| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_C0219 |
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| Symbol | |
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| ID | 3678139 |
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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_007412 |
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| Strand | + |
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| Start bp | 252687 |
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| End bp | 255209 |
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| Gene Length | 2523 bp |
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| Protein Length | 840 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 637715299 |
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| Product | helicase-like |
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| Protein accession | YP_320493 |
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| Protein GI | 75812876 |
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| COG category | [J] Translation, ribosomal structure and biogenesis
[K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0513] Superfamily II DNA and RNA helicases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.0000357618 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 5 |
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| Fosmid unclonability p-value | 0.00781123 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGCTGATAC TTGATGAGGC TCATAACGCC GCCCCAGCAA GTGGTGCCAA ATATGCTGTT
GATTCTCAAC TGACACGAAC TGTCCGTGAC TTAGCACCTC GGTTTGAGCA TAAGCTGTTT
CTGTCTGCCA CTCCCCACAA CGGCCACTCT AACAGCTTTG CCGCATTACT AGAAATTCTT
GACCCACAAC GGTTTTGCCG AGGCGTACCT GTTCGTAACC CAAAACTCCT TGATACTGTG
ATGGTAAGGC GATTAAAACG CGACCTCCGG GAAATAGGAG AAGATTTTCC TAATCGCCAA
GTTATCCCCC TAGTTATTGA TGGGCTACCT GCAAATGCTC CAGAGTTAAA GCTGTCTCGA
TTGTTACAAG AATATCGCCA ACTACGTGAG GAACGGTTAA AAGATACATC CAAATCCACT
CAAAAGTCAG CGATGCTTGT TGTCACTTCT CTGCAAAAAC GCTTACTCTC CTCTATCGAA
GCATTTGCTA GAACTTTAAA GGTGCATCGT ACTGCAATTG AAAAGCAAGC AGCTTCTACT
TCTAATACAA CTAAATTGTC ACGTAATTTA CCGCTACTGT GGGAACCTCC AGGGGCTGAT
GATGACCGCG CTGAACTTGA CGAAATAGAA GTACAGGCAG AAGAAGATGC TCAGATGATG
GCAGCAACTA GTCAAGCTAC CACATCTGCA CTTACAGCCC GCGAATTAGA ACTACTAGAA
GAAATGTCTG AGACTGCAAA TGCTGCACGT TATCAGCCAG ATCCCCGCAT CAAAGAACTA
GAAAATTGGA TTCGTAGTAA TCTGTGTCCA AATTTGGGTG AGCCAGGGGC TACTTGGAAT
GACCGCCGTG TAATTATATT TACTGAGTAT ACAGATACAA AACGTTACCT TCAACAGCAA
TTAGAAGCGT TGATTGCAGG CTCAGACCAA GAGCATGAAC GTATCGATGT ATTTCACGGC
GGTATGAGCG AAGAACGTCG AGAAGCAATC AAACTCGCTT TTAATACTGA CCCGTCTCGC
CATCCTCTGC GTATCCTCAT TGCCACCGAC GCAGCACGGG AGGGGGTAAA CCTACAAAAT
