| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_2192 |
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| Symbol | |
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| ID | 3679748 |
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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 | 2720098 |
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| End bp | 2723427 |
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| Gene Length | 3330 bp |
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| Protein Length | 1109 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637717535 |
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| Product | hypothetical protein |
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| Protein accession | YP_322707 |
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| Protein GI | 75908411 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1483] Predicted ATPase (AAA+ superfamily) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 29 |
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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 | 17 |
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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 | ATGTCAATTA GTAACCGTGA AAGAGTTGGC AGGGCGTTAG AACTTTTGAG AGATGGCTTA
TATCCCTTTG TAGAACGTGA GATGCGTTCG GTTTTTGGTG ATAAATGGCT AGTTGCCGCT
ACATCTTTTG TTCCAGAAGA CCATACCCTA CGGCGTACTG TTCAACAAAT TCTCAAGCAG
GATGAATCAG CCATCCTGAA GCTAATGTCT GGTCAATGGC GTGATGTCTT TAAAAAGACA
CTGGGAAATG CAGAAAGAAG CTTAGTTGGA GAACTCATTG ACACTCGCAA CTCTTGGGCG
CATAACAAAC CATTTTCTAC AGATGATGCC TATCGCGCTC TTGATAGCGT TTCACGGTTA
CTTTCATCCA TTTCTGCACC AGAAGCAGAT GAAGTTGACA AGCAAAAACA AGAACTTTTA
CGAGTACGCT TTACAGAACA AGCCCGTCGG GAAACTCGCC GCGCTACTCT CCAACCAGTA
GAAGGCAATC CCACAGGTGG TTTAAAACCC TGGCGAGAAA TTGTCACACC TCACCCAGAT
GTTGCTAGTG GTCGTTACCA AGAAGCAGAA TTTGCTGCTG ACCTCTGGCA AGTTTATTTA
GACGAAGGTT CTGATGAATA CCGTATACCT ACAGAGTTTT TCAGCCGCAC TTTCCTCACT
GAAGGGCTGA AGCAACTGCT GACAAATGCC TTAGTGCGCC TTGCTGGTAA TGGAGGCGAC
CCTGTTATCG AACTGCAAAC TAATTTTGGT GGCGGCAAAA CTCACGCGAT GCTGGCACTA
TACCATCTAT TTATGGGAGT CCCAGTATCC AAATTACCTG GATTGGAGCC AGTACTAGCA
GCAGCGAATG TTTCACCACC TGCAAAAGTA AACACAGCTG TACTGGTAGG CAACAAAATT
TCTCCTGGTG AGGCTCAAAC TAAAAAAGAT GGTACTGTTA TTCGCACACT TTGGGGCGAA
CTAGCTTGGC AATTGGGTGG TAGAGAAGCC TATGAAATGA TTCGCCAAGC GGATGAAACC
TCAACTAACC CAGGCGATAA CTTACGGTTG TTATTCAACC GTTATGCGCC CTGTTTGATT
CTCATTGATG AATGGGTAGC TTACGCCCGA CAACTACACG AAATTAATGA CCTACCAGGG
GGGAGTTTTG ATACTCACTT TACCTTTGCT CAAACTTTGA GCGAGTCAGC CAAAAATGCT
AAAAAAACTC TGTTGGTAGT GAGTATTCCG GCATCAGATA ATGAAATTGG TGGCGATCGC
GGTAAAGCAG CCTTAAGTAG ACTCAAAAAT GCTATCGGTA GAGTTGAATC TCCTTGGCGA
CCAGCAAGTG CCGATGAAAG TTTTGAAATT GTGCGACGAC GCTTGTTTCA ACCCATCATC
GAAGAAAGTG GCTTTGTTGC CCGTGATGCG GTCATCCGCG CTTTTGGGGA AATGTACCAA
AACCAATCTC AAGAATTTCC CAGTGAGTGC CGAGAAGCCA GTTACAAGCG ACGGCTAGAA
AATGCCTATC CCATCCATCC AGAACTTTTT GACCGACTTT ATAACGACTG GTCAACTCTC
GACAAATTTC AACGCACACG GGGTGTCCTG CGATTAATGG CCAAAGTGAT TCACTCCTTA
TGGGAGGGTC AGGACAAGAG CTTGTTAATC ATGCCTGCCA GCGTGCCAAT GGATGACGGA
CAGGTACAAA CAGAATTAAC TCGCTACCTC GAAGATCACT GGGTGCCAGT AATTGAAAAA
