| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_0761 |
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| Symbol | |
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| ID | 3522248 |
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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 | Colwellia psychrerythraea 34H |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003910 |
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| Strand | + |
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| Start bp | 770682 |
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| End bp | 775289 |
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| Gene Length | 4608 bp |
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| Protein Length | 1535 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637283226 |
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| Product | putative glutamate synthase, ferredoxin-dependent |
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| Protein accession | YP_267510 |
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| Protein GI | 71281776 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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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 | ATGAATGATA TGAGCAAAAA ATCCCAAGGC CTTTATCGCG CCGAGTTTGA ACATGATAGT
TGTGGTATTG GCTTTGTCGC CAACCTAAAG GGTAAAAAAA CTCACGATAT TATTGAAAAT
GCACTCACCA TGTTGAGTTG TATGGAGCAT CGTGGTGGTA CTGGTTTTGA CGTCAAAAGT
GGTGACGGTG CCGGTATTCT TATTCAAATC CCACACGATT TTTTAAGCCA AGAAACCGAA
AAATTAGGCT TTAGCTTACC AGATGCCGGA AATTACGGCG TTGGCATGAT CTTCTTTCCG
CGCGATAAAG CGCAAAGCGA AGCGTGTAGA GAAATTCTAA ACCAAAATAT TACTGAACTG
GGCTTAACCT TATTAGGTTA TCGTGATGTC CCGGGTGATA ACTCTATGTT AGGTGCGGCT
TCATTTGATA GCGAACCGAA CATTGAGCAG GTATTCATTG CCAAACCTGC AGCATTAACG
GCTCAAGAAT TTGAGCGTAA GTTATTTGTT TTGCGTAAAT ACACCTCGCA TAAGATTAAT
GCTAGCGGTA TCACAGAACG TGATGAGTTT TATGTTACCT CAATGTCATC AACCAAAATT
GTCTATAAAG GACAATTTAC CACGCAGCAA GTTCGCCAAT ATTATCTTGA CCTTCAAGAC
GAGCGTACTA TCTCTGGTAT GGCGATGTTC CACTCTCGTT TCTCAACGAA TACTTTTCCA
GCTTGGCGTC GTGCTCAGCC GTTCCGTTAT ATCGCCCATA ATGGCGAAAT TAACACAGTG
CGCGGTAATA TTAACTGGAT GAATGCTCGT GAAGCATTGT TTAGCTCAGT TAATTTTAGC
GATGCTGAAT TGAAAATGTT AAACCCTATT TGTAATAACG ATAACTCTGA TTCAGCCAAC
CTTGATATGG CGATTGAGTT ATTGGTGTTA AGTGGACGTT CGTTAGCCCA AGTTATGATG
ATGATGGTGC CAGAAGCATG GCAAACACAA ACTGATATGG ATGCAACTAA ACACGCATTC
TATGAGTATT ATGCCTGCAT CATGGAACCA TGGGATGGCC CAGCTTCATT ATCGTTTAGT
GATGGTAATG TTATCGGCGC GACACTTGAT CGCAACGGTT TACGTCCTTC ACGTTACTTG
TTAACTGAAG ATGGTACTTT AGTGATGGGC TCTGAAACAG GCACCTTGTG TGTTGATCAG
TCAACCGTCG TTGAAAAAGG CCGTTTACAG CCAGGTAAAA TATTCATTGC TGATTTAAAG
CAAGGTCGTA TCATCAGTGA TGATGAAGTA AAAGCACAAG TCAGCTCAGC TCAGCCTTAC
