| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_4825 |
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| Symbol | |
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| ID | 3679401 |
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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 | 6062360 |
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| End bp | 6065389 |
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| Gene Length | 3030 bp |
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| Protein Length | 1009 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637720182 |
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| Product | tetratricopeptide TPR_3 |
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| Protein accession | YP_325317 |
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| Protein GI | 75911021 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4995] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.137513 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCGACTTC CTATTATTCC TCTAACTCTA ATTTTAGCTT TAGCTTCCCC ATCTCTAGCA
CAAGCACCAA CCCCAACCGC CGAAGAACAG ATAACACAGG CTGTGATATT GAATAGTAAC
GGTGAATCCC TAATTTACAA AGATTTTTTT GGTGTAGGGG AGTTACAAGC AGCTTTGGAA
AACTTCCAGC AGGCGTTAGC TATTTTTAAA AAATATGGTG CTAAGGCTGG AGAAGCGAAC
AGCCTTGTAA ATATTGGTTA TGTGTATTTT CGTAAAGGGG AGTATGGGAA AGCGCTCGAA
TATTTTCAGT CCTCCTTAGA TATTCGCAGA AAAACAAGAG ACCGCCAAAA TGAATGGATA
CCTCTTTCTT ATATTGGTGA AGTATATGTC AATTTGGGAC AGTATCCCCA GGCGCTGGAA
TATTATCAGC CAGCTTTAGC TATTATCAAA GAACTGAAAG CAGCTAATCC CAAAGATTCT
AGTTATGCTA CTAGCGAAAA AACTCTGCTG GCTGATATTG GTGCGGTTTA TTTTCGGATG
GGACAGTATA CAAAAGCTCT CGATTTTTAT CAGAAAACAT TGGCAATGCA AAAAGCTGAT
GATGATAAAA TTGGTGGTAT TCAAACTTTG AATAATATCG GTGTAGTTTA CGTTAATTTA
GGCAACTATA AACAAGCCTT AGATTCCTAT CAGCAAGGTT TAGCTAATCT GCAAGAATGC
TGCTCGAATT ATATTGGTAC GAAAGCCGCA ATTATTAATA ACCTTGCCAG TACAAATTTT
AGTTTGGGTC AATATAAAAA ATCTCTAGAA TTAGCCGAAG AATCAGCAAA TATTTATAGC
AGAATTAATC ATGATGCAGA AAAAGCTACG AAACAAGAGA TAAAATTACT TTATGATTAT
TTAGGGCAAA ACTCCCAAGC TTTGCAACAA GTCGCCAGTC GTGCTAATGT TGGTGATGCT
TTTGGTAAGG ACTCTTTTCA GTTCCAAGGT AGAGCCTTAA ATATGAATAA TATTGGACAA
ATTTATTTGA GTTTGGGTAA ATATGACCAA GCATTAAAAT TGTATCAACA AGCTTTAAAT
ATATATCAAG AGAATAGCTA TAAACCGGGA ATTGCTGTAA CTCTGAATAA TATTGCTAAG
GTGCAAAGTA GTTTAGGTAA GTACCTGCAA GCTATTGAGT TAAATCAGCA AGCTTTAACT
ATTTATCAAG AAGTAGGCGA TCGCACCGGG GAAGGTGTGA CAATGAGTAA TCTAGGACAA
ATCTACCAAA AACAAGGTCA GCAGGAGAAA GCTTCAGGAC TGTATCAGCA AGCTTTAGCC
ATGCACAGAC AAGTTAGCGA TAAAGTCAGT GAAGCCGCAA CCCTCAAACT TTTAGCCGAT
ACCCTATCTG CACAAAATCA ACCACAACTA GCGATCGCAT TTTACAAGCA ATCAGTCAAC
CTCACGGAAA GTATTCGCCA AAGTTTACGC ACCATCCCCG CAGATATCCA AAAATCCTAC
ACAGAAACCG TCGCTGAAAG GTATCGCCGC CTGGCTGATT TATTACTCAA ACAAAACCGT
CCCAGCGAAG CACAGCAAGT TCTAGATTTA CTCAAAATCC AAGAAGCCAA TGATTTTATT