GATGTCGATG GTGATAATTC TCTACCTTTA GCGTGCGATC GCCAAAACCC GAATTTAGGA
CGTTACTCTG CCTGTCGCCG CGTCGCCCGA ACCATTTACC TTGGTTCCGC CCCCACACTC
AGGGCAGCTA ATCGGGGTGT AGAAGACAAT CGGATCAAGT TGGGATGTGT CCAGCCTGGA
GAAAGTGTAG CTACCTTTGG AGACGCACTA CGCCGACTGA CTGACCAAGC CACCCACCTT
TATATTGATA ACACTCGCTA CTGGTTCTCA ACTCAACCCA GTGTCACCAG ACTTGCCCAA
GACCGAGCCG AGCAAGTTCA ACAGGATCAG GATAAAGTTT GGGATGAAAT CATTCGCAGA
CTGAGGGCTG ACAAGCAACG AGGAGAGTTT ACGGCAGTGC ATATTGCCCC TGATTCTTCT
GCCGATGTGC CTGATGAAAT GAATGCGAGG TTAGTTGTCT TAGGGCCACA GCATCCTCAT
AAAAATAAGG AAAACAATAC CCCAGCCTTA ACCAGAGGAA ACGAAATACT TCACAACAAG
GGAGCCAGCC CTCGGTACAG CAAAAATATG TTGTTGTTTT TAGCACCAGA TAAAGCCAAA
CTGGAGTTAT TAGAGCAATC TGTTTGTCAG TACCTGGCTT GGAATTCAAT TGTCAGCGAT
AAAGAAGCTT TGAACTTAGA TGTTTTTCAA AGCAATCAGG CAACAACTAA GCAACAGCAA
ACAGATAAAG ATGTCAAAAG TTTAATCCAA GAAGCTTACA TCTGGCTTAT CGTGCCAAGT
CAACCCGACC CTCAAGGGGA AATTGAATGG CAGGAAATCA GGTTGCAAAA ACAAGACTCT
CCAATTCTAC AAGCCAGCCG CAAAGCAGTA CACGAAGAAC ACTTGATCCC TAATTATGCT
GCTAGTCGCC TACGCTTGGA AGCCCTTGAC CCTTATCTTT GGCGAGATGT AAATCACCTC
GACCTTAAGA AACTTTGGGA ATACCTCGCA TACTACTTGT ACTTGCCACG CCTGAAAAAT
CAACAGGTAT TATTACAAGC GATCGCAGAA GGTGTGGCAT CCTTACTATT AAATGACAAC
TTTGCTTATG CCACGGGCTA CGATGAATCC AAAGGACGCT ATCTGGGTTT GAAAGCAGCT
GAACACATTA CTGTAACCCT TAGCAGTCAA AATTTAATAG TTAAACCAGA AATAGCGCAA
CGCCAGATGG AAGCAGATGC TGCTGCCATA ACTAAACTTC CAATTCCAGG TGTTAAAGAA
GGAACAGGAA GCTATAAGAC TGAAAGAGAA AAAACTATTG ATACTGTAAT AACACCAGAT
GACTCATCTA ATGGCAAAGT AACTGTCATC ATTCCACCAA AACGCTTTTA TGGTTCAGTC
AAATTAGATG CTTTACGGTT ACAACGTGAT GTGCCACAGC TTGCTAACGA GGTAATTCAG
CATTTTAGCA GTTTGATGGA TGCAGAAGTA GAAATTACTT TGGAAATTCA AGTAAAAGCT
CCTGAAGGAA TACCAGAGAA TGTGATTCGT ACAGTTACAG AGAACTGTCG AGTTCTCAAA
TTTAGCCATC AGGAGTTTGA GCCAGAATAA
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| Protein sequence | MSISNRERVG RALELLRDGL YPFVEREMRS VFGDKWLVAA TSFVPEDHTL RRTVQQILKQ
DESAILKLMS GQWRDVFKKT LGNAERSLVG ELIDTRNSWA HNKPFSTDDA YRALDSVSRL
LSSISAPEAD EVDKQKQELL RVRFTEQARR ETRRATLQPV EGNPTGGLKP WREIVTPHPD
VASGRYQEAE FAADLWQVYL DEGSDEYRIP TEFFSRTFLT EGLKQLLTNA LVRLAGNGGD
PVIELQTNFG GGKTHAMLAL YHLFMGVPVS KLPGLEPVLA AANVSPPAKV NTAVLVGNKI
SPGEAQTKKD GTVIRTLWGE LAWQLGGREA YEMIRQADET STNPGDNLRL LFNRYAPCLI
LIDEWVAYAR QLHEINDLPG GSFDTHFTFA QTLSESAKNA KKTLLVVSIP ASDNEIGGDR
GKAALSRLKN AIGRVESPWR PASADESFEI VRRRLFQPII EESGFVARDA VIRAFGEMYQ
NQSQEFPSEC REASYKRRLE NAYPIHPELF DRLYNDWSTL DKFQRTRGVL RLMAKVIHSL
WEGQDKSLLI MPASVPMDDG QVQTELTRYL EDHWVPVIEK DVDGDNSLPL ACDRQNPNLG
RYSACRRVAR TIYLGSAPTL RAANRGVEDN RIKLGCVQPG ESVATFGDAL RRLTDQATHL
YIDNTRYWFS TQPSVTRLAQ DRAEQVQQDQ DKVWDEIIRR LRADKQRGEF TAVHIAPDSS
ADVPDEMNAR LVVLGPQHPH KNKENNTPAL TRGNEILHNK GASPRYSKNM LLFLAPDKAK
LELLEQSVCQ YLAWNSIVSD KEALNLDVFQ SNQATTKQQQ TDKDVKSLIQ EAYIWLIVPS
QPDPQGEIEW QEIRLQKQDS PILQASRKAV HEEHLIPNYA ASRLRLEALD PYLWRDVNHL
DLKKLWEYLA YYLYLPRLKN QQVLLQAIAE GVASLLLNDN FAYATGYDES KGRYLGLKAA
EHITVTLSSQ NLIVKPEIAQ RQMEADAAAI TKLPIPGVKE GTGSYKTERE KTIDTVITPD
DSSNGKVTVI IPPKRFYGSV KLDALRLQRD VPQLANEVIQ HFSSLMDAEV EITLEIQVKA
PEGIPENVIR TVTENCRVLK FSHQEFEPE
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