| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9211_16351 |
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| Symbol | gltB |
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| ID | 5730057 |
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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 9211 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009976 |
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| Strand | + |
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| Start bp | 1468995 |
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| End bp | 1473590 |
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| Gene Length | 4596 bp |
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| Protein Length | 1531 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 641286014 |
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| Product | ferredoxin-dependent glutamate synthase |
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| Protein accession | YP_001551520 |
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| Protein GI | 159904176 |
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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 | 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 | 38 |
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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 | TTGGTTGAAT TTATGCCTCT TGATTCCAGT AGTCCTAAGT CGCCTTACTG CGATAGCAAA
TCCCCAGACT CAATGATTGG GGAGAAAGAT GCCTGTGGCG TCGGCTTCTT AGCTCATACA
AAAGGCGTCC CCAGCCATTG GGTACTGCAA CAAGCACTTC GCGGCTTGGA ATGCATGGAG
CACAGAGGAG GATGTGGTGG AGACAGTGAT TCCGGTGATG GAGCAGGAAT CCTCTGTGAA
ATTCCATGGA AATATTTAAA AAGCATTTGG TCGGCAGCAA AAACAGCCAA TAGATACACT
GGATTAGGCA TGATTTTTAT GCCTAATGAT GAAAAAGAAC GTAATTCTGC AAAAGCTATT
TTTGAGAAAG AAGCACGAGG CCTTGGGCTA ATTTCAAAAG GATGGAGAGA AGTCCCTGTT
AAAACTTCTG TTCTAGGAGT ACTCGCCAGA GATACAGCCC CTTTTATCGA GCAATGGCTC
ATTGAAGGGC AAGAACATGG CGAGAAACTA GAGAGATTGT TATATCGATT AAGAAAGCGC
ATAGAAAAGC GATGCATAGA AACACTAGGA GAAAATGCAA AAGATCTTTA TATAGCTTCT
TTAAGTAATC GAACTGTTGT GTACAAAGGG ATGGTTAGGT CTGAGGTTTT AGCAAGTTTC
TATACTGACC TCCTAGACCC TCGCTTTGAA ATAGCCTTTG CCGTCTATCA CAGAAGATTC
AGTACAAACA CACTTCCCAG ATGGCCACTG GCACAGCCAA TGAGACTTCT TGGGCATAAC
GGAGAAATCA ATACATTGCT AGGGAATCTC AACTGGGCGA AAGCTACGGA AGTCCACTTA
AGAGAAATTT GGAATGACTC AACAGATGAC TTAAAACCTG TTGTGAATGC ATCCTCAAGT
GATTCTGCAA ATCTTGACGC AACACTTGAA CTACTCGTCA GAAGTGGAAG ACCTATTACG
GAAAGCCTTC TTACTCTTGT TCCAGAAGCA TTTCGAGACC AACCAGAACT CGAAGGTCAA
TCTGCAATAA AATCATTCTA TGAATATTCA GCTTGTACAC AAGAGTCTTG GGATGGCCCA
GCTCTTCTAG TCTTTGCGGA TGGTTGTTTT GTAGGAGCAA CACTAGATAG AAATGGTCTC
AGGCCAGCAC GTTACTGCGT TACAAAAGAT GATTTAGTCA TCATGGGTTC TGAAACAGGT
GTGGTTGATA TTGAAGATGA ACGAATCCTT GAAAAAGGAA GATTAGGGCC AGGACAAATG
