| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9515_16921 |
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| Symbol | gltB |
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| ID | 4720201 |
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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 9515 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008817 |
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| Strand | + |
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| Start bp | 1488374 |
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| End bp | 1492948 |
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| Gene Length | 4575 bp |
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| Protein Length | 1524 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 640081385 |
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| Product | ferredoxin-dependent glutamate synthase |
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| Protein accession | YP_001012006 |
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| Protein GI | 123966925 |
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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 | 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 | ATGCGAGAAA GTATCAAAAG AAGCAAAGGG CCATATCAAG ATAGTTATTC TCCAAGTGGA
ATTATTGGAG AAAAAGATGC TTGTGGAGTT GGTTTCATAG CAAATATTTA TGGGAAGGAA
AGTAATTGGA TATTAAAGCA ATCCTTGAGA GGACTTAATT GCATGGAACA CAGAGGGGGA
TGTGGCGGGG ATAATGACTC AGGAGATGGT GCAGGCATTT TATGTTCAAT TCCATGGGAA
TTTTTAGATC AAGAAATGAA TTTGGAGCCT CGACCTGATC AGATTAGAGG TTTAGGTATG
ATATTCATGC CAAATAACGA ATTAAAAGTT AAAGAATCAA AACTAATATG TGAACAAGAA
GCCAAAAAAT TAAATTTCAA AAAAACTTTC TGGAGAAATG TACCAGTCAA AAATGAAATA
TTAGGGAACT TAGCAAAACA AAACGCACCA TTCATATGTC AATGGATCGT TTGTTTGGAG
AAAGTTGACA GTCAAGAATT CGAGACTCTC TTATTTCAAC TTAGAAAAAG AATTGAAAAA
AGGATCAGAG AAAATACAAA AAATAATGCC GCCGATTGTG AATTTTATTT CGCATCACTT
AGTTCCAAAA CAGTTGTTTA TAAAGGAATG GTCCGATCAG AAATACTTTC AAAATTTTAT
GGAGACCTAC AAAAAAAAGA ATTCAAGGTT TCTTTTTCTG TTTACCACAG AAGATTTAGC
ACAAACACCC TGCCAAAATG GCCGTTAGCT CAGCCTATGA GATTTCTAGG CCATAATGGA
GAAATTAATA CACTTCTAGG AAATATTAAT TGGGCTAAAG CTTCAGAAAA ACATATCGAT
GAATATTGGG GAGAATTGTC AAAAGATATC AAACCAATTG TAGACATCAA CAAAAGTGAT
TCATCAAATC TTGACGCAAC GCTTGAAATC AATATTCGTT CAGGACAATT AATTACTGAT
TCTTTAATGA AACTCGTTCC GGAGGCATTT AGAGATCAGC CTGAGCTAAA GGGGAAAGAA
GATATAAAAG CATTTTATGA ATATTCTGCA AGCCTCCAAG AAGCTTGGGA CGGGCCTGCA
CTTTTGGTTT TTACTGATGG GGATTTTATT GGCGCAACTC TTGATAGAAA TGGATTAAGA
CCTGCAAGAT ATTCAATTAC AGATGATGGA TTTGTGATAA TGGGATCGGA GACAGGGGTC
GTAGATGTTG AAGATAATAA AGTAATTGAG AAGGGTAGAT TAGGTCCTGG ACAAATGCTT
GCAGTAGATT TTACTAATAA TAAAATACTA AGAAATTGGG AAGTCAAAAC AGAAGCAGCG
