| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_1294 |
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| Symbol | |
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| ID | 3683037 |
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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 | Anabaena variabilis ATCC 29413 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007413 |
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| Strand | + |
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| Start bp | 1586052 |
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| End bp | 1590740 |
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| Gene Length | 4689 bp |
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| Protein Length | 1562 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637716632 |
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| Product | glutamate synthase (ferredoxin) |
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| Protein accession | YP_321813 |
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| Protein GI | 75907517 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.163498 |
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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 | 13 |
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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 | ATGAATGATA ACTCGACGCA TCAAAACCAA CAAATCACGG CGAATAATGA TTCAGGGGAT
ACCTACCAGG GGCAAAGGTG GTTAGTAGAA GAACGAGATG CCTGTGGTGT AGGTTTTATC
GCTCATCGTC AAAATCATGG CAGTCACGAA ATTGTGGCTA AAGCGTTAGC GGCTTTGACC
TGTTTAGAAC ATCGGGGTGG TTGTAGCGCC GACCAAGATT CTGGTGATGG TGCAGGTATA
TTAACCGCTA TTCCTTGGGA GTTGTTACAG CAAGATTATC CCCAAGGACA GATAGACTTT
TTGTCAAGCA AGAATATTGC TGTGGGTATG ATTTTTTTGC CACAAGATGC AGAAATTGCC
CAAAAAGCCA AAGCGATTTT TGAACAAATT GCCACTGAAG AAAAATTTAC TGTATTGGGC
TGGCGAGTAG TTCCGGTACA ACCTGATTTG CTGGGGATAC AGGCAAAAGA AAATCAACCC
CGAATTGAGC AAGTTATTTT AAGCGCCGAT AACAGTGGTG ATGCCCTAGA AAGACAACTT
TTTATCACCC GTAAGCGTTT ATTCAAAGCC GTAAAAAGTA TCTCGGAAGA ATTTTACATT
TGTTCTTTGT CCAGTCGCAC CATTGTTTAT AAGGGGATGG TGCGATCGGC GGTTTTAGGA
GCATTCTATC TAGACCTGCA AAACCCAGCT TATAAGAGCG CCTTTGCTGT TTATCACCGA
CGCTTTAGTA CGAATACTAT GCCCAAGTGG CCATTAGCGC AACCGATGCG GCTATTGGGT
CATAACGGGG AAATTAACAC CCTATTGGGA AATATTAACT GGATGATGGC GAGAGAAGCT
AACTTGAGTC ATCCCATTTG GGGCGATCGC TTTGATGAAC TCAGGCCATC AGTTCTCATG
GGAAACAGTG ACTCGGCAAC TCTCGATAAC GTCCTCGAAT TATTGGTGCA TTCTGGACGT
AGCCCCTTGG AAGCCTTGAT GATTATGGTG CCAGAGGCTT ACCAAAATCA ACCATCCTTG
CGTAACTATC CAGAAATCGT TGATTTTTAC GAATATTACA GTGGTTTACA AGAAGCATGG
GACGGGCCTG CACTGTTGGT ATTTGGGGAT GGTAAAACAG TAGGGGCAAC ATTAGACCGG
AATGGTTTAA GACCTGCTCG TTATCTCATT ACCAAAGATG ACTATATAGT AGTGGCTTCG
GAAGCTGGGG TAGTAGACTT CCCAGAAGCA GACATTATTG AGAAAGGTAG ACTAGGCCCT
