| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmc1_0706 |
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| Symbol | |
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| ID | 4480552 |
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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 | Magnetococcus sp. MC-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008576 |
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| Strand | + |
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| Start bp | 843964 |
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| End bp | 848502 |
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| Gene Length | 4539 bp |
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| Protein Length | 1512 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 639721449 |
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| Product | glutamate synthase (NADH) large subunit |
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| Protein accession | YP_864633 |
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| Protein GI | 117924016 |
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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 | 3 |
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| Plasmid unclonability p-value | 0.985465 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.0881297 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATTCAAT CCGGCTTGCC GAAACAGACA GGCTTGTACG ATCCAAGCTT CGAGCATGAT
GCTTGTGGCG TGGGCTTTGT GGCAGATCTT AAAGGCCGCA AAACCCATGA GATCGTCCGT
ATGGGGCTTA AACTGCTGGT CAACCTTACC CACCGTGGCG CCGCCGGGGC TGATCCCCTG
ACCGGTGACG GGGCTGGTAT TCTGATCCAG ATGCCCGATG CCATGTTGCG GCAGGCTTGC
CGCACCCTCC ATATTGATCT GCCCGAGCTG GGCGCTTACG GTGTGGGCAT GGTGTTTTTG
CCCAAAGAGA CCTCCATCCG TGAATCCATT CAGCGGCATA TTGAAAAGCT GATTATGGAT
GAGGAGCAGG TGGTGCTGGG CTGGCGAGAT GTGCCGATTA ATAAAGGGGC GCGCATTGGC
TACACCGCCA AAGAGACCGA ACCCTTGGTG CGCCAAGTAA TCGTTGCCGC CCGCAACAAA
CCTGCCGATG CCGACCCTAA CTGGTTGGAG CGCAAGCTTT ATATTATTCG TCAGCGCATT
GAAAATACGG TGCGTGATTA TGGTATGGAG GAGCTTAGCT CCTTTGACGT GCCCAGTTTT
TCCAGCCGTA CCTTGCTCTA CAAGGGTATG TTCCTGGCCG ACCAGGTTGA AGATTACTAT
CTGGATTTGG TTAATCCAGC GGTGGTTTCT GGCTTTTCGT TGGTACACCA ACGTTACTCC
ACCAACACCT TTCCGACCTG GGGTTTGGCG CAGCCTTTCC GGATGATTGC CCATAATGGG
GAGATCAACA CGGTACGGGG TAATATCAAC TGGATGCGTG CCCGTGAAGC GGCCCTGACC
CATCCGCATT TTGGGGATGA TCTGAAAAAA CTGTTCCCAG TCATTCCTGA GGGGCTGTCG
GACTCTGCCG CTTTTGACCG TGCGGTGGAG TTTTTGGTGC TCTCAGGCCG TTCGTTGCCC
CACGCCATGA TGATGCTTAT TCCCGAAGCG TGGGAAAACC ATAAGCAGAT GGGTGACGAG
CTAAAAGGCT TTTACGAGTA CCATGCCTCC ATTATGGAGC CTTGGGATGG CCCGGCTGCG
GTGGCCTTTA CCGATGGCCG CATTATCGGT GCGACGTTGG ACCGTAATGG TCTGCGTCCG
GCCCGTTATC AGGTGACCAA AAGCGGCTTG TGTGTGATGG CCTCCGAAGC GGGTACGGTG