AGAAGAAATG ACTATCTTAA TTTGCTTAAA AAAAGAACAG TTAAATTACA GAAGAAAGAA
TGGTTTGAAA ATTGCGAATT AAAAGATCTT GAGTTGCTCC AACAACAAAC TGTTTATGGT
TTCTCTGCCG AAGATAATGA TCTCATACTT GATTCAATGG CTTCTGTTTC TAAAGAACCT
ACTTTTTGTA TGGGTGATGA CATCCCCCTA GCGGTGCTAT CTTCAAAGCC TCATATTTTA
TATGACTATT TCAAACAAAG ATTTGCACAA GTTACTAATC CCCCAATAGA TCCTTTAAGA
GAGAAATTAG TAATGAGCTT AGAAATGCAT CTTGGAGAAA GATGTTCTCC ATTTGAAACG
AAAAATATTA AGCCTTTTAT CCATTTAAAA AGCCCAATTA TTAATGAACA AGAATTAATC
TCAATAAAAG AATCGAAAAT TAAATCTCAT ACTATTTCAA GCTTATTTGA TATTAAGGAG
GGTCAAAAAG GTTTTGAGAA TAAACTAAAT GATATTTGCA AACAAAGCGA GATCGCAATA
AATGAAGGTT CTTCATTAAT TATCATTTCT GATAAGGGAG TGACTTCAAA CAAAAGTTTC
ATCCCACCAT TACTTGCGGT AGGAGCAATT CATCATTACC TTTTAAAAAA AGAAATCAGA
TTAAAAGCAT CTCTGATTAT AGAAACTGGG CAATGTTGGA GTACTCATCA CTTAGCATGT
TTAATTGGTT ATGGAGTGAG TGCTGTTTGT CCTTGGTTAA TACTTGAATC CGCTAGACAT
TGGTTAAAAC ATCCAAAAAC TCAAAAACTG ATTGAAAGTA AAAAAATTAA TTCTTTATCA
ACTAAAGACG TTCAAAAAAA TATCAAAAAA GCACTAGAAG ATGGACTGAG AAAAATACTT
TCAAAAATAG GAATTTCTCT TCTATCTAGT TATCATGGAG CTCAAATTTT TGAGGCAGTA
GGACTTGGTT CTGATTTAAT TAAAATAGCT TTCGATGGAA CAACTAGTCG AATTGCCGGA
ATAACATTAA AAGAACTTTC AAATGAGTCA TTTTCAATTC ACACGAAAGC TTATCCAGAA
ATAGATCTAA AAAAACTTGA ATTCTTAGGA TTTGTTCAAT TCAGAAATTA TGGAGAATAC
CACTCAAACA ATCCTGCTAT TTCAAAAGTT CTTCATACAG CCTTAAAAGA GGGTCCTGGA
TATGACCATT TTAATACTTA TCAAGAACTT GTTCGTAATA GACCAATAAC ATCTTTACGA
GATTTACTAA CAATAAAGTC AAAAAGGGAT AGCATTCCTC TGGATCAAGT TGAAAGTGTT
GAATCGATAT GTAAAAGATT CTGTACAGGT GGCATGAGTC TAGGTGCACT ATCTAGAGAA
GCTCATGAGG TATTAGCAGT TGCGATGAAT AGAATAGGGG GTAAAAGTAA TAGTGGAGAA
GGAGGCGAAG ATCCAGCTCG TTTTAACGTA TTAAACGATA TCGATAAAAA TACTCGATCT
GCGACATTAC CATTTATCAA AGGTCTTGAA AACGGAGATA CCGCATGCTC TGCCATAAAA
CAAATAGCTT CTGGGAGATT TGGAGTAACT CCTGAATATT TAAGAAGTGG AAAACAATTA
GAAATTAAAA TGGCACAGGG CGCCAAACCT GGAGAAGGAG GACAACTACC AGGACCAAAA
GTTGATTCTT ATATTGCAAA GCTCAGAAAT AGTAAACCGG GTGTAGCATT AATCTCTCCA
CCTCCCCATC ATGATATTTA TTCAATTGAA GATTTAGCTC AACTTATTCA TGATCTTCAT
CAAATTCACC CTAAAGCAAA GGTAAGTGTA AAACTAGTTT CTGAGATTGG AATAGGAACT
ATTGCTGCTG GAGTTAGTAA AGCAAATGCA GATGTAATAC AAATTTCTGG ACATGATGGA
GGTACAGGTG CTTCCCCTTT AAGTTCTATC AAACATGCTG GATTGCCATG GGAATTAGGG
GTAGCAGAAG TTCACAAATC ACTGTTACAA AATAATTTAA GAGATAGGGT ACTTTTAAGA
GCTGATGGTG GTCTCAAAAC AGGTTGGGAC GTTGTTATTG CAGCTCTTTT AGGTGCTGAA
GAGTATGGTT TTGGATCAGT AGCGATGATC GCAGAGGGTT GCATAATGGC ACGTGTTTGC
CATAAAAATA CATGTCCTGT AGGGGTTGCC ACTCAAAAAG AGGAATTAAG AAAAAGATTT
AAAGGTCTTC CAGATAATGT CGTCAACTTA TTTTTATATA TTGCTGAGGA AATTAGACAA
ATAATGAGTA GTATTGGTGT CTCTAAAATG GAGGATTTAA TTGGTAATAA AGAATTTCTT
ACTACAAGAG ATATTAGTCT TCCAAAGACT GGAAATATAG ACCTAACTTC CCTAGTTAAT
AACAATCATA TATTTAACGA TAGGTCTTGG ATAAATCATT CAAAAAATGC TCATAATAAT
