| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3782 |
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| Symbol | |
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| ID | 8393131 |
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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 | Cyanothece sp. PCC 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | + |
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| Start bp | 3892336 |
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| End bp | 3897000 |
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| Gene Length | 4665 bp |
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| Protein Length | 1554 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 644981708 |
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| Product | Glutamate synthase (ferredoxin) |
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| Protein accession | YP_003139423 |
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| Protein GI | 257061535 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.376942 |
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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 | 23 |
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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 | ATGAAAAAGA CCAACCATCC CCAATCAAAC CCTCAATCAT CCCCATTATC GCCCTATCAA
GGTCAAAAAT GGCTAGTCGA AGAAAGAGAT GCCTGTGGAG TCGGGTTTAT TGCCGATGTT
AAAGGAAAAG GTAGCCATAA ACTCGTTGAA CAGGCCTTAA TTGCCCTAGG GTGTATGGAA
CATAGAGGCG GTTGTAGCGC GGATAATGAC TCTGGGGATG GTTCGGGGAT AATGACAGCT
ATTCCCCGTG AAGTATTAGC ACCCTGGTTC GCTAGTCAAA ATCTTACCAT GCCCCCCGTA
GAACAGTTAG GGGTCGGGAT GGTCTTTTTA CCCCAGGATA GCAACGAAAG AGCAGCCGAA
AAAGCCCACG TTGAACAAGT GGTCAAAGCT GAGAATTTAA CGGTGTTGGG ATGGCGAGAA
GTCCCCGTTA AACCTGAAGT CTTAGGAGTC CAAGCAAGGG GCAACCAACC CCATATCGAA
CAGATCATGG TGATCTCTCC CGAAGGACTG TCCGGGGATG CCTTAGATCG AGTGTTGTAT
ATAGCGCGAT CGCGCATCGG CAAACGCTTG GCGGATAATT TCTATATCTG TTCCTTTAGC
TGTCGTACCA TCGTCTATAA AGGGATGGTT CGGAGTGTGG TTTTAGGACA ATTTTACGCA
GATTTGCAGA ACCCTGACTA TATTAGTCAA TTTGCGGTCT ATCATCGTCG CTTTAGTACC
AATACCATGC CCAAATGGCC ATTAGCACAA CCGATGCGCC TATTAGGTCA TAACGGAGAA
ATTAATACCC TCATCGGTAA TATTAACTCG ATGGCTACCC GTGAGGTTCA TTTACAAGTT
CCAGGGTGGA CTGCCTCAGA ATTAGAAGCC CTTACCCCTA TCGTTAACAC GGCCAACAGT
GACTCCTACA ACCTCGACAG TACCCTAGAA CTATTAGTCC GTACTGGCCG CAGTCCCCTA
GAAGCTGCGA TGATTTTAGT CCCAGAAGCT TACAACAATC AGCCAGATTT ACAACAATAT
CCCGAAATTA CGGATTTTTA CGACTATTAC AGTGGCCTGC AAGAACCGTG GGACGGTCCC
GCCTTATTAG TGTTCAGTGA CGGTAAAATG GTAGGAGCCT GTTTAGACCG TAATGGCTTA
CGGCCTGCCC GTTATTGCAT TACCAAAGAT GATTATGTCG TTGTGGGATC AGAAGCAGGG
GTCGTGGATA TTCCCGAAAG CGAGATCGTG GAAAAAGGCA GACTCGGACC CGGACAAACC
ATCGCCGTTG ATCTAACCAC TCAGGAAATT CTCAAGAATT GGGACATTAA ACAGCGTATT