GGTCAAATGA TTGCCGTGGA TCTAGTTAAC CATGAAGTCC TGAAGAATTG GGAAATTAAG
CAGCGCATTG CCAAACAGCA GCCTTATGGA GAATGGCTGC AAAAGTACCG TCAAGAACTC
AAGCAGCTTA CCAGTCAAGT GAATGGCAAT GGTAACGGTA ATGGTAATGG TCACCGGGTA
GCAGATAACG GTCATGTCAG CACCACGAAG GTTGACAAAG AAACCTTACT GCGTCAGCAA
TTAGCCTTTG GTTACACCAC CGAAGATGTA GAAATGGTCA TTCAACCAAT GGCCGCCACT
GGTTCAGAAC CGACTTTCTG TATGGGCGAT GATATCCCCT TGGCAGTGCT GACAGACAAA
CCCCACTTGC TTTATGACTA TTTCAAACAG CGTTTTGCCC AAGTAACCAA CCCAGCAATT
GATCCATTAC GGGAAAAGCT GGTGATGTCT TTGAAAGTGG AACTGGGGGA ACGGGGTAAC
TTATTGGAAC CCAAACCAGA ATATGCTAGA AGACTGAAGC TAGAATCGCC AGTTTTAACA
GAGTCAGAAT TGGCAGCCAT TAAGCTATCG GGATTTGCTA CAGCTGAATT GTCTACCTTG
TTTGCGATCG CCAATGGGCC AGATGGTCTC AAAGCAGCAG TCCTAGCCTT GCAACAACAA
GCGGCGGAAT CAGTCCGGGC CGGTGCGAAA ATTCTCGTTT TAAGTGATCG CGCAGGCGCA
GGTATCAGCA CAGAATATAG TTACATTCCG CCCCTATTAG CTGTGGGTGC AGTGCATCAC
TACCTAATTC GGGAAGGATT GCGAACGAAG ACATCTTTGA TTGTTGATAC GGCTCAATGC
TGGAGTACAC ACCATTTTGC TTGTTTAATT GGCTATGGTG CAGGTGCTAT TTGTCCTTAC
ATGACTTTGG ATACTGTGCG GAATTGGTGG TCAGACCCCG CAACCCAACA GTTCATGGAA
CGGGGTAAGA TTACCAGCCT CTCATTAGAA CAGGCGATCG CCAACTATCG CAAAGCTGTA
GAGTCGGGTT TGTTGAAGAT CCTCTCGAAA ATGGGAATTT CGCTGCTGTC CAGCTATCAA
GCAGCGCAGA TTTTTGAAGC CATCGGCATT GGTGGCGATT TGTTAGCTTT GGGATTCCAA
GGTACAGCTT CTCGCATCGG TGGTTTGAGT GTCAGCGAGT TAGCCCAAGA GGTGCTTTCC
ATCCACAGCA AAGCTTTCCC AGAACTAGCA ACCCACAAAT TAGAAAACTT AGGGTTTGTC
AACTACCGCC CCACCGGCGA GTATCACATG AACAATCCCA AACTAGCAAA AGCGCTGCAT
GAAGCGGTAG ATGGGAAGAA ATACGACCAC TACGAAGTTT ACAAGCAGTA CTTGCAAGGT
AGACCAATTA CAGCTTTGCG AGACTTGCTA GATTTCCACA GCGATCGCGC GCCTATTTCT
CTAGAAGAAG TAGAATCAGT CAGCGATATC GTCAAGCGCT TCTGTACTGG GGGGATGTCC
TTGGGTGCAT TGTCACGGGA AGCCCATGAA GTATTGGCGA TCGCCATGAA CCGGATTGGT
GGTAAATCCA ATTCTGGGGA AGGTGGAGAA GACCCGGTAC GTTACAAAGT ATTGGATGAT
GTGGACGCGT CGGGACACTC GCCAACTCTC CCCCATTTGC GAGGTTTGCG GAACGGAGAC
ACAGCCTCTA GCGCCATCAA GCAAGTCGCA TCAGGACGCT TTGGTGTTAC ACCAGAGTAT
TTAGCCAGCG CCAAACAAAT CGAAATCAAA ATTGCCCAAG GTGCAAAACC AGGAGAAGGT
GGACAGCTAC CGGGACCGAA GGTGAGTCCT TACATTGCCA TGTTACGGCG GTCTAAGCCC
GGTGTAACCT TGATTTCACC ACCACCGCAC CATGATATTT ATTCCATTGA AGACTTAGCA
CAGTTGATTT TTGACCTACA CCAAATCAAC CCCAAAGCCC AAGTATCGGT GAAATTAGTA
GCGGAGATTG GTATTGGGAC AATCGCGGCT GGTGTGGCGA AAGCCAACGC GGATATCATC
CAAATTTCTG GCCATGATGG TGGTACAGGT GCATCACCAC TATCATCCAT TAAGCACGCC
GGTTCACCTT GGGAACTAGG TTTGAGTGAA GTGCATCGGG TATTGATGGA AAATAGTCTG
CGCGATCGCG TAGTCTTACG TGTAGATGGT GGTCTTAAGA GTGGTTGGGA CGTATTGATT
GGTGCGTTGA TGGGTGCAGA GGAATTCGGC TTCGGTTCCA TCGCCATGAT TGCAGAAGGC
TGTATTATGG CGAGAATCTG CCACACCAAT AACTGTCCTG TGGGCGTTGC TTCCCAAAAA
GAAGAATTAC GCAAACGCTT TACAGGTATC CCCGAACACG TCGTTAATTT CTTCTACTTC
GTTGCAGAAG AAGTGCGTCA TCTGTTAGCT AGACTTGGCT ATCGTTCTTT GTCGGAAATC
ATCGGCCGGG CTGATATCTT GACAACACGT AAGGATGCAC GACTCACCAA GACCCAAGCT
ATTAACCTCA ACTGCTTACT CCAACTACCA GACACCAGAG AAAATCGGAG TTGGTTGGCA
