| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | NATL1_19531 |
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| Symbol | gltB |
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| ID | 4779333 |
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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 | Prochlorococcus marinus str. NATL1A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008819 |
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| Strand | + |
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| Start bp | 1605614 |
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| End bp | 1610041 |
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| Gene Length | 4428 bp |
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| Protein Length | 1475 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 640085243 |
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| Product | ferredoxin-dependent glutamate synthase |
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| Protein accession | YP_001015773 |
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| Protein GI | 124026658 |
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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 | 0 |
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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 | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAACATA GAGGAGGATG TGGGGGAGAT AGCGACTCAG GTGATGGTGC TGGGATTTTA
TGTGAAATTC CATGGTCATA TTTAAGACAA GTTTGGGACA CAGCTAAAAA ATGCGAACCC
CAATCATCAG GAATAGGCAT GATGTTTATG CCTAAAGACT TAAAAAATAG AGAAATAGCG
AAAAAAATAT GTGAGCAGGA AGCTGAGTCT TTAGGATTAA CCTCCAAAGG ATGGAGAGAT
GTTCCTGTTC ATGAAGAAGT TTTAGGCAAA CTTGCAAGGG AAAATGAACC TTTTATTACA
CAATGGATAG TTGATATTAA GGATAAAGAA ATCAATCTTG AGGCTTTACT TTTCAGATTA
AGGCAAAGGA TTTCTAATCG AGCAAATATA GAATTAAAGG AAGATGAATT AGGTCTCTAT
ATTTGCTCTT TAAGTAGCAA AACTATTGTT TATAAAGGAA TGGTTAGATC TGAAATATTG
GCTCCTTTCT ATAATGATTT AAAAGACGAT AGATTTGAAG TCTCATATGC TGTTTACCAT
AGAAGATTTA GTACAAATAC ATTACCTAAA TGGCCTTTAG CTCAACCAAT GAGACTTTTA
GGTCATAATG GAGAAATAAA TACATTACTC GGAAATATAA ATTGGGCTAA AGCAACAGAA
ACAGATATAA GTTCTGTTTG GAAAGAAAAT GCAAATGATC TAAAACCTAT AGTCAATAAT
TTATATAGTG ATTCAGCAAA TCTTGATCTA AACCTTGAAC TATTAGTTCG AAGTGGAAGG
CCAATAACTG ATAGTTTGTT AACACTTATT CCCGAAGCTT TTAGAGACCA GCCGGAATTA
ATCAATAAAC CTGAAATAAC TGCTTTTTAT GAATATGCTG CAGGAACCCA AGAACCTTGG
GATGGTCCAG CTTTAATCGT CTTTACTGAC GGAACAAATA TTGGAGCAAC TCTTGATAGA
AATGGTTTAA GACCAGCTCG CTATTGCATT ACTAAAAATG GATATGTTGT TATGGGATCT
GAAACAGGTG TTGTTGAATT AGAAGAAGAT GTAATCCAAG AAAAAGGTCG TCTAGGTCCT
GGTCAAATGC TTGCAGTAGA TTTAGAAAGC AAGAGAATTT TACGAAACTG GGATGTTAAA