CTCGCTGTGG ATCTTCAGCA AGGCAGACTT TTAAGAAATT GGGATGTCAA GAAAGAAGCT
GCGAGTAGAC ATCCCTACAA GGAATGGCTA TCAGATAATC GACTAAACTT GTCTAAACAA
CCCTGGAAAA AAGAAACGTA TTTGAGCCAA CTAGATCTAA TACAAATTCA AACAGCATTT
GGATTCTCAG CAGAGGATTT AGATCTAGTC ATCGAAGCAA TGGCCAGCGA AGGGAAAGAG
CCTACTTATT GCATGGGGGA CGATATTCCT CTTGCAATAC TCTCTAGCAA GCCTCACCTC
TTATACGACT ATTTCAAACA AAGGTTTGCT CAAGTCACCA ATCCTCCAAT AGACCCATTG
AGAGAAAAGC TAGTAATGAG CCTCGAAATG CATCTTGGCA AACGTGGTTC ACCTCTCAAG
CCCAAGCCAA ATGCCTTCTC AGTTGTTCAT ATAAACTCAC CAATATTAAA TGAAAATGAT
TTAGCTCAGA TAAGCAAAGC CAGTCTTCCT GTTAAAACAC TAACGACTTT ATTAGATATT
GAGCAAGGTG TTACTGGGCT AAAGGAAAGC CTCATGCAAC TTTGTAATGA AGCCGAAAAA
GCCGTACGAG ATGGGAACAG AATCCTAATA CTCTCAGACC GTGGAATCTG TGCTACTAAA
ACATATATTC CTCCTTTACT TGCAGTTGGT GCAGTTCATC ACCACTTACT GCTTCATAAG
CTGCGCCTAG ATGCATCAAT AATTGTTGAT ACTGCACAAT GCTGGAGTAC GCATCATGTG
GGATGTCTCA TTGGATATGG TGCAAGCGCT ATATGCCCAT GGTTAACGTG GGAAAGCACT
CGCCATTGGT GGGAGCACCC AAAGACCCAA AAGTTAATTC AAAGCGGCAA AATACCGAAC
CTCACGATTA ATAAAGCACA AGAGAATTTA AAAAAGGCTT TAGAAGATGG GCTTCGAAAG
ATCCTATCAA AGATTGGTAT ATCTCTCTTG GCGAGTTATC ATGGTGCTCA AATCTTCGAA
GCAGTAGGTA TTGGCTCTGA CTTAATCAAC CTGGCCTTCG CAGGAACAAC GAGCAGAATC
GCTGGGTTGA GCTTAAAAGA GTTAGCTATT GAAACTCTTT CTTTTCACAG CAAAGCATAC
CCTCAATTAG ATCGTAAGAG ACTAGAGTTT CTAGGGTTTG TTCAATATAG AACTGGCGGT
GAATACCACT TAAACAATCC AGAGATGTCT AAAGCACTTC ATGCTGCTGT AAAGGCTGGG
CCACAGTATA ACCACTTCAC GACATATAAA TCCCTATTAG AGTCAAGACC CGCAACAGCA
TTGCGTGACT TGCTAACTCT GCGCGAATCA AAGAAAACTT TACCTCTAGA TCAAGTAGAA
AGTGCTGAAA GTATTTGCAA AAGATTTTGC ACAGGAGGCA TGAGTTTAGG GGCGCTATCA
AGAGAAGCTC ATGAAGTGCT AGCAATAGCT ATGAACCGCA TAGGAGGTAA AAGTAATAGC
GGTGAAGGAG GAGAAGATCC AGATAGATTT AAAACCCTGA ATGATGTCGA TTCAGAGAAT
CAATCTCAAA TCTTGCCAAA TATCAAGGGT CTTAGGAATG GAGACACTGC ATGCTCAGCA
ATAAAACAAA TCGCATCGGG CCGTTTTGGA GTAACCCCTG AATATCTCAG GAGTGCTAAG
CAACTGGAGA TAAAAATGGC CCAAGGAGCT AAGCCTGGCG AAGGTGGGCA GCTACCTGGC
CCCAAAGTAG ATTCATATAT AGCGAAACTC CGAAATAGCA AAGCAGGCGT TGCTCTCATA
TCTCCTCCTC CACACCATGA TATTTACTCC ATAGAAGATT TAGCTCAGCT AATTCACGAC
CTACATCAAG TTCATCCATC AGCAAAAGTA AGCGTAAAGC TAGTAGCAGA GATAGGGATT
GGGACTATTG CAGCTGGAGT GGCAAAAGCA AATGCTGATG TGATACAGAT TTCAGGCCAT
GATGGTGGGA CAGGTGCTTC TCCGCTTAGC TCTATAAAGC ACGCAGGCTT ACCATGGGAA
TTAGGCCTTA CAGAAGTTCA TCGCTCCCTT ATTGAAAATG GTTTAAGAAG TCGAGTGTTA
CTGAGAACAG ATGGTGGATT AAAAACCGGT TGGGATGTCG TTATCGCTGC CCTACTTGGA
GCAGAGGAAT TTGGTTTCGG GTCGATTGCC ATGATTGCCG AAGGCTGCAT AATGGCACGC
ATTTGTCATA CCAACAAATG TCCAGTGGGT GTGGCTACAC AACAAGAAGC ACTACGAAAA
CGCTTCCCAG GTCTCCCAGA ACATGTAGTC AATTTTTTCC TCTTTGTCGC AGAAGAAGTG
CGACACATCC TCAGCAATCT AGGAGTTGCA AGACTGGAAG ATCTAATTGG AAAAACAGAG
CTTCTAGAGC CTCGTAATTT AAAACTGCCA AAAACGAACA AGCTTGATCT ATCTTCTCTC
