| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PMT9312_1604 |
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| Symbol | |
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| ID | 3766422 |
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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. MIT 9312 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007577 |
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| Strand | + |
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| Start bp | 1501586 |
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| End bp | 1505992 |
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| Gene Length | 4407 bp |
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| Protein Length | 1468 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637798142 |
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| Product | ferredoxin-dependent glutamate synthase |
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| Protein accession | YP_398100 |
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| Protein GI | 78779988 |
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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 | 3 |
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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 | ATGGAACATA GAGGAGGTTG TGGTGGAGAT AGTGACTCAG GAGATGGAGC AGGAATTTTA
TGTTCAATTC CATGGAAATA CTTAGAAGAA AAAATGAATC TACAAAATAA AAAAGACTTT
GTTAGAGGTT TAGGCATGGT TTTTATGCCT AACAAAAAAG AGAAAATTGA AGAATGTAAA
ACAATATGTG AGGAAGAAGC AAAAAAATTA AAAGTAAAGA ACACATTTTG GAGAACAGTC
CCTGTTCATA ATGAAATTTT AGGTCCTTTA GCTAAAGCAA ATGCTCCATT CATAAGTCAG
TGGATTTTAT ACATAGATAA AAAAGATAAC CAGGATATTG AGAGGCTTTT ATTTCAGTTA
AGGAAAAGAA TTGAAAAAAA AATAAGAGTT ACTTTTAAAA ATCATGTTGG GGATTGTGAA
TTTTATTTTG CTTCACTAAG TTCTCAAACA GTTGTGTATA AAGGTATGGT TCGTTCTGAA
ATATTATCTG AGTTTTATCA AGATCTAAAA GAAGATAGTT TTAAGGTCTC ATTTTCTGTT
TATCATAGGA GGTTTAGTAC AAATACACTT CCAAAATGGC CGCTAGCTCA GCCTATGAGA
TTTTTAGGGC ATAACGGTGA AATAAATACT CTCTTAGGCA ATATCAACTG GGCTAAAGCT
TCAGAAAAAC ATATAGATGA TTTTTGGGGA GAGTTATCTA ATGAAATCAA GCCCATTGTG
GATGTAAATA AAAGCGATTC TTCCAATCTT GATGCAACCC TTGAAATTAA TATTCGTTCA
GGTCAGCCAA TTACCGACTC ATTATTAAAA CTTGTTCCTG AAGCATTTAG AGGTCAACCA
GAACTTGAAC AAAGAGAAGA AATTAAAGCA TTTTATGAGT ATTCTGCGAG CCTACAAGAA
GCTTGGGATG GTCCTGCTCT CCTTGTATTT GCTGATGGGA ATTTTGTGGG GGCCACACTT
GATAGAAATG GTCTAAGACC AGCAAGATAT TCAATTACAA ATGATGGTTT TGTAATAATG
GGTTCTGAAA CAGGAGTAGT AGATCTTGAA GAGGAAAAAG TAATAGAAAA AGGTCGATTA
GGACCGGGAC AAATGTTAGC AGTTGATTTT CATCAAAATA GAATCCTAAG AAATTGGGAG
GTAAAATCCG AAGCGGCTCA AAGACATCAT TATAAAAAGC TCCTAAATAA AAGAACAATA