GAAGAGTCAG CAAATAGATA CCCATATTTA GATTGGTTAA AAGCAAATCG TATAAACCTT
AACAACCAAA GTTGGGAAAT AAATAATAAA TTTGATAAGC AAAAATTGCT TCAATATCAA
ATTGCATTTG GCTTTAGTGC AGAAGATTTT GATTACATAA TTAATAGCAT GGCAGCAAAT
GCAAAAGAAC CAACTTATTG CATGGGAGAT GATATACCAC TAGCAATACT TTCTAACAAA
TCACATATTC TTTACGACTA TTTCAAACAG AGATTTGCAC AAGTTACCAA CCCACCAATT
GATCCTCTTA GAGAAAAGCT AGTCACTAGC TTAGAGATGA ATCTAGGCGT CAGGAAAGCC
CCCTTAAGAC CTAAAGAAGA GTCTGCAAGG CTAATTCATC TTAAATCTCC AATACTTAAT
GAAAAAGAAT TAACTTCAAT AATAAAATCA GAACTTTCAT GCAAGCAGAT ATCGATTTTA
ATTCCTATTA ATAATGATAA AATTAATCTC GAAGAAGGTC TCAAAAATCT ATGTAAAGAA
GCAGAAGATA GTGTAATTAA TGGTAGAGAT ATACTAATAC TTTCGGATCG AGATATTAAT
CGAGAAAACT CTTACATTCC ACCTCTTCTT GCAGTTGGTG CAGTTCATCA TCATTTACTT
AGAAAAGGGC TAAGACTAAA AACCTCGATA ATTATAGATA CAGCTCAATG CTGGAGTACT
CATCACATTG CCTGTCTGAT TGGATTTGGA GCAAGTGCAA TTTGTCCTTG GCTGACATGG
GAAACTACCC GCCATTGGTG GCAATTACCT AAAACTCAAA AACTTATTTC CGATGGGAAG
TTATCTAATT TATCTATAGA GATTGCTCAA GATAATGTTA AGAAAGCCAT GGAAGATGGA
TTAAGAAAAA TACTTTCGAA GATAGGAATC TCAGTATTAG CAAGTTATCA CGGAGCACAA
ATCTTTGAAG CTATTGGTAT CGGTGCAGAT TTAATTGATT TAGCTTTCAA GGGAACAACA
AGTCGTATAG CAGGACTAAC ATTGAGCGAA TTATCAATCG AGACATGTTC ATTTCATAAA
AAAGCTTTTC CAGAACTAGA GCAAAAAAAA CTTGATTTTA ATGGATTTGT TCAATATCGA
AGTAGTGGGG AATTTCATTT AAATAATCCA GAAATGTCAA AAATTCTTCA TGCTGCAGTG
AAAGCTGGGC CTAGATATGA CCACTTTAAA ACCTATCAAC AACTTCTAGA AAGTCGCCCA
GCTACTACTC TCAGAGATCT CCTTACATTT AAAACAGCCA CTCAGCCTTT ACCTCTTGAT
CAAATAGAGA GTGTTGAGAG TATTTGTCAA AGATTTTGCA CAGGTGGGAT GAGTCTTGGT
GCCCTGTCTA GGGAAGCGCA CGAAGTTCTT GCAATAGCAA TGAATAGAAT TGGAGGCAAA
AGTAATAGTG GGGAAGGAGG AGAAGATCCT GCGAGATTCA ATGTCCTCGA TGATGTTGAT
GAAAATAATC AATCAAAAAT ATTGCCCAAT CTCAAAGGAC TGGTAAATGG AGATACAGCA
TGTTCTGCAA TTAAACAAAT TGCGTCTGGC AGATTTGGTG TAACCCCTGA ATATTTAACT
AGCGGCAAGC AATTAGAAAT TAAAGTTGCT CAAGGTGCAA AGCCTGGAGA GGGGGGCCAA
TTACCTGGAC CAAAGGTTGA TGAATATATC GCCAAGCTTC GTAATAGCAA ACCAGGAGTA
GCTCTTATTT CTCCTCCTCC TCATCATGAT ATCTATTCCA TAGAGGATCT AGCCCAACTT
ATTCATGACC TACATCAAAT AAATCCAACT GCGAAAGTCA GTGTGAAATT AGTTGCTGAA
ATAGGTATTG GCACAATTGC AGGGGGAGTA GCGAAAGCCA ATGCTGATGT CATCCAAATT
TCAGGACATG ATGGAGGGAC GGGAGCATCT CCTCTTAGTT CAATAAAACA TGCTGGTTTG
CCATGGGAAC TTGGATTAAC GGAAGTTCAT CGCTCTTTAT TAGAAAATGG TCTGCGCCAA
AGGGTGTTAT TAAGAGCAGA TGGAGGTCTA AAAACAGGAT GGGATGTGCT GATTGCAGCT
TTACTTGGAG CAGAAGAATA TGGTTTTGGA ACAGTGGCGA TGATTGCCGA AGGTTGCATA
ATGGCGAGGA TTTGCCACAC AAACAAATGT CCAGTCGGTG TAGCAACTCA GCAAGAAGGC
TTAAGAAAAA GATTCCCTGG ATTACCAGAA CATGTCGTTA ACTTTTTCAT CTTCGTAGCT
GAGGAAGTCA GACAATTGAT GAGTCAAGTT GGAGTAGCAA AAGTCGAGGA TCTAATTGGA
AGAACAGATC TATTAATTCC ACGGAATATA GACTTAACAA AAACAAAAGA AGTTGACCTA
TCTAGCCTTC TCAAACCTAT AGATAACCCA ACAGATCGTT CATGGTTAAG CCACGAAATT