GCCCAACAAC ATCCCTATGG CGAGTGGTTA CAAAGCTATC GTCAGGAACT CACCCCTCAG
CCTTTCTCTG ACAAGATTTT ACTCCAACAA CCCGGCCAAT TATTACAGCA TCAAACCGCC
TTTGGTTACA CCGCAGAAGA CGTAGATATG GTCATCGTTC CCATGGCTAG CCAAGGGAAA
GAGCCCACCT TCTGTATGGG AGATGACATT CCCTTAGCCG TTCTTTCCGA CAAACCCCAC
CTACTCTACG ACTACTTTAA ACAACGCTTT GCTCAGGTAA CAAACCCTCC CATTGATCCC
CTACGGGAAA GCTTAGTCAT GTCCCTAACG ATGCTATTAG GGGAAAAGGG CAACTTATTA
GATCCCAAGC CAGAAGATGC TAAACTGCTA AAAATTGATA GTCCCGTATT GAATGAGACA
GAATTAGCCG CTATTAAAAA TTCTGACTTC AAAACGGCTG AATTATCTAC TCTGTTTGAC
TTAACCACAG GACCAGGGGG ACTGAAAACG GCTTTAGATC GTCTTTGTAT AGAAGCAACT
GAAGCGGTGA AAAACGGAAC AAAAATCATT GTTTTATGCG ATCGCCCGTC AGGACAGAGT
ATTAACGAAA CCACCAGCTA CATTCCCCCC TTATTAGCCG TAGGAACCGT TCACCAGCAT
TTAATTAAAC AGGGGTTACG GTTACAAGCG TCTCTAGTGG TAGATACGGC ACAATGTTGG
AGTACCCATC ATTTTGCCTG TTTAATAGGC TATGGCGCAT CAGCCGTCTG TCCCTACCTG
ACCCTCGAAA CCATCCGTCA GTGGTGGAAC GACGAAAAAA CCCAAAAACT GATGGGCAAC
GGCAAGCTAG AAACCATTAC CCTAGAGAAA GCCCTAGACC GTTATCGCCA TTCTGTTGAA
GCAGGATTAC TGAAAATCCT CTCAAAAATG GGCATTTCCC TGTTATCTTC CTATCATGGG
GCACAAATTT TCGAGGCGAT CGGTTTAGGG ATGGAATTGA TCGAGACAGC CTTTGAAGGA
ACCACTAGCC GCGTCGGAGG GTTAAGTCTG CAAGAACTGG CTGATGAAAT TATCGCCGTC
CATAGTCAAG CTTTCCCCAG TCTAACCGAC AAAAAACTCA AGAACTTTGG CTTCATTAAT
TACCGTCCAG GGGGAGAATA CCACATGAAC TCCCCAGAAA TGGCCAAATC TCTCCATAAA
GCCGTCGAAG CCTATAAAGC GGGCGGAAAT GGGGCTAATA AAGAAGCCTA CGATCACTAT
GAGATGTACC GCAAGTATCT CGAAGAACGT CCCATTACCG CTTTACGGGA TCTTCTAGAG
TTCAAAGTAA GTAATACGCC CGTTCCTATC GAAGAAGTCG AACCCGTAGA AGCGATCGTT
AAACGCTTCT GTACGGGAGG GATGTCCTTG GGCGCACTGT CACGGGAGGC ACACGAAACC
TTAGCGATCG CCATGAACCG TTTAGGAGGT AAGTCCAACT CAGGGGAAGG AGGAGAAGAT
CCCACCCGCT TTATTCCCCT GTCTGATGTT GATAGTAACG GAAATTCCGC GACTTTCCCC
CATCTTAAAG GACTACAAAA CGGCGATACC GCCAGTTCTG CCATTAAACA AGTAGCATCG
GGACGCTTTG GGGTCACGCC GGAATACCTG ATGAATGGTC AGCAACTTGA AATTAAGATG
GCGCAAGGGG CCAAACCAGG GGAAGGGGGA CAGTTACCCG GCCCCAAAGT CAGCCCTTAT
ATCGCCATGT TACGGCGGTC TAAACCTGGT GTCACGTTAA TTTCTCCTCC TCCTCACCAT
GACATCTACT CCATCGAAGA TCTCGCCCAG TTGATCTTTG ACCTGCATCA AATTAACCCA
GTAGCCAAGG TTTCCGTCAA ATTAGTCGCA GAAATAGGCA TCGGAACTAT CGCCGCAGGA
GTGGCTAAAG CTAACGCCGA TATTATCCAA ATTTCGGGAC ATGATGGTGG AACGGGGGCA
TCTCCCTTGA GTTCCATCAA ACACGCCGGA TGTCCTTGGG AATTAGGGGT AACGGAAGTC
CATCGGATGC TATTGGAGAA TAAACTGCGA GGACGGGTTA TTTTACGCGC CGATGGGGGT
CTAAAAACGG GTTGGGACGT GATGATGGCT GCCTTGATGG GGGCAGAAGA ATTTGGCTTC
GGTTCCATCG CCATGATCGC CGAAGGCTGT ATTATGGCGC GTATCTGCCA CACCAATAAC
TGTCCCGTGG GCGTAGCAAC ACAACAGGAA CGGTTAAGGC AGCGTTTTAG CGGAGTTCCT
GCCCATGTGG TCAATTTCTT CTATTTTGTC GCCGAAGAAG TGCGGTCAAT TTTGGCAAAA
TTGGGCTATC GTTCCCTCGA TGAAGTGATC GGGCGATCGG ACTTGCTAAA AGTGCGAGAA
ACCGCTAAAT TAAGCAAAAC CAAGGCATTA AACCTAGATT GTCTCCTGAA ACTCCCCGAT
GTTAGTAGCG ATCGCGCTTG GTTAACCCAC GAAGGGGTTC ACAGTAACGG GGAAGTTCTC