AAAATTGATA ATCATGAATG GTTGAAAGAC TGCAAACTAA AAGACCTTGA GTTGTTACAA
CAACAAACTG CATACGGGTT TTCAGCAGAA GATAATGACC TTATCTTAGA TTCAATGGCT
TCATTAGCTA AAGAGCCTAC TTATTGTATG GGTGATGACA TCCCATTAGC AGTGCTTTCA
TCAAAGCCAC ATATTCTATA TGACTATTTC AAGCAAAGAT TTGCGCAAGT TACCAATCCT
CCTATTGACC CTCTGAGAGA AAAACTTGTA ATGAGTTTAG AAATGCATCT TGGTGAAAGA
TGTACACCTT TTGAGATTAA AGATCCCAAA CCTTTTGTTC ATTTAAAAAG TCCAATTCTC
AATGAGGAAG AACTAATATC AATAAAAAAT TCAAAAATTA AATCTCAAAC AATTTCAAGT
TTGTTTGATA TAGAGGAAGG TGTTCAAGGT TTAGAAAACC AATTAAAAGC AATTTGTAAA
CAGAGTGAGC TCTCTATCGA AGAAGGCTGC TCTTTAATAA TTATTTCTGA TAAAGGAATT
AATCCTAAAA AGACTTTTAT TCCCCCTTTA CTTGCTGTTG GATCAATTCA TCATTATCTT
CTTAAAAAAG AAATCAGACT AAAAGCTTCT CTTATAGTTG AGACAGGTCA ATGTTGGAGT
ACACATCACT TAGCTTGTTT AATTGGTTAT GGTGCAAGCG CAGTTTGCCC TTGGTTAACT
TTTGAAGCAG GAAGACACTG GTTAAAACAC CCAAAAACTC AAAAACTTAT AGATAGCAAA
AAAATAAATA CATTATCAAT AATTGATGTT CAAGAAAATA TTAAAAAAGC TTTAGAAGAT
GGTCTAAGAA AAATTCTTTC AAAAATAGGT ATCTCACTTT TGTCAAGTTA CCATGGTGCA
CAAATTTTTG AAGCCGTAGG CCTTGGTTCT GACATAATAA AAATTGCTTT TGATGGTACA
ACAAGCCGAA TTGCTGGAAT AACATTAAAA GAATTAACTA ATGAAACACT TTCGATACAT
ACGAAAGCCT ACCCAGAGAT CGATTTAAAA AAATTAGAAT TTTTAGGATT TGTACAATTT
AGAAATAATG GTGAATATCA CTCCAATAAC CCAGAGATGT CCAAAGTTTT ACATTCGGCT
GTAAAACAAG GCCCAGGTTA CGATCATTTT GAAACTTACA AACAACTCAT AAGTAATAGG
CCTACCACAT CTTTAAGAGA TTTATTAACA ATTAGTTCTA AAAGAAAAAG TATTCCATTA
GAGAAAGTTG AAACTGTTGA ATCAATTTGC AAAAGGTTTT GCACTGGAGG AATGAGTTTG
GGTGCATTAT CAAGAGAAGC CCATGAAGTT TTAGCAGTTG CAATGAATAG AATTGGTGGG
AAAAGTAATA GTGGGGAAGG AGGAGAAGAT CCAGCTCGAT TTAATGTTTT AAATGACATT
AATGCAAATA CTCAATCAGC GACATTGCCA TTTATAAAAG GTCTAAGAAA TGGTGATACC
GCATGCTCAG CTATTAAACA AATAGCATCA GGTAGATTCG GGGTTACGCC TGAATATCTA
AGAAGTGGTA AACAACTCGA AATTAAAATG GCTCAAGGAG CGAAACCTGG AGAAGGAGGA
CAATTACCAG GTCCAAAAGT TGATTCTTAC ATCGCAAAGC TAAGAAATAG TAAACCTGGA
GTAGCTCTAA TATCTCCTCC ACCGCATCAT GATATTTATT CAATTGAAGA TTTAGCTCAA
CTAATCCATG ACTTACACCA AGTCCATCCA AAAGCAAAGG TAAGTGTTAA GCTTGTTTCT
GAAATTGGAA TAGGCACTAT TGCTGCCGGA GTAAGCAAAG CAAATGCGGA TGTAATTCAA
ATTTCAGGAC ATGACGGAGG TACAGGTGCT TCACCTTTAA GTTCTATTAA ACATGCAGGT
TTACCATGGG AATTGGGTGT CGCTGAGGTT CATAAATCTT TATTAGATAA TAACTTACGA
GAAAGAGTAA TATTGAGAAC TGATGGAGGT CTTAAAACAG GCTGGGATGT TGTTATTGCT
GCTTTACTAG GTGCTGAAGA ATACGGATTT GGTTCAGTAG CAATGATTGC TGAAGGATGC
ATAATGGCAC GTGTTTGTCA TACAAACAAG TGTCCTGTTG GAGTAGCTAC TCAAAAAGAA
GAATTAAGAA AAAGATTTAA AGGTATTCCA GAAAATGTTG TTAATTTTTT CTTATATATT
GCTGAAGAAG TAAGACAGAT AATGAGTAGC ATCGGTGTTG CTAATATGGA AGAACTTATT
GGTAATCAAG AATTTCTTTC TACAAGAAAT ATAGGTCTTC CAAAAACTTC TAATATTGAT
CTTTCTTCTT TAGTAAATAA TGAATGCTCA AACAATGATA GATCATGGTT AAAACATTCA