GGTAATCGCC GTAGTCAACC CCAAACAACA ACAGCAGTAG TTAACACTGG ACAAAGGGGA
GTGAATACAG AACCCCAGCT AAGCCAAAAA TTACCACTGC AACCCCAAGA ACAGCAGATA
TCCCAAAAGT ATAGCGCCAT TCAAGACCAA GCGATCGCCC TTGGGCAAGA ACTAACAAAC
CTCCGCCAAA CTCCAGCAAA TGCACGCACA GCCACCCAAG AAAAACGCAT TGCTGAATTA
GTGAAACTTG AGCAAACAAT TACGGCTGAG TTTAATAAAT TTACCAAAAC ACCTGCGGTA
GTCGCTCTTG TACAGCAATT ATCTGCCAAT TCTGGACAGG AAAACCTCAG CCTAAGACAA
CTTAATTCCC TGCGGGATAA TTTGCGACAG TTAAACAAAA AAGCCGTCTT ATTATATCCC
TTAGTATTAG ATGACAGATT AGAGTTAGTT GTCGTTACGG CGGATACACC CCCAATTCAT
CGTCCAGTTC CCGTCAAACC AGCAGAACTA AATCAAGTAA TTAATGAATT TCGACAAGCT
ATAGTTGTTC CCTATAAAGA TAGTAAAATA CCAGCAAATA AATTATATAA CTGGCTCATT
AAACCTATAG AAAATGACCT GAAACAAGCT AATGCTCAAG CAATTATTTA CGCTCCCGAT
AGCAAACTCA GATATATACC ATTAGCTGCA TTATATGATG GCAAAAATTG GCTAATCGAG
CATTATATCA TTAATAATAT TACTGCCGCT AGCTTGACCA AATTAAACAG CAAACCCCAA
GCCTCTCTAC CAACTTTAGC CGCAGCCTTT ACCAAAGGCG ACTATAAAGT AGCAGTAGGC
GAACGTCAAG AAGTATTTAG TGGTTTACAA TTTGCTAAAG TTGAAGTAGA CAATTTAGCC
AAGACAATTA AAGGCACAAA AATACTTTTA GATAATGATT TTAGCCCCCA AGTTACAATC
CCCCAAATGA ACGATTACAA AATCGTCCAT CTGGCAACTC ATGGGATGCT GGTGAGTGGT
GATCCAGAAA GTTCATTTAT ATTATTTGGT AACGGCGATC GCGTCACCAT TAAAGATATC
GAAAACTGGT CTTTACCAAA TGTTGATTTA GTAGTATTAA GTGCTTGTCA AACAGGTTTA
GGTAATCAAT TAGGTAACGG TCAAGAAATT CTCGGTCTAG GATACCAAAT TCAATTAACA
GGTGCAAAAG CTTCCATCGC CTCACTATGG GCTGTTTCTG ACGGCGGCAC ACAAGCATTA
ATGGATGGCT TTTATAATGT CTTAAAAACA GGTAATTTAA CTAAATCTGA AGCTTTACGT
ACAGCACAAC TTTCCTTATT GACAGGCAAT AATCAGTTTA ATCATCCCTA TTATTGGGCA
TCATTTATAT TAATTGGCAA TGGGCTTTAA
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| Protein sequence | MRLPIIPLTL ILALASPSLA QAPTPTAEEQ ITQAVILNSN GESLIYKDFF GVGELQAALE
NFQQALAIFK KYGAKAGEAN SLVNIGYVYF RKGEYGKALE YFQSSLDIRR KTRDRQNEWI
PLSYIGEVYV NLGQYPQALE YYQPALAIIK ELKAANPKDS SYATSEKTLL ADIGAVYFRM
GQYTKALDFY QKTLAMQKAD DDKIGGIQTL NNIGVVYVNL GNYKQALDSY QQGLANLQEC
CSNYIGTKAA IINNLASTNF SLGQYKKSLE LAEESANIYS RINHDAEKAT KQEIKLLYDY
LGQNSQALQQ VASRANVGDA FGKDSFQFQG RALNMNNIGQ IYLSLGKYDQ ALKLYQQALN
IYQENSYKPG IAVTLNNIAK VQSSLGKYLQ AIELNQQALT IYQEVGDRTG EGVTMSNLGQ
IYQKQGQQEK ASGLYQQALA MHRQVSDKVS EAATLKLLAD TLSAQNQPQL AIAFYKQSVN
LTESIRQSLR TIPADIQKSY TETVAERYRR LADLLLKQNR PSEAQQVLDL LKIQEANDFI
GNRRSQPQTT TAVVNTGQRG VNTEPQLSQK LPLQPQEQQI SQKYSAIQDQ AIALGQELTN
LRQTPANART ATQEKRIAEL VKLEQTITAE FNKFTKTPAV VALVQQLSAN SGQENLSLRQ
LNSLRDNLRQ LNKKAVLLYP LVLDDRLELV VVTADTPPIH RPVPVKPAEL NQVINEFRQA
IVVPYKDSKI PANKLYNWLI KPIENDLKQA NAQAIIYAPD SKLRYIPLAA LYDGKNWLIE
HYIINNITAA SLTKLNSKPQ ASLPTLAAAF TKGDYKVAVG ERQEVFSGLQ FAKVEVDNLA
KTIKGTKILL DNDFSPQVTI PQMNDYKIVH LATHGMLVSG DPESSFILFG NGDRVTIKDI
ENWSLPNVDL VVLSACQTGL GNQLGNGQEI LGLGYQIQLT GAKASIASLW AVSDGGTQAL
MDGFYNVLKT GNLTKSEALR TAQLSLLTGN NQFNHPYYWA SFILIGNGL
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