CATGAAGAAG TCCACAGCAA TGGCCCCGTT GTGGATGACC AATTGCTGGC TGACTCAGAT
ATTCAAGCAG CCATTCGCAA CCAGTCTAGC GTTACCAAGA CCTTACCTAT AGTCAATACT
GACAGAACAT TGGGGGCAAG ACTAGCTGGG GCGATCGCTT CTCAATACGG TGATAGTGGT
TTTGAGGGAC AAATTAACCT TAATTTCACA GGTAGCGTCG GTCAAAGCTT TGGTGCTTTC
AACCTCCCTG GAATCATTCT CACCCTAGAG GGAGAAGCCA ACGACTACGT AGGTAAAGGA
ATGCACGGTG GTGAAATTAT TATCAAGCCA CCAGCTGAAG CTACTTATGA TCCCGCACAA
AATGTCATTG TGGGTAATAC CTGTCTCTAC GGTGCTACTG GTGGGGTGTT ATTTGCCAAT
GGTTTAGGTG GAGAACGCTT TGCTGTCCGC AACTCTAAAG GTGTAGCCGT GATTGAGGGG
ACTGGCGATC ACTGTTGTGA GTATATGACA GGTGGCACAA TTGTCGTCCT TGGTAAAGTA
GGACGCAACG TAGCTGCGGG GATGACTGGT GGGTTAGCTT ACTTCTTAGA TGAAGATGGT
TCATTCCCTG AATTAGTCAA CCGAGAAATT GTGAAAATTC AACGGGTGCT AACCACAGCT
GGCGAGAAAC AACTGCAAGA CTTAATTAAA GCTCATGTAG AACGCACAGG TTCGCCAAAA
GGTCAGATAA TCTTGGACAA TTGGCAGGAA TATTTGCCTA AGTTCTGGCA ATTAGTGCCA
CCTTCAGAGG CTGAAAGTCC AGAAGCTAAC CCCCAATCTG TAGTAGAGAA ATATCTGAGT
TCTGTCTAG
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| Protein sequence | MNDNSTHQNQ QITANNDSGD TYQGQRWLVE ERDACGVGFI AHRQNHGSHE IVAKALAALT
CLEHRGGCSA DQDSGDGAGI LTAIPWELLQ QDYPQGQIDF LSSKNIAVGM IFLPQDAEIA
QKAKAIFEQI ATEEKFTVLG WRVVPVQPDL LGIQAKENQP RIEQVILSAD NSGDALERQL
FITRKRLFKA VKSISEEFYI CSLSSRTIVY KGMVRSAVLG AFYLDLQNPA YKSAFAVYHR
RFSTNTMPKW PLAQPMRLLG HNGEINTLLG NINWMMAREA NLSHPIWGDR FDELRPSVLM
GNSDSATLDN VLELLVHSGR SPLEALMIMV PEAYQNQPSL RNYPEIVDFY EYYSGLQEAW
DGPALLVFGD GKTVGATLDR NGLRPARYLI TKDDYIVVAS EAGVVDFPEA DIIEKGRLGP
GQMIAVDLVN HEVLKNWEIK QRIAKQQPYG EWLQKYRQEL KQLTSQVNGN GNGNGNGHRV
ADNGHVSTTK VDKETLLRQQ LAFGYTTEDV EMVIQPMAAT GSEPTFCMGD DIPLAVLTDK
PHLLYDYFKQ RFAQVTNPAI DPLREKLVMS LKVELGERGN LLEPKPEYAR RLKLESPVLT
ESELAAIKLS GFATAELSTL FAIANGPDGL KAAVLALQQQ AAESVRAGAK ILVLSDRAGA
GISTEYSYIP PLLAVGAVHH YLIREGLRTK TSLIVDTAQC WSTHHFACLI GYGAGAICPY
MTLDTVRNWW SDPATQQFME RGKITSLSLE QAIANYRKAV ESGLLKILSK MGISLLSSYQ
AAQIFEAIGI GGDLLALGFQ GTASRIGGLS VSELAQEVLS IHSKAFPELA THKLENLGFV
NYRPTGEYHM NNPKLAKALH EAVDGKKYDH YEVYKQYLQG RPITALRDLL DFHSDRAPIS
LEEVESVSDI VKRFCTGGMS LGALSREAHE VLAIAMNRIG GKSNSGEGGE DPVRYKVLDD
VDASGHSPTL PHLRGLRNGD TASSAIKQVA SGRFGVTPEY LASAKQIEIK IAQGAKPGEG
GQLPGPKVSP YIAMLRRSKP GVTLISPPPH HDIYSIEDLA QLIFDLHQIN PKAQVSVKLV
AEIGIGTIAA GVAKANADII QISGHDGGTG ASPLSSIKHA GSPWELGLSE VHRVLMENSL
RDRVVLRVDG GLKSGWDVLI GALMGAEEFG FGSIAMIAEG CIMARICHTN NCPVGVASQK
EELRKRFTGI PEHVVNFFYF VAEEVRHLLA RLGYRSLSEI IGRADILTTR KDARLTKTQA
INLNCLLQLP DTRENRSWLA HEEVHSNGPV VDDQLLADSD IQAAIRNQSS VTKTLPIVNT
DRTLGARLAG AIASQYGDSG FEGQINLNFT GSVGQSFGAF NLPGIILTLE GEANDYVGKG
MHGGEIIIKP PAEATYDPAQ NVIVGNTCLY GATGGVLFAN GLGGERFAVR NSKGVAVIEG
TGDHCCEYMT GGTIVVLGKV GRNVAAGMTG GLAYFLDEDG SFPELVNREI VKIQRVLTTA
GEKQLQDLIK AHVERTGSPK GQIILDNWQE YLPKFWQLVP PSEAESPEAN PQSVVEKYLS
SV
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