CTTAAGCCTC TAGAAACTGC AAATGATAGA TCATGGCTTC AGCACAAGAA TACAGCTCAT
TCAAATGGAA TTGTATTGGA AGATAAGCTT CTAAAAGATA GTGAAATTAA GCAGTCAATC
ATTTCACATG CCAATGTAAT CAAAGAGATT CCAATCCTCA ATACCGATAG AAGCGTTTGT
GCCCGTATAT CCGGTGAGAT AGCTCAACTA TATGGAAACA AAGGCTTTAA AGGTAATCTT
AATCTGACAT TTAAGGGTTC GGCAGGACAA AGTTTTGGCG CCTTCCTTTT GCAAGGAATG
AACATTCGCT TAGTGGGGGA AGCTAACGAC TATGTAGGTA AAGGAATGAA TGGAGGTGTT
TTAACAATAG TGCCTCCTAG CAATAATCAA AATGTCTCCA ATCATGTAAT CCTTGGCAAC
ACATGCCTTT ATGGGGGAAC AGGCGGTAAG CTCTTTTCTC TTGGAAGAGC AGGGGAGCGT
TTTGGTGTAA GAAATAGTGG AGTTCATGCA GTTATCGAAG GTGCAGGCGA TCATTGCTGT
GAATACATGA CAGGAGGAAT AGTTGTCGTA CTTGGCTCAA CGGGCAGAAA TGTAGGTGCA
GGAATGACTG GTGGAGTAGC TTTTCTATTA GATGAAGAGG ATCAAGCTAC AGCTCGTATA
AATCAAGAAA ATGTTGGAAT TCATGGCTTA TCTACCAAAG AACAGGAGGA TTTGCTCAAG
CCTCTCTTAG AAGAGCACTT AGTACAAACT CAAAGCACCA AAGCCCATGA CATTCTTAAT
CGTTGGGCAT ACTGGAAGGA GCTTTTTAAA GTAATTGTCC CACCAAGTGA GAAAAGTAAA
GTTGGCCTAG AGGCAGTGGA CATAGCACTC GTATAA
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| Protein sequence | MVEFMPLDSS SPKSPYCDSK SPDSMIGEKD ACGVGFLAHT KGVPSHWVLQ QALRGLECME
HRGGCGGDSD SGDGAGILCE IPWKYLKSIW SAAKTANRYT GLGMIFMPND EKERNSAKAI
FEKEARGLGL ISKGWREVPV KTSVLGVLAR DTAPFIEQWL IEGQEHGEKL ERLLYRLRKR
IEKRCIETLG ENAKDLYIAS LSNRTVVYKG MVRSEVLASF YTDLLDPRFE IAFAVYHRRF
STNTLPRWPL AQPMRLLGHN GEINTLLGNL NWAKATEVHL REIWNDSTDD LKPVVNASSS
DSANLDATLE LLVRSGRPIT ESLLTLVPEA FRDQPELEGQ SAIKSFYEYS ACTQESWDGP
ALLVFADGCF VGATLDRNGL RPARYCVTKD DLVIMGSETG VVDIEDERIL EKGRLGPGQM
LAVDLQQGRL LRNWDVKKEA ASRHPYKEWL SDNRLNLSKQ PWKKETYLSQ LDLIQIQTAF
GFSAEDLDLV IEAMASEGKE PTYCMGDDIP LAILSSKPHL LYDYFKQRFA QVTNPPIDPL
REKLVMSLEM HLGKRGSPLK PKPNAFSVVH INSPILNEND LAQISKASLP VKTLTTLLDI
EQGVTGLKES LMQLCNEAEK AVRDGNRILI LSDRGICATK TYIPPLLAVG AVHHHLLLHK
LRLDASIIVD TAQCWSTHHV GCLIGYGASA ICPWLTWEST RHWWEHPKTQ KLIQSGKIPN
LTINKAQENL KKALEDGLRK ILSKIGISLL ASYHGAQIFE AVGIGSDLIN LAFAGTTSRI
AGLSLKELAI ETLSFHSKAY PQLDRKRLEF LGFVQYRTGG EYHLNNPEMS KALHAAVKAG
PQYNHFTTYK SLLESRPATA LRDLLTLRES KKTLPLDQVE SAESICKRFC TGGMSLGALS
REAHEVLAIA MNRIGGKSNS GEGGEDPDRF KTLNDVDSEN QSQILPNIKG LRNGDTACSA
IKQIASGRFG VTPEYLRSAK QLEIKMAQGA KPGEGGQLPG PKVDSYIAKL RNSKAGVALI
SPPPHHDIYS IEDLAQLIHD LHQVHPSAKV SVKLVAEIGI GTIAAGVAKA NADVIQISGH
DGGTGASPLS SIKHAGLPWE LGLTEVHRSL IENGLRSRVL LRTDGGLKTG WDVVIAALLG
AEEFGFGSIA MIAEGCIMAR ICHTNKCPVG VATQQEALRK RFPGLPEHVV NFFLFVAEEV
RHILSNLGVA RLEDLIGKTE LLEPRNLKLP KTNKLDLSSL LKPLETANDR SWLQHKNTAH
SNGIVLEDKL LKDSEIKQSI ISHANVIKEI PILNTDRSVC ARISGEIAQL YGNKGFKGNL
NLTFKGSAGQ SFGAFLLQGM NIRLVGEAND YVGKGMNGGV LTIVPPSNNQ NVSNHVILGN
TCLYGGTGGK LFSLGRAGER FGVRNSGVHA VIEGAGDHCC EYMTGGIVVV LGSTGRNVGA
GMTGGVAFLL DEEDQATARI NQENVGIHGL STKEQEDLLK PLLEEHLVQT QSTKAHDILN
RWAYWKELFK VIVPPSEKSK VGLEAVDIAL V
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