| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_1314 |
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| Symbol | |
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| ID | 3682960 |
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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 | 1611653 |
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| End bp | 1614382 |
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| Gene Length | 2730 bp |
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| Protein Length | 909 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637716652 |
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| Product | peptidase M, neutral zinc metallopeptidase, zinc-binding site |
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| Protein accession | YP_321833 |
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| Protein GI | 75907537 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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| Plasmid unclonability p-value | 0.917609 |
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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 | 20 |
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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 | ATGAACCTGC TGGAAAGCTT GAATAGATTA ACTAAAAATC ATTTGGGGAT AGGAATTGTT
GATGCTTGGT TGCAAGCACC ACAAACGAGA GAAGCTAGCC AAAAAGCAGC ACAACTAGCT
CAAACAAAAC ACCTACGGGA GGCTGTCACC ATAGCCGAAA AAGCCCTGAG TTGTTGGTCA
AGAAAACCGG GGTTTTGGGA ACGGTTGATT TGCCAAATCC TCTTAGGTAA GTTGGTCAAT
CAACTAACTC AGCAATTACA AGAATGGCGC AAACAAGTAG GGACAGTTGA CAAACAACTT
GCTAGCGCTA AAACTCTACT CAAACAAGAT ACTGGCGATC CTTGGGAAAC AACAAACCTG
ACAAATATCA TCACCATTTA TCAGCGTTGT AGCAAAATTA TCCACGACGA GAGGATATTG
CAAGCCATTC AACAATGTCA ACAAGAACTA CAGAAACGCC AACAGTTCCA AGAATTGGTA
AAGCAAGCCC AATCTCTGGT AGAAAATCTG TTTTTTAAAA ATGCGATCGC CACTTACCAG
CAAGCTGAAG AACTTTACTC CACCCAGCTA CTAACTCAAG CCATTGCTAC CGCTACACAG
CAAGTTCCAC AAGAAGAAGC TTACGACGCT AGTTTACAAA GAGTGCGACA GGGAGAGACG
GAAGGAAAGT TACGGGGAGC GATCGTACTT TTAGAATCTG CTTTAGCAAA ATTTCCCCGC
ACCGACGGCC ATGAGTTACT ACACAAACTT AAATCACTCG TTCAAGGTAG AGAACTATTT
CGCCGAGGTT TAGCCGCAGA AAAAATTGGT GATTTCCCAA CAGCGATTTC TTTATATACA
AATGCTGAAT CTCTATTACC AGAAAACACT AACTGCCGTA TCAGGTTAGG CTTAGTCACA
ATTAAAACTC AAGCATGGGA AACAGCGCTA TCTTACTTGG AAGATTTACC GGGAGAACAA
GCTGCATATC TAAGGGGATT TGTGTATGCA CAACAGGAAA ATTTACAAAT AGCTTATCGA
GAATGGCAAG GATTATCGGG CGCACAAATC AGTGAACAAC GAGAAATACT CAAAATTCTC
AGCCAAAGAC AACGCCTGTT TTCTCTACAA AATATTGAAG AATTAGTTAA AGCCGAAAAT
CTAGAACAAG CAAAAATAGC CAGTAGAGAA TTTACCCAAA AATTTGGTTT TCATCAGTTA
GTAGAAGAAA ATCTCCAAGA ACATATCCAG CCACGTCTTG AAGCGGCAGT TTGGCAAAGA
GCTAACTGGC AATTGATTAG CCAACAAGCT GAAAATTATT GGATTGCCGA ACCTAATATT