GATGATTGCA TCTTAGCCGA TATTGCCGTT CAGTCCGCCA TTGAGAACCA AGGCTCGGTA
ACACAAAATC TCAAAATTGT CAATACTGAT CGCACCGTTG GGGCGCGTAT TGCGGGGGTT
ATTGCTAAAA AATACGGCAA TACAGGCTTT GAAGGCGAGA TTAAGCTCAA TTTTACGGGG
GCTGCTGGTC AGAGTTTCGG GGCGTTTAAC CTTCCAGGGA TGATGCTGCG CCTACAAGGG
GAAGCCAACG ATTATGTGGG TAAGGGGATG CACGGCGGAG AAATCGTGAT TATTCCACCC
CAGGATGCCA ATTATGACCC CGCTAATAAC GTAATTGTTG GCAATACCTG TCTTTACGGG
GCTACCGGAG GCGTTTTGTA TGCCAATGGT CGCGCAGGAG AACGGTTTGG GGTACGGAAC
TCCTTGGCTA AAGCGGTTAT TGAGGGGGCT GGCGATCACT GTTGCGAATA CATGACCGGC
GGGATCATTG TGGTTCTCGG TTCGGTAGGG CGCAATGTAG GCGCAGGAAT GACGGGAGGA
CTGGCTTACT TTTTGGATGA AGAAGGCAAT TTTCCTGAAA AAGTTAACCC TGAAATTGTG
GAAATTCAAC GCATTTGTAC CGAAGCAGGT GAAGCACAAT TGAAGGAATT AATAACAGCC
CATGTCGCCA AAACTGGCAG TCAAAAAGGA CAATTGATCC TCAATAATTG GAAGGAATAT
GTCAGTAAAT TCTGGCAAGC TGTTCCCCCT TCGGAAGCCA ATAGTCCTGA AACCAATCCT
AACCCCATTA TGGTAGCGGA GAAAACCTTA ACTCCCGTTA AATAA
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| Protein sequence | MKKTNHPQSN PQSSPLSPYQ GQKWLVEERD ACGVGFIADV KGKGSHKLVE QALIALGCME
HRGGCSADND SGDGSGIMTA IPREVLAPWF ASQNLTMPPV EQLGVGMVFL PQDSNERAAE
KAHVEQVVKA ENLTVLGWRE VPVKPEVLGV QARGNQPHIE QIMVISPEGL SGDALDRVLY
IARSRIGKRL ADNFYICSFS CRTIVYKGMV RSVVLGQFYA DLQNPDYISQ FAVYHRRFST
NTMPKWPLAQ PMRLLGHNGE INTLIGNINS MATREVHLQV PGWTASELEA LTPIVNTANS
DSYNLDSTLE LLVRTGRSPL EAAMILVPEA YNNQPDLQQY PEITDFYDYY SGLQEPWDGP
ALLVFSDGKM VGACLDRNGL RPARYCITKD DYVVVGSEAG VVDIPESEIV EKGRLGPGQT
IAVDLTTQEI LKNWDIKQRI AQQHPYGEWL QSYRQELTPQ PFSDKILLQQ PGQLLQHQTA
FGYTAEDVDM VIVPMASQGK EPTFCMGDDI PLAVLSDKPH LLYDYFKQRF AQVTNPPIDP
LRESLVMSLT MLLGEKGNLL DPKPEDAKLL KIDSPVLNET ELAAIKNSDF KTAELSTLFD
LTTGPGGLKT ALDRLCIEAT EAVKNGTKII VLCDRPSGQS INETTSYIPP LLAVGTVHQH
LIKQGLRLQA SLVVDTAQCW STHHFACLIG YGASAVCPYL TLETIRQWWN DEKTQKLMGN
GKLETITLEK ALDRYRHSVE AGLLKILSKM GISLLSSYHG AQIFEAIGLG MELIETAFEG
TTSRVGGLSL QELADEIIAV HSQAFPSLTD KKLKNFGFIN YRPGGEYHMN SPEMAKSLHK
AVEAYKAGGN GANKEAYDHY EMYRKYLEER PITALRDLLE FKVSNTPVPI EEVEPVEAIV
KRFCTGGMSL GALSREAHET LAIAMNRLGG KSNSGEGGED PTRFIPLSDV DSNGNSATFP
HLKGLQNGDT ASSAIKQVAS GRFGVTPEYL MNGQQLEIKM AQGAKPGEGG QLPGPKVSPY
IAMLRRSKPG VTLISPPPHH DIYSIEDLAQ LIFDLHQINP VAKVSVKLVA EIGIGTIAAG
VAKANADIIQ ISGHDGGTGA SPLSSIKHAG CPWELGVTEV HRMLLENKLR GRVILRADGG
LKTGWDVMMA ALMGAEEFGF GSIAMIAEGC IMARICHTNN CPVGVATQQE RLRQRFSGVP
AHVVNFFYFV AEEVRSILAK LGYRSLDEVI GRSDLLKVRE TAKLSKTKAL NLDCLLKLPD
VSSDRAWLTH EGVHSNGEVL DDCILADIAV QSAIENQGSV TQNLKIVNTD RTVGARIAGV
IAKKYGNTGF EGEIKLNFTG AAGQSFGAFN LPGMMLRLQG EANDYVGKGM HGGEIVIIPP
QDANYDPANN VIVGNTCLYG ATGGVLYANG RAGERFGVRN SLAKAVIEGA GDHCCEYMTG
GIIVVLGSVG RNVGAGMTGG LAYFLDEEGN FPEKVNPEIV EIQRICTEAG EAQLKELITA
HVAKTGSQKG QLILNNWKEY VSKFWQAVPP SEANSPETNP NPIMVAEKTL TPVK
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