ACGTTCCCCC CTGAAGAGGT GCTCTACAAT GGTCGCCTTC AACCAGGACG TATGTTTGTG
ATCGACCTGG AAGAGGGTCG CATCATTGAT GATACCGAGG TTAAAAAACA GATTTTAGAG
GGCAAACCTT ACCGCCAGTG GGTGGAAGAT GGCCTGATCA ATCTGGATGA TATGGAAGAG
GGCGATAGCA CCAAAGAGGA GCAGGAAAAG CTGGGTACCC TGCATAAAAT CTTTGGCTAT
ACCGAAGAGG ATCTGCACCT GCTTATGGGT CCCATGGCAC TGGGGGGATC CGAGCCCATT
GGTTCCATGG GTAACGATGC CGCTTTGGCG GTGCTCTCCA CCAAAAACAA GCCGCTGTTT
AGCTACTTTA AACAGCTCTT TGCGCAGGTG ACCAATCCCC CCATTGATCC CATTCGTGAA
GATCTGGTGA TGAGCCTCTA CAACCAGCTA GGGCCTGCGG GCAACCTGCT GGAAGAGAGC
CCCGAGCATG TAAACCATAT TCGCCTGCTG CAACCGGTCA TCGACAATAA ACAGCTTGAG
AAAATTCGTG CCGCCAACGT CAAAGGGTTG CATGCACGTA CCTTCTCTAC CCTGTTTTTG
GTGGAGCGGC AGTGCTCCCT GGATGACATC CTGAGCCGTC TGTTTGATGA GGTCTCTACA
GCGGTAGAAG ATGGGGTCAA TCTGATCATT CTGTCTGACC GGGGGGCCAA TAAAAAACAG
GCACCACTGC CCATCCTGTT GGCGGCGGCG GGTCTGCATC ACCACCTGAT CCGTGCGGGT
ACCCGCAGCA AGGTGAGCAT CATTGTGGAG AGCGCCGAGG TGCGCGAGGT ATTCCACTTC
GCCCTGTTGG TGGGCTATGG CACCAGTGCG GTCAACCCCT ATTTGGCCAT TAGCACTCTC
TCTGATCTGT GCGGAAAAGG GCTCTTTCCA CCGGAGATCA CGCCGGCGGT GGCCTTTAAA
AACTATGCAA AAGCAGTCAA TAAAGGGTTG TTAAAGATCT CCTCTAAAAT GGGCATCTCC
ACCCTTAAAA GCTACAGTGG CGCGCAAATT TTTGAGGCGG TGGGTCTGGC TAAAAGTCTG
GTTAGCCGCT ACTTTACCGG CACCGTCTCC CGTATTGAAG GGGTGGATAT GACCACCCTT
AAAGAGGAGA TTTTGCGTAA ACACCGGCTG GCTTATGCGG AGAATGTGAT CTCCATAAAC
CAGCTGGAGG TGGGGGGCGA GTATAAATAC CGACATGGTG GCGAGAGCCA TCTGTGGACC
CCGGAAAATA TTGCCAAGCT CCAGCACTCC ACCCGTGAAA ACAACTACGA AACCTATAAA
GCGTTTGCGC GGACCATCAA CGAGCAGAGC AAAAACCTCT GCACCCTGCG TAGCCTGTTG
CGCCTGAAAA AGGCCGCTCA ACCGGTGCCG TTGGATGAGG TGGAACCCGC TTCGGAAATC
GTACGTCGTT TTGTGACCGG TGCCATGTCT TATGGCTCGA TCTCTAAAGA GGCCCACGAG
ACCCTGGCCA TTGCCATGAA CCGTATTGGG GGTATGTCCA ATACCGGTGA GGGCGGTGAA
GATCCCGAAC GCTTTAAGCC GCGTCCCAAT GGGGATAACG CCCGCAGTGC CATCAAGCAG
GTGGCGTCGG GTCGGTTTGG TGTTTCCAGT CACTATCTGG TCAACTCCGA CGAGATGCAG
ATCAAGATCG CCCAGGGTGC CAAACCCGGT GAGGGAGGGC AGCTACCCGG TCACAAGGTG
AACGAGGTGA TCGCGCGGAC CCGTAACACC ACCCCTGGTG TCACCCTGAT CTCGCCACCC
CCCCACCACG ATATTTATTC TATCGAGGAT CTGGCGCAGC TGATTTTTGA CCTGAAAAAT
GTCAATCCCG ACGGTCGTGT GTCGGTTAAG CTGGTCTCTG AGGTGGGTGT GGGTACGGTT
GCTGCGGGGG TCTCTAAGGC CCATGCGGAT ATGATTTTGA TTGCCGGTCA TGATGGCGGC
ACCGGGGCAA GCCCGGTTAG CTCCATCAAA CATGCCGGGG TGCCCTGGGA ACTGGGCCTG
GCCGAGACCC AACAGACCTT GGTGCTCAAC GATCTACGTG GGCGTGTGCG CCTGCAAGTC
GATGGTCAGC TACGCACCGG GCGTGATGTG ATCATTGGGG CGCTATTGGG TGCTGAAGAG
TTTGGCTTTG CCACCGGTCC GCTGGTGGTG GAGGGGTGTA TCATGATGCG CAAATGCCAT
CTGGGTACCT GCCCCGTGGG CATTGCCACC CAGGATCTGG AACTGCGTAA AAAGTTTACC
GGTCAGCCCC AGCATGTGGT CAACTACTTC TTCTTTATTG CTAATGAAGT CCGTGAGCGC
ATGGCCGCTA TGGGCTTCCG CAAGATGGAT GATATGATTG GGCGGGTGGA CCGTCTGGAA
GCCCGTGAGG CCATCGACCA CTTTAAGGCG CAAGGGCTGG ATTTTACTAA CATCCTGAAA