GGACCTGTAT TGGAAGATGA ATTTTTAATG GATTCTCATT TTATGGATAC GATCAGAAAT
CATAAAGAAT TCACAAAAGA TATTAAAATC AAAAATACTG ATAGAAGTGT TTGTGCAAAA
ATTTCGGGAG AAATCGCTGA GCTTTTTGGA AACAATGGTT TTAAAGGGAA ACTTAATTTA
AATTTTTATG GACACGCGGG GCAGAGCTTC GGTGCTTTTC TTTTAAAGGG GATGAACATC
CAATTAATTG GTGAAGCAAA TGATTATGTT TGCAAAGGAA TGAATGGAGG TTTACTTACT
ATTGTTCCAC CCAAAGTAGA CGAGAAATCT TCGGAGCAAG TTATCTTAGG TAATACATGT
CTTTATGGTG CGACAGGTGG TAAATTGTTT GCTCTAGGTA AATCCGGAGA AAGATTTGCT
GTTAGAAATA GTGGAGCTAT TGCAGTAACA GAGGGTTCTG GTGATCATTG TTGTGAATAT
ATGACTGGTG GTAAAGTAAT AATTTTAGGC TCAACTGGGA GAAATATTGG AGCGGGAATG
ACCGGTGGAA TAGCTTACAT ACTTGATGAA AATGATGATT TAGAAAATAA AGTTAATAAG
GAAATAGTTA GCATTTACAA GATTAATAAT CTCAAGCAGG AAGAAATTTT ACTAGAAATT
TTAAATGAAT ATCATGAAAA AACAAAAAGT TTAAAAGCAC TTAAAATAAT CAAAGATTGG
TCTAACTGCA AGAAGATTTT TAAAATAGTT GTTCCTCCTA GTGAAGAAGC ACTGCTTGGT
ATAAATAGTC AGTAA
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| Protein sequence | MRESIKRSKG PYQDSYSPSG IIGEKDACGV GFIANIYGKE SNWILKQSLR GLNCMEHRGG
CGGDNDSGDG AGILCSIPWE FLDQEMNLEP RPDQIRGLGM IFMPNNELKV KESKLICEQE
AKKLNFKKTF WRNVPVKNEI LGNLAKQNAP FICQWIVCLE KVDSQEFETL LFQLRKRIEK
RIRENTKNNA ADCEFYFASL SSKTVVYKGM VRSEILSKFY GDLQKKEFKV SFSVYHRRFS
TNTLPKWPLA QPMRFLGHNG EINTLLGNIN WAKASEKHID EYWGELSKDI KPIVDINKSD
SSNLDATLEI NIRSGQLITD SLMKLVPEAF RDQPELKGKE DIKAFYEYSA SLQEAWDGPA
LLVFTDGDFI GATLDRNGLR PARYSITDDG FVIMGSETGV VDVEDNKVIE KGRLGPGQML
AVDFTNNKIL RNWEVKTEAA RRNDYLNLLK KRTVKLQKKE WFENCELKDL ELLQQQTVYG
FSAEDNDLIL DSMASVSKEP TFCMGDDIPL AVLSSKPHIL YDYFKQRFAQ VTNPPIDPLR
EKLVMSLEMH LGERCSPFET KNIKPFIHLK SPIINEQELI SIKESKIKSH TISSLFDIKE
GQKGFENKLN DICKQSEIAI NEGSSLIIIS DKGVTSNKSF IPPLLAVGAI HHYLLKKEIR
LKASLIIETG QCWSTHHLAC LIGYGVSAVC PWLILESARH WLKHPKTQKL IESKKINSLS
TKDVQKNIKK ALEDGLRKIL SKIGISLLSS YHGAQIFEAV GLGSDLIKIA FDGTTSRIAG
ITLKELSNES FSIHTKAYPE IDLKKLEFLG FVQFRNYGEY HSNNPAISKV LHTALKEGPG
YDHFNTYQEL VRNRPITSLR DLLTIKSKRD SIPLDQVESV ESICKRFCTG GMSLGALSRE
AHEVLAVAMN RIGGKSNSGE GGEDPARFNV LNDIDKNTRS ATLPFIKGLE NGDTACSAIK
QIASGRFGVT PEYLRSGKQL EIKMAQGAKP GEGGQLPGPK VDSYIAKLRN SKPGVALISP
PPHHDIYSIE DLAQLIHDLH QIHPKAKVSV KLVSEIGIGT IAAGVSKANA DVIQISGHDG
GTGASPLSSI KHAGLPWELG VAEVHKSLLQ NNLRDRVLLR ADGGLKTGWD VVIAALLGAE
EYGFGSVAMI AEGCIMARVC HKNTCPVGVA TQKEELRKRF KGLPDNVVNL FLYIAEEIRQ
IMSSIGVSKM EDLIGNKEFL TTRDISLPKT GNIDLTSLVN NNHIFNDRSW INHSKNAHNN
GPVLEDEFLM DSHFMDTIRN HKEFTKDIKI KNTDRSVCAK ISGEIAELFG NNGFKGKLNL
NFYGHAGQSF GAFLLKGMNI QLIGEANDYV CKGMNGGLLT IVPPKVDEKS SEQVILGNTC
LYGATGGKLF ALGKSGERFA VRNSGAIAVT EGSGDHCCEY MTGGKVIILG STGRNIGAGM
TGGIAYILDE NDDLENKVNK EIVSIYKINN LKQEEILLEI LNEYHEKTKS LKALKIIKDW
SNCKKIFKIV VPPSEEALLG INSQ
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