GGTAAGTGGC TAGCAGATAA CAAAGTTGAA TTAGATAAAT TACCAGTTCC AATAGCGTCT
ATTGCTCAAC CGCCACTGGC AGAACTGCGT AAAATGCAAA AAGCCTTTGG TTATACTAGC
GAAGATCTTA ATTTAGTGCT TGCGGGTATG GTTGGTACAT CTAAAGAGCC ATTAGGCGCT
ATGGGTACAG ATACGCCTTT AGCGGTATTG TCTAGCCGCC CACAACAATT GTCTCATTAC
TTTAAGCAAT TATTTGCTCA AGTAACTAAC CCACCAATCG ATCCGATTCG TGAAGAGTTG
GTTATGTCAT TGCGTGGTTA TATTGGTAAG TCGTTTAACT TACTCGATGA GACACCAGAG
CATTGCCACA AAGTTGAAAT TGAACAGCCG GTATTAACAA TCGATCAATT ACGCAAGTTA
CAGTATATTG ATAATAATCA TCTGCAATCA AAAACCATTG CTATTACCTT TAAAGCTAGC
GGTGAAGCTG GCGCACTTAA AAAGGCGCTT GACCGTGTAT GTTTTAACGC AAAAAGTGCC
GTTGAAGATG GTTATGAAAT CCTAATTTTA AGTGATCGTG AAGTTGATAG TGACCATGTT
GCTATTCCAT CAGTATTAGC AACAGCAGCT GTTCATCATT ACTTAATTCG CGAAAAATTA
CGTTCTGGCG CTGATATTAT TTTAGAATCA GGAGACATCC GTGAAACTCA TCATTTTGCT
ACCGTTATTG GTTATGGCGC GGCAGCGGTA AACCCTTACT TAGCGCTAGA AAGTATGTAT
GGCTTACGTG ATGAAGGCGT ACTTGACAGC AAGTTAACTG ATGAAGAAAT TGTTGCTAAG
TACACAGCAG CAGTAGGCAG TGGTTTATTG AAAACTTTCT CTAAAATGGG TATTTCAACG
TTACAATCAT ACTTAGGTGC GCAAGTTTTT GAAGCATTAG GTATCAACTC TGATGTTATA
GATGAGTACT TTACTGGTAC GGTTAGTCGA ATCCAAGGAT TAAGCTTAGA TCAAATCGCC
CAAGAAGCGT TATTACGTCA TCGTGAAGGT TTCCCTGAAG CGAGCCGTAT TGCTGTTGAA
AACTTATTGC CAACAGGTGG TGAATATTCA TGGCGTAATG ATGGCGAACG TCATCTATTT
AGCCCAACGG TTATTCGTTT ACTGCAGCAT TCAACGGCAA GTAACGATAC CAATCAATTT
AAGCAATACG CCAAAACAGT TGATGATCAA AGTAAAGAAG CCTTTACCTT ACGTGGCTTA
CTTGAACTGA ATAGCGATCG TCCTTCAATT CCATTAAGTG AAGTTGAACC GATTGAAAAT
ATTTTCAAAC GTTTTGCTTC AGGTGCTATG TCATTTGGTT CTATCTCATG GGAAGCACAC
ACTACCTTAG CTATTGCTAT GAACCGTATT GGCGGTAAGA GTAACAGCGG TGAGGGTGGT
GAAGATCCTA TTCGTTATAC ACCGTTAGAA AATGGCGATT CAATGAATTC GCGCATCAAG
CAAGTAGCTT CTGGTCGTTT CGGCGTTACC AGTCATTACC TAACTAATGC AGACGAATTA
CAAATTAAGA TGGCGCAGGG CGCAAAACCG GGCGAAGGTG GTCAGTTACC TGGCGACAAA
GTTGATGCTT GGATTGGTAA AACGCGTGGT TCAACACCAG GTGTTGGTTT GATTTCACCA
CCTCCACATC ATGATATTTA TTCTATCGAA GATTTATCAC AGCTAATTTT TGATCTTAAA
AATGCTAACC GTGAAGCGCG TGTTAACGTT AAATTAGTAT CAGAAGCTGG CGTAGGTACT
ATCGCATCAG GCGTAGCGAA AGCCTATGCG GATGTAGTAC TTATTGCAGG TCACGATGGC
GGCACTGGTG CTTCACCATT GAGTTCAATT AAACATACGG GTTTACCGTG GGAACTTGGT
TTGGCTGAAA CCCATCAAAC CTTGGTACGT AATCACTTAC GTAGCCGTAT TACTGTACAA
ACGGATGGTC AACTTAAAAC ACCACGCGAT TTAGCTATTG CAACATTACT TGGTGCAGAA
GAATACGGTA TGGCAACAAC AGCTCTAGTG GTTGAAGGTT GTATCATGAT GCGTAAGTGT
CATTTAAATA CTTGTCCGGT TGGCATTGCG ACACAAGACA AAGGTTTACG AGATAAGTTT
ACTGGTCGTG CTGATATTTT AGTTAACTTC TTTACCATGA TGGCTGAAGG TTTACGTGAA
ATCATGGCTG AACTAGGTTT TAAAACCATT GAAGAAATGG TTGGTCAGAC TCAGTGTCTT
AAACAGCTTG AAAATGTTGA TCATTGGAAA TACCAAGGAC TTGATTTAAC GCCGTTATTG
CACAAAGAAG AATCTCACGA GAGTGAAACG CTTTATCAAT CAATCAATCA GAAGCATTTA
ATTGACGATA TTATTGATCG CAAGATGATA AAAGATGCGC AAGTGGCTCT TGATAGTCAG
