| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_0140 |
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| Symbol | |
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| ID | 3683279 |
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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 | 183779 |
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| End bp | 186409 |
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| Gene Length | 2631 bp |
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| Protein Length | 876 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 637715467 |
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| Product | ATPase |
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| Protein accession | YP_320661 |
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| Protein GI | 75906365 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0542] ATPases with chaperone activity, ATP-binding subunit |
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| TIGRFAM ID | [TIGR03346] ATP-dependent chaperone ClpB |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.182889 |
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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 | 25 |
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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 | ATGCAGCCTA CAGATCCTAA TAAATTTACT GATAAAGCCT GGGAAGTAAT TGTCAAATCT
CAGGATATAG TTCGGGCATA TCAACAACAA CAGCTAGATG TTGAACATTT AATTCTGGCT
CTGATAGAAG ATCCTACTAG TTTAGCTGTG CGGATTTTGG GTCGTGCAGA AATTGACCCG
ATTCGCTTAC AACAGCAATT AGAAGCTTTT ACCCAGCGTC AACCGAAAGT AGGCAAAAGT
GACCAACTTT ACCTCGGTCG CAGCTTGGAT GTTATGCTCG ATCGCGCCGA GGAAATTCGG
GAGCGAATGA AGGATGGCTA CATCTCTGTA GAACATATAC TTTTAGCTTT TGTGGATGAT
GAACGTGTTG GTAGGAAGGT CCTCAAAGGC TTTAGTGTAG ACAGTGCCAA GATAGAAGCG
AGTATCAAGG CTGTTCGTGG TAGCCAAAAA GTGACAGACC AAAATCCAGA ATCTCGTTAT
GAAGCCTTAC AGAAATTTGG TAGGGATTTG ACAGAACAGG CAAAATCTGG AAAATTAGAC
CCAGTTATTG GACGAGATGA CGAAATTCGC CGGGTAATTC AGGTGTTATC TCGCCGGAGC
AAAAATAATC CCGTCTTGAT TGGTGAACCT GGGGTTGGTA AGACAGCGAT CGCCGAAGCT
TTGGCACAGC GTATAGTTAA TGGAGATGTC CCGGAATCTC TAAAAAACCG TCAATTAATC
TCTTTAGATA TCGGGAGTTT GATTGCTGGG GCAAAATATC GAGGCGAATT TGAAGACCGA
TTAAAAGCCG TCCTCAGGGA AGTTACGGAA TCCAACGGTA ATATTGTTTT ATTTATTGAT
GAACTACATA CCGTCGTAGG TACTGGTTCT AACCAACAAG GAGCAATGGA TGCGGGTAAC
TTGCTCAAAC CCATGCTGGC GCGCGGAGAA CTGCGGTGTA TTGGGGCGAC GACCTTAGAT
GAGTTTCGCA AGTTCATCGA AAAAGATGCA GCCTTAGAAC GGCGTTTTCA ACAAGTGTAC
GTAGACCAAC CAAGTGTAGA AAATACGATT TCTATTCTGC GGGGGTTGAA GGAACGCTAC
GAAGTCCACC ATAATGTGAA AATCTCTGAC TCTGCACTGG TAGCCGCAGC AACTTTATCA
GCACGTTATA TTGCTGACCG CTTTCTACCA GATAAAGCCA TTGATTTAGT CGATGAAGCC
