| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_B0281 |
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| Symbol | |
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| ID | 3677567 |
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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_007410 |
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| Strand | + |
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| Start bp | 299393 |
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| End bp | 302590 |
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| Gene Length | 3198 bp |
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| Protein Length | 1065 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 637714987 |
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| Product | hypothetical protein |
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| Protein accession | YP_320181 |
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| Protein GI | 75812562 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG4098] Superfamily II DNA/RNA helicase required for DNA uptake (late competence protein) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.503422 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGGCATTG AATCACATCA TTTGCAAGAA TGGCTAGATA GTGACGTTGA TGAAGAATTA
ATTGCCCTGA ATATGAGGTC GCTTTACGGT AATGTACCGT ATGAATACCT CTTGTACAGC
CCGAATATCT CCCGCCGCAA CGATGGACGA TTGCGGGACA GGGATTTGAA AAAGTACCAA
CATATTGAAC TCGGCGGCTG GTGGTGTAGT GGTATTGACC CACTCAACGA TCATCAACAA
ATGCTCTGGG GTTGCTTTAA ACCCGACAAA CCCCGGCGAG ATCCCCAAAA GTTTCACAAG
TTCATCAAAT ACGAGCATCC TTACCGAGAG CAAACACGCG CTTTCTTCCT GCAAGTCACC
AAGAAAATTT GGGTGAAAGT GTCGAATCGT TGTGGTATTT CTATCACTGA TGGAGATTTG
CTTCATCCCG GTGGTTTCTG GCATTGGGTT TGGAAAAACA ATGTGCCAGT AATAATTGTC
GAAGGAGCCA AAAAAGCAGC TTGTTTACTA TCAGCAGGCT ACGCGACGAT CGCCATTTCT
GGTGTAAATG CAGGATACCG CACACCTTAT GATGAGTACG GTACTGCTAT CGGTAAGCCA
TCTCTTATCC CAGACCTAAA ACACTTTGCA ACACAGAATA GACAAGTCAA CATTTGCTTT
GACCAGGACA GCAAGCCTGA AACCGTGCAA AGGGTGAGAA CAGCGATTAG TCGTATGGGT
CGGCTGCTTG TAAACGAAGG CTGTTCTTTA CGAGTGATTG ATTTACCTTT TGGTCAAGAA
AAAGGTGTTG ATGATTTTAT CGTGGCTCAT GGTCAGCCAG CGTTTCATGC ACTTTACAAT
ACCGCCGAAC CATTGGAATT ATGGGAAATC AAGTTATTCA CCCTGTTAAC TTATCCCCCA
GCGATCACAT TAAACCAAAA ATTCTTGGGT GGGCTGATTG CACCTGTTGG TGAAAAGTTG
ATTGTCCTCA AAGCACCCAA AGGCACAGGT AAAACCGAGT GGTTGACCCA GGAAGTCGCT
AAAGCACATG ACCAGGGAAG GCGAGTATTA ATCATCACTC ATCGCATTCA ATTGGGTGAG
GCGTTATGCG ATCGCTTCGG TGTTGATTAC GTTAGTGAAC TCTACACGTC TGACACGGGC
GGCTTACTCG GTTATGGCGT ATGCGTTGAC TCGTTGCACA AAGACAGTCA AGCTCGGTTT
GACCCAGAGG ACTGGTCTAA CGATGTTGTG ATTATAGATG AATGTGACCA AGTTTTTTGG
CATCTGCTCA ACTCTACTAC AGACGTGCAG AAGCGGCGGG TGTCAATTCT TCGCAACTTT
AAGCAGTTGG TACAGAATGT CTTGGGTAGC GAACACGGTA AAATTTACCT TTCTTCTGCC
GACGTGTCAG ATACAGATGT CAAGTACATT TTGTCTCTGG CTGGAGAATA TAAAGTTAAC
CCGTTTGTGA TCGTCAACAA TTATCAGTCG GTGTCTGGCA AATGTTACAA CTATTCTGGT
AGCAACCCCA AGAATTTAAT CGCGGCGTTA GACAAGGCGA TTGAGAAAGG GGGACACCAT
TTATTATGTT GTTCTGCTCA AAAAGCAAAA TCTAAATGGG GAACCCAAGC CTTAGAACAA