GAAGCTCATA GCAATGGAGA GGTTCTTGAA AATGCCCTAC TCAAAGATAA AGAAGTTTCT
AATGCAATTC AAACTCAGGG AAGTATTACT AAAGAAATTC CTATTGTTAA TACAGATAGA
AGTGTTTGTG CACGAATCTC TGGAGAGATA GCTAAGAAAT ATGGAAACAA AGGTTTTAAT
GGGAATTTAA ATTTGATATT TAAAGGTTCA GCGGGGCAAA GCTTTGGTGC ATTTATTTTA
AAAGGAATGA ATATTTCTTT GATTGGAGAA GCTAATGATT ATGTAGGAAA AGGCATTAAC
GGAGGTTCCA TTACGATTGT TCCTGAAATT ATCAATGACA CATCTAACAC TCAGGTGATA
CTTGGCAACA CATGTCTATA TGGAGCAACT GGTGGAAAAT TATTCGCCCT TGGAATAGCT
GGGGAACGTT TTGGTGTTCG CAATAGTGGA GCTCATGCTG TTATTGAAGG AGCTGGAGAC
CATTGTTGCG AATATATGAC TGGAGGAGTA GTTGTTGTGC TTGGAAAAAC TGGAAGAAAT
ATAGGAGCAG GAATGACTGG AGGCATAGCT TTTATTCTTG ATAAAAAAAA TGAACTTGAC
TTAAGAATGA ATAAAGAAAT TGTTGAGGTC CATCCTCTAA CTGCAACTAA CCATGAACAA
TTCTTAAATG ACTTAATTTA TGAATATCAT CAGAAAACGA AAAGTCCATT AGCACAAAAG
ATTCTCGCAG ACTGGTCTTC ATGGAAGGAA TTATTTAAAG CAGTAGTTCC GCCAAGCGAA
AAAAGTAAAC TAGGTATTGA GGAAGTGCTT GAGAAAGCTA CAATTTAG
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| Protein sequence | MEHRGGCGGD SDSGDGAGIL CEIPWSYLRQ VWDTAKKCEP QSSGIGMMFM PKDLKNREIA
KKICEQEAES LGLTSKGWRD VPVHEEVLGK LARENEPFIT QWIVDIKDKE INLEALLFRL
RQRISNRANI ELKEDELGLY ICSLSSKTIV YKGMVRSEIL APFYNDLKDD RFEVSYAVYH
RRFSTNTLPK WPLAQPMRLL GHNGEINTLL GNINWAKATE TDISSVWKEN ANDLKPIVNN
LYSDSANLDL NLELLVRSGR PITDSLLTLI PEAFRDQPEL INKPEITAFY EYAAGTQEPW
DGPALIVFTD GTNIGATLDR NGLRPARYCI TKNGYVVMGS ETGVVELEED VIQEKGRLGP
GQMLAVDLES KRILRNWDVK EESANRYPYL DWLKANRINL NNQSWEINNK FDKQKLLQYQ
IAFGFSAEDF DYIINSMAAN AKEPTYCMGD DIPLAILSNK SHILYDYFKQ RFAQVTNPPI
DPLREKLVTS LEMNLGVRKA PLRPKEESAR LIHLKSPILN EKELTSIIKS ELSCKQISIL
IPINNDKINL EEGLKNLCKE AEDSVINGRD ILILSDRDIN RENSYIPPLL AVGAVHHHLL
RKGLRLKTSI IIDTAQCWST HHIACLIGFG ASAICPWLTW ETTRHWWQLP KTQKLISDGK
LSNLSIEIAQ DNVKKAMEDG LRKILSKIGI SVLASYHGAQ IFEAIGIGAD LIDLAFKGTT
SRIAGLTLSE LSIETCSFHK KAFPELEQKK LDFNGFVQYR SSGEFHLNNP EMSKILHAAV
KAGPRYDHFK TYQQLLESRP ATTLRDLLTF KTATQPLPLD QIESVESICQ RFCTGGMSLG
ALSREAHEVL AIAMNRIGGK SNSGEGGEDP ARFNVLDDVD ENNQSKILPN LKGLVNGDTA
CSAIKQIASG RFGVTPEYLT SGKQLEIKVA QGAKPGEGGQ LPGPKVDEYI AKLRNSKPGV
ALISPPPHHD IYSIEDLAQL IHDLHQINPT AKVSVKLVAE IGIGTIAGGV AKANADVIQI
SGHDGGTGAS PLSSIKHAGL PWELGLTEVH RSLLENGLRQ RVLLRADGGL KTGWDVLIAA
LLGAEEYGFG TVAMIAEGCI MARICHTNKC PVGVATQQEG LRKRFPGLPE HVVNFFIFVA
EEVRQLMSQV GVAKVEDLIG RTDLLIPRNI DLTKTKEVDL SSLLKPIDNP TDRSWLSHEI
EAHSNGEVLE NALLKDKEVS NAIQTQGSIT KEIPIVNTDR SVCARISGEI AKKYGNKGFN
GNLNLIFKGS AGQSFGAFIL KGMNISLIGE ANDYVGKGIN GGSITIVPEI INDTSNTQVI
LGNTCLYGAT GGKLFALGIA GERFGVRNSG AHAVIEGAGD HCCEYMTGGV VVVLGKTGRN
IGAGMTGGIA FILDKKNELD LRMNKEIVEV HPLTATNHEQ FLNDLIYEYH QKTKSPLAQK
ILADWSSWKE LFKAVVPPSE KSKLGIEEVL EKATI
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