CAAAGCGTTT CTCTTGAATA TGATGTTATC AATACAGATA GAACGATTGG TGCGATGATT
TCTAATGAAA TCTCGAAGAA GTATCAAGCT GAAGGCTTAC CAGAAAATAC TATCAAGGTT
AAGTTTAACG GCTCTGCGGG TCAAAGTTTT GGTTGTTTCT CAGCCAAAGG TTTGCATTTT
GAACTGGAAG GCGATGCCAA TGATTACTTT GGTAAAGGGC TGTCTGGCGC AAACTTGGTA
GTATACCCAA GCAAGCAAGC TAAGTTTATA GCAAGTGAAA ACATTCTAAT TGGTAATGTT
GCCTTCTTTG GCGCAACCTC AGGTAGTGCC TTTATACGAG GTATTGCTGG CGAGCGCTTC
TGTGTTCGTA ACTCAGGTGC TACGGCAGTT GTTGAAGGGG TTGGTGATCA CGGTTGTGAA
TACATGACCG GTGGTAAAGC AGTAATCTTA GGCGCAACAG GTCGTAACTT TGCCGCGGGT
ATGTCTGGCG GTGTTGCTTA TGTACTTGAT GATAACAAAG ACTTTGCACC TAAATGCAAC
ATGGAAATGG TTTCATTAGA AACAGTTGAT ACCGATGCAG AAAGCCTTGA GTTAAAAGCA
TTAATTGCAG AACATTTTGC CGCAACAGGC TCAGATGTCG CTAATGAATT ACTTAATGAT
TGGGACAATA ACGTGAAACG TTTTGTTAAA GTCATGCCAG TTGATTATAA GCGAATGCAA
GGTTATATGA ATGACGTGCG CGAAAGCGGT AAGTTCGAGT CAGAATATGA CATTGCCGTT
CAAGCATTCG ATATCCATTT AAATAAACTA GCTAGCGCTA AAGCTTAA
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| Protein sequence | MNDMSKKSQG LYRAEFEHDS CGIGFVANLK GKKTHDIIEN ALTMLSCMEH RGGTGFDVKS
GDGAGILIQI PHDFLSQETE KLGFSLPDAG NYGVGMIFFP RDKAQSEACR EILNQNITEL
GLTLLGYRDV PGDNSMLGAA SFDSEPNIEQ VFIAKPAALT AQEFERKLFV LRKYTSHKIN
ASGITERDEF YVTSMSSTKI VYKGQFTTQQ VRQYYLDLQD ERTISGMAMF HSRFSTNTFP
AWRRAQPFRY IAHNGEINTV RGNINWMNAR EALFSSVNFS DAELKMLNPI CNNDNSDSAN
LDMAIELLVL SGRSLAQVMM MMVPEAWQTQ TDMDATKHAF YEYYACIMEP WDGPASLSFS
DGNVIGATLD RNGLRPSRYL LTEDGTLVMG SETGTLCVDQ STVVEKGRLQ PGKIFIADLK
QGRIISDDEV KAQVSSAQPY GKWLADNKVE LDKLPVPIAS IAQPPLAELR KMQKAFGYTS
EDLNLVLAGM VGTSKEPLGA MGTDTPLAVL SSRPQQLSHY FKQLFAQVTN PPIDPIREEL
VMSLRGYIGK SFNLLDETPE HCHKVEIEQP VLTIDQLRKL QYIDNNHLQS KTIAITFKAS
GEAGALKKAL DRVCFNAKSA VEDGYEILIL SDREVDSDHV AIPSVLATAA VHHYLIREKL
RSGADIILES GDIRETHHFA TVIGYGAAAV NPYLALESMY GLRDEGVLDS KLTDEEIVAK
YTAAVGSGLL KTFSKMGIST LQSYLGAQVF EALGINSDVI DEYFTGTVSR IQGLSLDQIA
QEALLRHREG FPEASRIAVE NLLPTGGEYS WRNDGERHLF SPTVIRLLQH STASNDTNQF
KQYAKTVDDQ SKEAFTLRGL LELNSDRPSI PLSEVEPIEN IFKRFASGAM SFGSISWEAH
TTLAIAMNRI GGKSNSGEGG EDPIRYTPLE NGDSMNSRIK QVASGRFGVT SHYLTNADEL
QIKMAQGAKP GEGGQLPGDK VDAWIGKTRG STPGVGLISP PPHHDIYSIE DLSQLIFDLK
NANREARVNV KLVSEAGVGT IASGVAKAYA DVVLIAGHDG GTGASPLSSI KHTGLPWELG
LAETHQTLVR NHLRSRITVQ TDGQLKTPRD LAIATLLGAE EYGMATTALV VEGCIMMRKC
HLNTCPVGIA TQDKGLRDKF TGRADILVNF FTMMAEGLRE IMAELGFKTI EEMVGQTQCL
KQLENVDHWK YQGLDLTPLL HKEESHESET LYQSINQKHL IDDIIDRKMI KDAQVALDSQ
QSVSLEYDVI NTDRTIGAMI SNEISKKYQA EGLPENTIKV KFNGSAGQSF GCFSAKGLHF
ELEGDANDYF GKGLSGANLV VYPSKQAKFI ASENILIGNV AFFGATSGSA FIRGIAGERF
CVRNSGATAV VEGVGDHGCE YMTGGKAVIL GATGRNFAAG MSGGVAYVLD DNKDFAPKCN
MEMVSLETVD TDAESLELKA LIAEHFAATG SDVANELLND WDNNVKRFVK VMPVDYKRMQ
GYMNDVRESG KFESEYDIAV QAFDIHLNKL ASAKA
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