AACTGTGCCG ATTTGTTCCA CTTTGACGTT CCCTGGAATC CCAGCCGTAT GGAACAGCGA
AATGGGCGGA TTGATAGAAA ACTGCAACGA TCGCCTATTG TTCGCTGTTA CTATTTTGCA
CTGCCACAGC GAGCTGAAGA CCGGGTACTA GATATCTTAA TTAAAAAGAC GGCAACCATA
CAAAAAGAAC TGGGTAGCCT TTCCCCAGTG GTAGAGAAGA ATTTATCAAG ATTGCTGGAA
GGGGGTATTC GCCATGAACA AGCAAATTCA ATTGCTGAGG TAATCAAAAA AGTAGACCAG
TCTGAAACTC AAGCCAACGC TTTCTCCCAA GTAGTTGATG AAGAATTGGA GGAAATTAGA
CTCAGGAAAG AGCAATTGGT GAACCAAGTA GCACAACTTC AAGAAATGCT CAAAACTTCG
CAGGACTGGT TGGGACTGGA TGACCGCCAT TTTCGGGATG CTATTTCCGC TTCTTTGGAA
ATTTTGGGAG TCAGTTCGCT TGCACCTGTG GATGCTAATG AGGCAGCTAA TGACCCTACC
ACTGCACGTT GGATAGTACC ATCTCTTAAC CAACGCTTGG GAGCAGACCC TACCTGGGCT
AGTACCCTTG ATACCTTAAG AATACCGCGA AAACACGGTC AAAAACCTTG GGAATGGCGG
CGGGAAGCTC CTATTCGTCC GGTAATCTTC CGTGACTCCG GTACGTTGGA TGGCGATGTA
GTTCACTTGC ATTTGGAACA CCGATTGGTA CAGCGATTGC TAGGACGCTT TTTATCGCAG
GGTTTTACCC ATGATGAATT AACTCGTGCT TGCGTGTGTC TCACGGATGA ACCTTTACCC
AAAGTGTTAA TTTTAGGACG CTTATCTCTA TATGGCGATC GCGCTACTAG ATTACATGAT
GAAGTAATTG CTGTGGCTGC GGAGTGGTCA GACCCAGTAA CTAGAGGGCG TAAAAAGTTA
CAAGCTTTAC CAGAAGGACA AAAGGAGGAT GTTTTAGCTT TATTGGAAAC TTCCTTGGCT
TCTCCCCGGT TGCGAGAGGT TCCCGCATCA GTGAGACAAC GCTTATGTCA AGCTACATCT
CAGGATGTGG GAGAGTTGAC ACCACATTTG CACAAACGCG CAGAGGTACT AGCTGAACGC
GCTAAGAAAA AGCTGACAGC ACGGGGACAA AAGGAAGCTG AGGAAATGAA GAAGATTTTG
GAGGAACAAC GCGATCGCAT TCTCAAAACT AAACAAGAAA CCGAACAACC CCTACAGCTT
TCATTATTTC CTGAAGAAGA ATTGCGTCAG TTAGAAGCAG ACCGTCGCCA TTGGGATAAG
CGGCTAAATA TGTTAGCCCA AGAGTTAGTA CGGGAACCAG CACGAATTGA AGCAATTTAT
GAAGTGAAGG CGGTACGAGT TGAGCCTGTA GGTATAGTTT ATTTGTATCC AGTTAGCGGT
TAA
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| Protein sequence | MLILDEAHNA APASGAKYAV DSQLTRTVRD LAPRFEHKLF LSATPHNGHS NSFAALLEIL
DPQRFCRGVP VRNPKLLDTV MVRRLKRDLR EIGEDFPNRQ VIPLVIDGLP ANAPELKLSR
LLQEYRQLRE ERLKDTSKST QKSAMLVVTS LQKRLLSSIE AFARTLKVHR TAIEKQAAST
SNTTKLSRNL PLLWEPPGAD DDRAELDEIE VQAEEDAQMM AATSQATTSA LTARELELLE
EMSETANAAR YQPDPRIKEL ENWIRSNLCP NLGEPGATWN DRRVIIFTEY TDTKRYLQQQ
LEALIAGSDQ EHERIDVFHG GMSEERREAI KLAFNTDPSR HPLRILIATD AAREGVNLQN
NCADLFHFDV PWNPSRMEQR NGRIDRKLQR SPIVRCYYFA LPQRAEDRVL DILIKKTATI
QKELGSLSPV VEKNLSRLLE GGIRHEQANS IAEVIKKVDQ SETQANAFSQ VVDEELEEIR
LRKEQLVNQV AQLQEMLKTS QDWLGLDDRH FRDAISASLE ILGVSSLAPV DANEAANDPT
TARWIVPSLN QRLGADPTWA STLDTLRIPR KHGQKPWEWR REAPIRPVIF RDSGTLDGDV
VHLHLEHRLV QRLLGRFLSQ GFTHDELTRA CVCLTDEPLP KVLILGRLSL YGDRATRLHD
EVIAVAAEWS DPVTRGRKKL QALPEGQKED VLALLETSLA SPRLREVPAS VRQRLCQATS
QDVGELTPHL HKRAEVLAER AKKKLTARGQ KEAEEMKKIL EEQRDRILKT KQETEQPLQL
SLFPEEELRQ LEADRRHWDK RLNMLAQELV REPARIEAIY EVKAVRVEPV GIVYLYPVSG
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