CGGTTTAAGC AGAAATTCCC ACACCTACGG ATTCTGCGAA TTGACAGTCA TTCTGTTTTA
GACCCGAAAC ACCATGCCTT TGAGTGTATT GCCCATCTCA ACGAAATTCT CACGCAATAT
GATTTAGTCA TTGCTTCGCC CAGCTTGGAA ACAGGCGTTT CTATCGATAT TCGAGGTCAT
TTTGATTCGG TTTGGGGGAT ATTCCAGGGA GTTCAGCCTG TGGACTCTGT ACGGCAGATG
TTGGCACGGT TGAGAGAAAC TGTTGACCGT CACATCTGGG TTAGTCGGTA CGGTATGGGG
ACTGTGGGCA ATGGTTCAAC TTCTATGGGT GGATTGTTGC GGAGTCAGGA CATTGCAACC
CAGGCTAACA TTGCCCTTTT GTCGGCTTCT GATAATGATG ACTACTCTTT CATTGACCAG
AATTTTCAGC CCGAATCTTT GCAGACTTGG GGCAAGCGTG GGGCTGTCAT CAATGTTGAA
ATGCGCCGCT ATCAAGAATT TGTGCTGAAG GGTTTGGCTG CTGACGGTTA TACGATTATT
GATGCGGGTG ATTTCGACCC CGACGAAACC AAGGAAGTTG TTAATGAGGT GAAAGCAGCC
TCCAAAGAAT TATATTCTGG GGAATGCTTG GGGATTTCTC AAGCTGAAGA GGTGTCTGAT
GCCGAACTGA AGAAATTGCA GGAGAAACGC GTTAAAACGA AAGAAGAACG TCATCAGCAG
CGAAAGGCGG AATTGTCTCG ACGTTATGAG GTTGAGGTAA CGCCTGATTT AGTTGAGAAA
GATGATGACA GTTGGTATCC ACAGCTAAGG CTGCACTATT ATCTGACGGT GGGGCGAGAG
TTCCTGACGA AGCGGGATAG CAAACGGACT AAGGCGCAGG CTGAGGCTGG AGAGAATGCT
ATTTGGAAAC CTGACTTTAA TAAGGGGCAA ATGTTGTCGT CGGTGCTGTT GTTAGAAAAA
CTGAATCTAT TGCAGATGTT TACGCCTGGG AAGAAGTTGC GGGGTTCAGA TCAAGGGATG
CAGGAACTTA AGGCGATCGC GCTACAGCAT CGGTTCCTGA TCAAGAACTA TCTGAACGTA
ACTATTTCGG AGAAATTGAC ACCTGTGGCG ATCGCACAGA AGCTACTCGA TAAGATTGAT
TTGCGACTGT CTTATGTGGG AAGGCTAGGG CCGAGGGGTC ATCGGGAGAG TGTCTATAAG
TTTGTTGGAG CTGATGATGG GCGTGATGTG ATTTTCCAAC AGTGGTTAAA TCGGGAGTTG
GTGTCAGTCA CCAGTAATAT AAATGTACTA ACACAAGTTA GTGACACAAC AAGGTTATCC
ACACTCCCCA CTAATGATAA TTGCGGGGAC ATGGACGGAC TAGAAAACTC TACTGATTCA
TGGTGGCAAC AGGTTAAATC TCATAGTGCA AAGTTTATAG AACTCTTTGA ACATGGTTTG
GAATCAGTCA AAGAATTTCT TTCCACCCTC ACCAGTGACG AGCGCTGGGG CGTGATGATG
GCGATTGATG AGCAAGCGCC CGTGATGTTT GAGCAACTGG TGGCGCAGGT TCCCGATTGG
GTGCAGTGGT TGGTTTGA
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| Protein sequence | MGIESHHLQE WLDSDVDEEL IALNMRSLYG NVPYEYLLYS PNISRRNDGR LRDRDLKKYQ
HIELGGWWCS GIDPLNDHQQ MLWGCFKPDK PRRDPQKFHK FIKYEHPYRE QTRAFFLQVT
KKIWVKVSNR CGISITDGDL LHPGGFWHWV WKNNVPVIIV EGAKKAACLL SAGYATIAIS
GVNAGYRTPY DEYGTAIGKP SLIPDLKHFA TQNRQVNICF DQDSKPETVQ RVRTAISRMG
RLLVNEGCSL RVIDLPFGQE KGVDDFIVAH GQPAFHALYN TAEPLELWEI KLFTLLTYPP
AITLNQKFLG GLIAPVGEKL IVLKAPKGTG KTEWLTQEVA KAHDQGRRVL IITHRIQLGE
ALCDRFGVDY VSELYTSDTG GLLGYGVCVD SLHKDSQARF DPEDWSNDVV IIDECDQVFW
HLLNSTTDVQ KRRVSILRNF KQLVQNVLGS EHGKIYLSSA DVSDTDVKYI LSLAGEYKVN
PFVIVNNYQS VSGKCYNYSG SNPKNLIAAL DKAIEKGGHH LLCCSAQKAK SKWGTQALEQ
RFKQKFPHLR ILRIDSHSVL DPKHHAFECI AHLNEILTQY DLVIASPSLE TGVSIDIRGH
FDSVWGIFQG VQPVDSVRQM LARLRETVDR HIWVSRYGMG TVGNGSTSMG GLLRSQDIAT
QANIALLSAS DNDDYSFIDQ NFQPESLQTW GKRGAVINVE MRRYQEFVLK GLAADGYTII
DAGDFDPDET KEVVNEVKAA SKELYSGECL GISQAEEVSD AELKKLQEKR VKTKEERHQQ
RKAELSRRYE VEVTPDLVEK DDDSWYPQLR LHYYLTVGRE FLTKRDSKRT KAQAEAGENA
IWKPDFNKGQ MLSSVLLLEK LNLLQMFTPG KKLRGSDQGM QELKAIALQH RFLIKNYLNV
TISEKLTPVA IAQKLLDKID LRLSYVGRLG PRGHRESVYK FVGADDGRDV IFQQWLNREL
VSVTSNINVL TQVSDTTRLS TLPTNDNCGD MDGLENSTDS WWQQVKSHSA KFIELFEHGL
ESVKEFLSTL TSDERWGVMM AIDEQAPVMF EQLVAQVPDW VQWLV
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