCTG CAGGTCAGAG TTTCGGGGCC TTTGTGCCCA AGGGTATTAC CCTTACCCTA
GAGGGAGATG CCAACGACTA TGTCGGTAAA GGACTTTCCG GTGGCAAAGT CATTGTCTAT
CCTCCACATA ATTCTACCTT TGTGCCAGAG AAAAATATTA TTATCGGTAA TGTTGCTTTC
TATGGTGCAA CATCTGGAGA AGCCTATATC CGTGGTGTGG CCGGTGAAAG ATTTTGTGTC
AGAAACAGTG GAATTCGTGC CGTTGTGGAA GGCGTTGGCG ACCACGGCTG TGAGTATATG
ACTGGTGGCC GATTGGTGGT TCTTGGTTCA ACGGGTAGAA ACTTTGCCGC TGGTATGTCT
GGTGGTATCG CCTATGTTCT GGATGAGGAA GGAACCTTTA ACCAGCGCTG CAACAAGGAA
ATGGTGGCTC TGGAATATTT AGAGAGTGTT GCTGACATTG AAGAGGTTAA AGAATTAATA
GAAAATCATT TCCAATATAC CAAGAGTGCT GTTGCCCGGC GAGTACTGGA CAACTGGGAG
AACATGTTGC CTAAGTTCGT ACGTGTTATT CCAAAGGATT TTAAACAAAT GATGAATGCA
CTGGAATTGG CTTACCAGAA TGGACTAAGT GGTGAAGAGG CTGTTTATCA GGCATTTGAA
CAAAACAAAA AAAGCTAA
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| Protein sequence | MSTIAIPPKQ GLYDPNFEHD ACGIGFVANI KGKKTNDILH KALTILINLD HRGGQGAETN
TGDGAGILMQ IPHGFFGKEC DKLGIHLPPA GQYGVGMLFL TNEPSALKNC QQKLEQIIRE
EGQSLLGWRE VPVDNTMIGE SAKSAQPYIL QVFIGANPEI KDNLSFERKL YVIRKRAEKS
INQCGLTEGE SAYFASLSSR TIVYKGMLTP EQLDQFYLDL KDPTIEIALA LVHSRFSTNT
FPSWERAHPY RYLIHNGEIN TLRGNVNWLH ARQAICQSEL FGEDMEKILP VIDQEGSDSA
IFDNCMEFLH LSGRSLPHTA MMMIPEPWSF HESMSEEKKA FYEYHSCLME PWDGPAAIAF
TDGKVIGASL DRNGLRPSRY YVTKDDMIIL ASEVGVLDID PENVAYKERL QPGRMLLVDT
EEGRIISDEE LKQQIASQHP YGQWIDQYMV NMEDLPEIGK DTKQDFGPII QRQQAFGYTH
EDLVKTLQPM AEKGLDPVGA MGNDASLAVL SEKPQLLYSY FKQLFAQVTN PPIDAIREEI
VTAIGTTLGS EKNLIKPEPD SCRRIRIKTP ILSNEELEKL RHIQVEGFKA TTLPILYRVA
KGSTGLKEAL TTLFEAADSA IAKGTNILIL SDRQIDKEHA AIPALLAVSG LHHHLIRKGT
RTRVSLLLET GEPREVHHFA VLLGYGASAI NPYLAIETLK DMVNRGYLTE IGPKDAIKNY
IKAATKGIVK VMSKMGISTI QSYSGAQIFE AIGIHQSVID QYFTWTPSRI GGIDLEAIAR
EVAMRHQRAY PEQQSPEIPL DSGSVFQWRA DGEEHLFNPQ SIYYLQQACR NSDYAVFKQY
SQLLDEETKK SCTLRGQFKF KNQREHVPLD EVESVESICR RFKTGAMSFG SISKEAHECL
AIAMNRLGGK SNTGEGGEDP ARFIPDANGD SRRSAIKQVA SGRFGVTSHY LVNADEIQIK
MAQGAKPGEG GQLPGGKVYP WVAEVRGTTA GVGLISPPPH HDIYSIEDLA ELIHDLKNAN
PRARINVKLV SEVGVGTIAA GVAKGRADVV LISGYDGGTG ASPRTSMRDA GLPWELGVAE
THQTLMLNNL RDRIVVETDG KLMTGRDVVI AALLGAEEYG FATAPLVAMG CVMMRVCNLD
TCPVGIATQN PELRKNFQGK PEYVMNFMQF IAREIREIMA GLGFRTINEM IGRTDVLEVD
EAVDHWKRKG LDLSTLLYQP KGTETAVRYC ITTQDHRLEK SLDMQQLLEI CKPALEEGKP
VEATLPIRNI NRVVGTILGS EVSRRYGAAG LAENTIRLKF MGSAGQSFGA FVPKGITLTL
EGDANDYVGK GLSGGKVIVY PPHNSTFVPE KNIIIGNVAF YGATSGEAYI RGVAGERFCV
RNSGIRAVVE GVGDHGCEYM TGGRLVVLGS TGRNFAAGMS GGIAYVLDEE GTFNQRCNKE
MVALEYLESV ADIEEVKELI ENHFQYTKSA VARRVLDNWE NMLPKFVRVI PKDFKQMMNA
LELAYQNGLS GEEAVYQAFE QNKKS
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