AAAAATGCTC ATAATAATGG ATCTGTGTTA GAAGACGAGT TTTTGTCGGA TGCTGAATTC
ATAGATTCAA TTAAAAACCA CGAAAAATTA ACCAAAGAAA TTAAGATAAA AAATACAGAT
AGAAGTGTTT GTGCGAAAAT ATCAGGCGAA ATCGCAGAAC TTCATGGCAA TACTGGCTTC
AATGGCGAAC TCAGCTTAAA TTTCAAAGGA TACGCAGGAC AGAGCTTTGG GGCATTTTTA
TTGAAGGGAA TGAATATCCA ATTAATAGGA GAAGCTAATG ATTATGTATG CAAAGGAATG
AATGGAGGAA TACTAACTAT AATTCCACCG AAAATAGATA AAAGCTCCTC CGAGCAGGTT
ATTTTAGGAA ACACCTGTCT TTATGGCGCA ACAGGAGGAA AATTATTTGC ATTAGGTAAA
TCGGGAGAAA GATTTGCAGT AAGAAATAGT GGCGCTACAG CAGTAACAGA GGGTGCAGGT
GATCATTGTT GTGAATACAT GACTGGTGGT AAAGTAATTA TTCTAGGTTC TGCAGGAAGA
AATATTGGTG CTGGCATGAC TGGTGGAATA GCTTTTATAC TCGATGAGAA TAATGATTTA
AGTAATAAAG TTAATAAGGA AATAGTTAGT ATTCATAAAA TAACTTCATC AAAGCAGGAA
GAGATCTTAT TGGAAATTAT TAGAGAATAT CTAGCAAAAA CAAATAGCTT AAAGGCTGCC
AAAATAATAG AAAATTGGTC TTTTTTCAAG AGTGCATTCA AATTAATAGT TCCCCCAAGC
GAGGAAGAAA TGCTTGGCAT AAAATAA
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| Protein sequence | MEHRGGCGGD SDSGDGAGIL CSIPWKYLEE KMNLQNKKDF VRGLGMVFMP NKKEKIEECK
TICEEEAKKL KVKNTFWRTV PVHNEILGPL AKANAPFISQ WILYIDKKDN QDIERLLFQL
RKRIEKKIRV TFKNHVGDCE FYFASLSSQT VVYKGMVRSE ILSEFYQDLK EDSFKVSFSV
YHRRFSTNTL PKWPLAQPMR FLGHNGEINT LLGNINWAKA SEKHIDDFWG ELSNEIKPIV
DVNKSDSSNL DATLEINIRS GQPITDSLLK LVPEAFRGQP ELEQREEIKA FYEYSASLQE
AWDGPALLVF ADGNFVGATL DRNGLRPARY SITNDGFVIM GSETGVVDLE EEKVIEKGRL
GPGQMLAVDF HQNRILRNWE VKSEAAQRHH YKKLLNKRTI KIDNHEWLKD CKLKDLELLQ
QQTAYGFSAE DNDLILDSMA SLAKEPTYCM GDDIPLAVLS SKPHILYDYF KQRFAQVTNP
PIDPLREKLV MSLEMHLGER CTPFEIKDPK PFVHLKSPIL NEEELISIKN SKIKSQTISS
LFDIEEGVQG LENQLKAICK QSELSIEEGC SLIIISDKGI NPKKTFIPPL LAVGSIHHYL
LKKEIRLKAS LIVETGQCWS THHLACLIGY GASAVCPWLT FEAGRHWLKH PKTQKLIDSK
KINTLSIIDV QENIKKALED GLRKILSKIG ISLLSSYHGA QIFEAVGLGS DIIKIAFDGT
TSRIAGITLK ELTNETLSIH TKAYPEIDLK KLEFLGFVQF RNNGEYHSNN PEMSKVLHSA
VKQGPGYDHF ETYKQLISNR PTTSLRDLLT ISSKRKSIPL EKVETVESIC KRFCTGGMSL
GALSREAHEV LAVAMNRIGG KSNSGEGGED PARFNVLNDI NANTQSATLP FIKGLRNGDT
ACSAIKQIAS GRFGVTPEYL RSGKQLEIKM AQGAKPGEGG QLPGPKVDSY IAKLRNSKPG
VALISPPPHH DIYSIEDLAQ LIHDLHQVHP KAKVSVKLVS EIGIGTIAAG VSKANADVIQ
ISGHDGGTGA SPLSSIKHAG LPWELGVAEV HKSLLDNNLR ERVILRTDGG LKTGWDVVIA
ALLGAEEYGF GSVAMIAEGC IMARVCHTNK CPVGVATQKE ELRKRFKGIP ENVVNFFLYI
AEEVRQIMSS IGVANMEELI GNQEFLSTRN IGLPKTSNID LSSLVNNECS NNDRSWLKHS
KNAHNNGSVL EDEFLSDAEF IDSIKNHEKL TKEIKIKNTD RSVCAKISGE IAELHGNTGF
NGELSLNFKG YAGQSFGAFL LKGMNIQLIG EANDYVCKGM NGGILTIIPP KIDKSSSEQV
ILGNTCLYGA TGGKLFALGK SGERFAVRNS GATAVTEGAG DHCCEYMTGG KVIILGSAGR
NIGAGMTGGI AFILDENNDL SNKVNKEIVS IHKITSSKQE EILLEIIREY LAKTNSLKAA
KIIENWSFFK SAFKLIVPPS EEEMLGIK
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