GCCGCCCAAT TAAAAATGGA GATTACCTCC AAACCAGCAG ACTTGGAAGC CATTGACCGC
CGTTTGATGC AGCTAGAAAT GGAAAAGCTG TCCTTGGCGG GAGAGGAGAA AGTTGCAGCA
CCAACTAAGG AACGTTTAGA GCGAATTGAG CTAGAAATCA CCAATTTAAC CGAAAAGCAG
CAAGATTTAA ACAACCAATG GCAAGGTGAA AAGCAGGTAT TAGAAGCTAT TAGTCTGTTA
AAGAAAGAAG AAGACGCTTT AAGGGTGCAG ATTGAGCAAG CAGAACGCGC CTATGATTTG
AATAAAGCGG CGCAGTTGAA GTATGGCAAA CTGGAAGGAG TACAGCGCGA TCGCGAAGCT
AAAGAAGCAA AACTCTTAGA ATTACAAAGC CAAGGTTCTA CCCTGTTGCG TGAACAAGTC
ACCGAAGCCG ACATCGCCGA AATCGTCGCC AAGTGGACAG GTATCCCTGT AAATCGCCTG
TTGGAATCAG AACGGCAAAA ACTCCTACAA CTAGAAAGTC ACTTACATCA ACGGGTTATC
GGCCAGCAAG AAGCAGTGGA AGCAGTTTCC GCCGCCATTC GCCGCGCCCG CGCTGGGATG
AAAGACCCCA ATCGCCCCAT CGGCTCATTC TTATTCATGG GGCCGACAGG GGTAGGTAAA
ACCGAACTCG CCCGCGCTTT AGCCCAGTTC CTCTTCGACT CCGATGATGC TTTAGTGCGC
TTAGATATGT CCGAGTACAT GGAAAAACAC TCAGTCTCTC GCTTAGTCGG CGCACCTCCT
GGTTATGTAG GCTACGAAGA AGGTGGACAA CTTTCGGAAG CAGTCCGCCG CCATCCTTAT
TCTGTAGTGT TATTGGATGA AGTAGAGAAA GCCCACCCCG ATGTGTTTAA TATTTTATTG
CAAGTGCTGG ATGATGGCAG AATTACTGAT TCCCAAGGTA GAACAGTAGA TTTTCGCAAC
ACCGTCATTG TCATGACCAG TAACATCGGT AGCGAATATA TCTTAGATGT GTCTGGTGAC
GATACCAAGT ATGACACAAT GCAGAATCGG GTCATGGATG CCTTGCGATC GCACTTCCGC
CCCGAATTTC TCAACCGCGT TGATGATACA ATCCTCTTCC ATGCCCTCAG TCGTAGCGAA
ATGAGCCACA TCATCCGTAT TCAACTCAAA CGGGTGGAAA GTCTCCTGAG AGAACAAAAA
ATCTCCTTTG AAATCTCCGC CGCCGCCTGT GATTTCCTAG TAGAAAAAGG CTATGACCCA
GTTTACGGCG CACGCCCCCT CAAACGAGCC ATCCAGCGAG AAATCGAAAA CCCCCTCGCC
ACCAAGATAT TAGAAAACAC CTTTATCTCC GGTGACACCA TTTACATAGA CCAAGGCGAA
AATGGTTTAA GTTTCACTAA TAAAGCACCA GTAAAAGTTT CCATCCCCTA A
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| Protein sequence | MQPTDPNKFT DKAWEVIVKS QDIVRAYQQQ QLDVEHLILA LIEDPTSLAV RILGRAEIDP
IRLQQQLEAF TQRQPKVGKS DQLYLGRSLD VMLDRAEEIR ERMKDGYISV EHILLAFVDD
ERVGRKVLKG FSVDSAKIEA SIKAVRGSQK VTDQNPESRY EALQKFGRDL TEQAKSGKLD
PVIGRDDEIR RVIQVLSRRS KNNPVLIGEP GVGKTAIAEA LAQRIVNGDV PESLKNRQLI
SLDIGSLIAG AKYRGEFEDR LKAVLREVTE SNGNIVLFID ELHTVVGTGS NQQGAMDAGN
LLKPMLARGE LRCIGATTLD EFRKFIEKDA ALERRFQQVY VDQPSVENTI SILRGLKERY
EVHHNVKISD SALVAAATLS ARYIADRFLP DKAIDLVDEA AAQLKMEITS KPADLEAIDR
RLMQLEMEKL SLAGEEKVAA PTKERLERIE LEITNLTEKQ QDLNNQWQGE KQVLEAISLL
KKEEDALRVQ IEQAERAYDL NKAAQLKYGK LEGVQRDREA KEAKLLELQS QGSTLLREQV
TEADIAEIVA KWTGIPVNRL LESERQKLLQ LESHLHQRVI GQQEAVEAVS AAIRRARAGM
KDPNRPIGSF LFMGPTGVGK TELARALAQF LFDSDDALVR LDMSEYMEKH SVSRLVGAPP
GYVGYEEGGQ LSEAVRRHPY SVVLLDEVEK AHPDVFNILL QVLDDGRITD SQGRTVDFRN
TVIVMTSNIG SEYILDVSGD DTKYDTMQNR VMDALRSHFR PEFLNRVDDT ILFHALSRSE
MSHIIRIQLK RVESLLREQK ISFEISAAAC DFLVEKGYDP VYGARPLKRA IQREIENPLA
TKILENTFIS GDTIYIDQGE NGLSFTNKAP VKVSIP
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