ATTACCTTAC ATAATTGGGC AGTGGCAAAT TATTATCACG CTCAACAGGA TTCAAATCAA
ATCATAAATT TAATTATTTC TTTATCCACA GCTTTAGCAA ATCTGCATAA AGATATAAAT
CTTCAAGATG TGCCTTGGCT AGGAACACAA TCTGTTGATT TTCAATTAGT ATTTAATCAA
GTCAAAAACA GAATAGAAAC ATTTATCGAT ACTATAAAAG ACAAAAATAT TGAAGATTAT
CTAAAGTTTC GTGATTGCTG GCGATTGGAA ACATTAGCTT TGGATTTAAT GGATCAACCT
CCAATCAAAG GCATAAAAAT GAACGATATA TTTTTAACTC CCGGTTGTTA CAACCATTAT
CTTAAATTCG ATCCAAGCAA TAATTTTAAC TCAATAGAGC CTCACCAAAA AATCCTACAT
TGCTTATACA CAAATTGGGG ATTAGCAGTA GCAGCTTGTG TGGCGGGAGA TAGCCAAAGA
GCAATTAAAC TTAAACCTAT AAATCTAGCA ACTTCTGATT TAGAAATATT TGCTCATAAC
TTTGTTGCTT ACCATGAAGG ATGCTATCAC CTACAGCAAC AGAAATGGCG TGAGGCAATT
CATCCACTCA ACCAAGCAAA GTCAGAAATT CTGGCTAATC AAGAATGGCA AATAGAACTA
GATAGACTTT GCAGCTTACA GCGTCAAAAT ATCTCTGAAG ACCACGAACA TTTAGTTTTT
GCTCAATTTT GGTACGATAT TTTAAATAGC ACTAAGGCTA GAGCTTATTT AGGTGAATAC
AAAGCAGAAA GAATCCGAGA GCAACTTGCT AGTAAACAAA TATCTAAGCA AAAAGCTCTT
AAAGAACTAG AGAGAATTAA ACTAATTGAT GCTGACAACC CTATTGTAAT AGATTTAATT
CAGCGAATTG AAGTGGCATT GGCAGTAGAA GTCATTGAGG AATTTTTAAA TAAAAATAAT
CTAGAAGGAG CCGTTAAATT TGCAAAACAG AATCAATATC TGAAGGTTAA AAATATAGTC
ACTGAAATTT GTGTAGATAT TTTAGTTGAT GGATTTAAAA GCGGAAAATT GGGCTTTGAA
GAGATTTATG ATTTAGGTCG TTGGGCTTAT GAACTTAGTC CTGATGAGCC AAATATCCAA
GAAATCTATC TGATTAGCCA AGAACTCCAT GAAATCCATC ATCTCATTAA ACGCGATCGC
TATGAAGAAG CCGTCCGCCG TGCCAAGTAT TCAGAATATG ACGCTATTCA TTCCTATGTC
GGCGATTATT TGATGATGAC CTTGATTAGA GGAATGAAAA GTGAAACATT ATCTACCCAT
TTAGTCCATC AATTAGGTCG TTGGGTTTAT CAACTCTGTC CCCATGACCC AGATTATCAA
GAAATCTACC GCCGACTGAA TATTCGTTGA
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| Protein sequence | MNLLESLNRL TKNHLGIGIV DAWLQAPQTR EASQKAAQLA QTKHLREAVT IAEKALSCWS
RKPGFWERLI CQILLGKLVN QLTQQLQEWR KQVGTVDKQL ASAKTLLKQD TGDPWETTNL
TNIITIYQRC SKIIHDERIL QAIQQCQQEL QKRQQFQELV KQAQSLVENL FFKNAIATYQ
QAEELYSTQL LTQAIATATQ QVPQEEAYDA SLQRVRQGET EGKLRGAIVL LESALAKFPR
TDGHELLHKL KSLVQGRELF RRGLAAEKIG DFPTAISLYT NAESLLPENT NCRIRLGLVT
IKTQAWETAL SYLEDLPGEQ AAYLRGFVYA QQENLQIAYR EWQGLSGAQI SEQREILKIL
SQRQRLFSLQ NIEELVKAEN LEQAKIASRE FTQKFGFHQL VEENLQEHIQ PRLEAAVWQR
ANWQLISQQA ENYWIAEPNI ITLHNWAVAN YYHAQQDSNQ IINLIISLST ALANLHKDIN
LQDVPWLGTQ SVDFQLVFNQ VKNRIETFID TIKDKNIEDY LKFRDCWRLE TLALDLMDQP
PIKGIKMNDI FLTPGCYNHY LKFDPSNNFN SIEPHQKILH CLYTNWGLAV AACVAGDSQR
AIKLKPINLA TSDLEIFAHN FVAYHEGCYH LQQQKWREAI HPLNQAKSEI LANQEWQIEL
DRLCSLQRQN ISEDHEHLVF AQFWYDILNS TKARAYLGEY KAERIREQLA SKQISKQKAL
KELERIKLID ADNPIVIDLI QRIEVALAVE VIEEFLNKNN LEGAVKFAKQ NQYLKVKNIV
TEICVDILVD GFKSGKLGFE EIYDLGRWAY ELSPDEPNIQ EIYLISQELH EIHHLIKRDR
YEEAVRRAKY SEYDAIHSYV GDYLMMTLIR GMKSETLSTH LVHQLGRWVY QLCPHDPDYQ
EIYRRLNIR
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