CAGCCCGATG TGCCTTCACG CATTGCCACC CGTTATGTGC AGCCTCAGGA TCACGGCATT
GACAAGGTGC TGGATCATAA ATTGTTGGAG CTGGCGGGTA TCGCCTTTGA AACCCGTGAG
CCGATCCAGA TTCATCTACC CATCCATAAT ACCGACCGTT CGGTGGGGGC TATGCTGGGT
GGGGAGATCT CCAAACGCTT TGGTGGTGAG GGCTTGCCGG ATAACACCAT CCAGTGCCAT
TTTACCGGGG TGGCGGGGCA AAGCTTTGGG TGCTTTAACG TCGCGGGGGT TTCGCTGCAT
CTAACCGGCG CGGCCAACGA CTATGTGTGT AAGGGTATGT CTGGGGGGCG GGTGGTGGTT
AAGCCCCATC CTGGTGCGAC CTTTGTAGCC GAGGAAAATA TTATTGCCGG TAACACCATC
CTCTATGGTG CCATCAAGGG CGAGGCCTAT TTCCGGGGTA TGGTGGGTGA GCGCTTTGCC
GTGCGGAACT CCGGTGCCCA GGCGGTGGTC GAAGGAACGG GGGACCACGG TTGTGAGTAT
ATGACCGGCG GAACCGTGGT GGTGCTCGGC CGTACCGGGC GTAACTTCGC TGCCGGCATG
AGCGGTGGTG AGGCTTATGT TTATGATGTC AAAGGAAACT TCGCTGAGTT GTGTAACCAG
TCCATGGTGG GGTTGGAGTC GGTGGAGACC GAGGAGGATC AAGCTACGTT GAAAGCTTTG
ATCGAAAAAC ATGTTAAATA TACCCGCAGC ACCGTTGGTA AACAGATCTT AGAAAACTGG
ACAGAGGCTC TAAGTCGGTT TGTTAAGGTG ATGCCCCGCG AATACAAGCG CGTGCTGGAA
GAGATGAAGC AGCAGCAGGA GAAGGTGGCC AATGGGTAA
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| Protein sequence | MIQSGLPKQT GLYDPSFEHD ACGVGFVADL KGRKTHEIVR MGLKLLVNLT HRGAAGADPL
TGDGAGILIQ MPDAMLRQAC RTLHIDLPEL GAYGVGMVFL PKETSIRESI QRHIEKLIMD
EEQVVLGWRD VPINKGARIG YTAKETEPLV RQVIVAARNK PADADPNWLE RKLYIIRQRI
ENTVRDYGME ELSSFDVPSF SSRTLLYKGM FLADQVEDYY LDLVNPAVVS GFSLVHQRYS
TNTFPTWGLA QPFRMIAHNG EINTVRGNIN WMRAREAALT HPHFGDDLKK LFPVIPEGLS
DSAAFDRAVE FLVLSGRSLP HAMMMLIPEA WENHKQMGDE LKGFYEYHAS IMEPWDGPAA
VAFTDGRIIG ATLDRNGLRP ARYQVTKSGL CVMASEAGTV TFPPEEVLYN GRLQPGRMFV
IDLEEGRIID DTEVKKQILE GKPYRQWVED GLINLDDMEE GDSTKEEQEK LGTLHKIFGY
TEEDLHLLMG PMALGGSEPI GSMGNDAALA VLSTKNKPLF SYFKQLFAQV TNPPIDPIRE
DLVMSLYNQL GPAGNLLEES PEHVNHIRLL QPVIDNKQLE KIRAANVKGL HARTFSTLFL
VERQCSLDDI LSRLFDEVST AVEDGVNLII LSDRGANKKQ APLPILLAAA GLHHHLIRAG
TRSKVSIIVE SAEVREVFHF ALLVGYGTSA VNPYLAISTL SDLCGKGLFP PEITPAVAFK
NYAKAVNKGL LKISSKMGIS TLKSYSGAQI FEAVGLAKSL VSRYFTGTVS RIEGVDMTTL
KEEILRKHRL AYAENVISIN QLEVGGEYKY RHGGESHLWT PENIAKLQHS TRENNYETYK
AFARTINEQS KNLCTLRSLL RLKKAAQPVP LDEVEPASEI VRRFVTGAMS YGSISKEAHE
TLAIAMNRIG GMSNTGEGGE DPERFKPRPN GDNARSAIKQ VASGRFGVSS HYLVNSDEMQ
IKIAQGAKPG EGGQLPGHKV NEVIARTRNT TPGVTLISPP PHHDIYSIED LAQLIFDLKN
VNPDGRVSVK LVSEVGVGTV AAGVSKAHAD MILIAGHDGG TGASPVSSIK HAGVPWELGL
AETQQTLVLN DLRGRVRLQV DGQLRTGRDV IIGALLGAEE FGFATGPLVV EGCIMMRKCH
LGTCPVGIAT QDLELRKKFT GQPQHVVNYF FFIANEVRER MAAMGFRKMD DMIGRVDRLE
AREAIDHFKA QGLDFTNILK QPDVPSRIAT RYVQPQDHGI DKVLDHKLLE LAGIAFETRE
PIQIHLPIHN TDRSVGAMLG GEISKRFGGE GLPDNTIQCH FTGVAGQSFG CFNVAGVSLH
LTGAANDYVC KGMSGGRVVV KPHPGATFVA EENIIAGNTI LYGAIKGEAY FRGMVGERFA
VRNSGAQAVV EGTGDHGCEY MTGGTVVVLG RTGRNFAAGM SGGEAYVYDV KGNFAELCNQ
SMVGLESVET EEDQATLKAL IEKHVKYTRS TVGKQILENW TEALSRFVKV MPREYKRVLE
EMKQQQEKVA NG
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