| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_3678 |
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| Symbol | |
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| ID | 3679234 |
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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 | 4584490 |
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| End bp | 4587327 |
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| Gene Length | 2838 bp |
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| Protein Length | 945 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637719029 |
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| Product | peptidase M16-like |
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| Protein accession | YP_324179 |
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| Protein GI | 75909883 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0612] Predicted Zn-dependent peptidases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | 22 |
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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 | ATGTCTGCAT TATCTATCTG GTATCGATAC CGTTTTTATG TGTTATTGTT GAGTGTTTCT
TTAGTTACAG TATTATTTTT CAGTAATAAC CCTGCTGAAA GTCAATACAA AACTACATTG
AGTCGAGTCA ATTCCCAAGC AACATTAGTG GCGAACAATC ACCATCAATT CCGAGTCACA
GAAAACGTCC ACAAAACAGT TTTGGACAAT GGTTTGACCG TATTCATCAA GGAAGTACCG
ACTGTACCTG TTGTAAGTGT ACAGGTATGG TACAAGTTTG GCTCAAGTCA TGAAGAACCA
GGTGTCAACG GCATCGCCCA TCAATTAGAA CACATGATGT TTAAAGGCAC AAAAAGCCGT
CCTATTCAAT TTGGACGTTT ATTTAGTGCT TTAGGTAGTG ACTCCAACGC CTTCACCAGT
TATGACCAAA CAGCATATTA CGGCACAGTA GAACGAGATA AGCTCAAAGC GTTGCTAGTC
TTGGAAGCAG ACAGAATGCA AAACGCCCTC ATCGATGCTG ACAAATTAGC CAGTGAAAAG
CGTGTAGTCA TTTCCGAATT ACAGGGTTAT GAAAATAGTC CAGAATATCG CCTCAATCGA
GCGGTTATGC AGGCGGTGTT TCCTAATCAT CCTTATGGGT TACCTGTAGG TGGGACTAAG
GCAGATGTAG AAAAATTTCC AGTTGAGCAA GTACAAAAAT ACTATAAAAA CTTTTACAGT
CCCGAAAATG CCGTGTTAGT AATTGTTGGC GATTGCCAAG CAGAAGAAAC CTTGGCAACG
GTAAAAGAGA TATTTGGCGG TATTCCTCAG CGTCAACAGG CAAAAGTCAA TAGTCAACAG
TCAATAGTCA ACAGTCAACA GTCAACAGTC AAAAATCCTA TAGTTCTACG AGAACCAGGC
GCGGCGGGAC TTTTACAAGT GATTTACCCC CTACCGCCAG CGAGTCACCC GGATATGCCT
GCCTTAGAGG TGGTAGATTA CATCTTGACG GAGGGGCGCA ATTCTCGACT ATATAAAGCA
TTGATAGAAT CGGGTTTAGC CAGTGAAGTA GAAGCTTCTG TTGGTGGTTT GCAACGGGCT
GGTTGGTATG AGTTGTTGGT GACGGCAGAT CCAGACCAAG ATATAGGTAA AGTTGACTCG
GTATTGAATA AAGCGATCGC TAATCTTGCC CGCACAGGTA TAAAAGCAGA AGAATTAGCT
AGAGCTAAAA GACAGTTAGA AGCTGCCATC ATTTTGAGTA ACCGGACTAT CACTGATCAA
GCCATGCAGT TGGGCAATGA TGAGACAACT GTTGGTGATT ATCGCTTTAC AGATTATTAT
TTATCGGCAA TTAGACAAGT AACTTCAGCA GATGTAGTAC GGGTAATTCA AAAATATTTA
CCAAAATCTC ACCGGAAAGT AGGTATTTTT CAACCAACGA TATCTACCAG CACCAAAGAA
GTTGGCAACA AAAAGCCAAC ACAACGTACA CAAGAAAATC TCACTGGCGA CTCATCTGTA
ACATCATCGG AGGTGATGAA GTATCTACCA TCTTTAGACA CCACAACCGA TAATATTCAA
CAGAAGTCGC AAACACGTTT ACCACAGCAG TTTACTTTAG CTAATGGGTT GCAAGTATTT
TTGCTACCTG ATAAAAGTAC ACCTACCGTC ACCTTGAGCG GTTATGTTAA AGCAGGTACA
GAATTTGATC CAGATGGACA AGCAGGTTTA GCCTCATTAG TAGCAGATAG CTTAATGAGT
GGGACGAAAA CTAAAAATGC TTCAACTTTA GCTCAAGTTT TGGATGATAG GGGTGTGACC
TTAGATTTTG CCGCGTATCG CAATGGTATG CGTATCCAAG GCGATAGTTT AGCGGAAGAT
TTTCCGGTGC TAATTCGGAC ATTAGCCGAC GGACTGAAAA ATAGTATATT TCCTAAAAAA
GAACTGGAAT TAAATCTGCA ACAAGCTGTA ACTTCTCTGA AAATGGAATT AGATGATCCC
GGTGAAGTTG CTAGAAGAAT TTTTCTGCAA TCGGTCTATC CTAAGAAACA TCCCCTACAT
ACCTTTCCTA CAGTGGAAAG TCTGCGGAAG ATTCGCCGTC AGGATGTGAT TGCTTTTAGT
CAGAAATATT ATCGTCCAGA TACTACTGTG CTGGTGCTAA TGGGGGATTT TGAACCTCAG
CAAGTGCGAT CGCTCATTCA ATCAGAATTT GGTGATTGGC CAGCTAGTGG AGAACCCCCA
AGCATAAACT ATCCTCAAGT TTCCTTACCA AAAACTACCA CGCGAGAGAA TCCAGTATTA
CCTGGTAAGA CCCAAGCTAT TACTTACCTT GGTTATGCAG GTATTAAGCG TCAAGATCCG
AGATTTTACG CGGCGCTAGT GTTAAACCAA ATTTTGGGCG GAGACACTTT ATCTAGTAGA
TTAGGGGAGC AAGTGCGTGA TCGCCAAGGT TTAACTTATG GCATTTACAG CGACTTCCAA
GCCGAAAAAG ACTTTGGGAC ATTCTGGATT GAAATGCAAA CCAGTCCCGA AGATACCAAT
AAAGCGATCG CTAGTACCCA GCAAGTACTT GAGCAAATTC ACCAACAAGG TGTGACAGCA
TCAGAAGTAG AGACAGCTAA ACGTACCTTG ATTGGTAACT ATAACGTTTC TTTGGCAGAC
CCAGAGGAAT TAACCAATAA AATTCTGATG AATCAAGTTT ATGGACTAGA ACCGAGCGAA
CTACATTCTT ATAATCAAAA AATTCAGCAA GTTACCTTAA ACGAAGTTAA TCAAGCAGCT
AGTGAGTTAC TCCACCCAGA TCAAGTAGTA GTAGTAACGG CTGGGCCTTC TATGGTCGCA
AGACAAGGTG TAAGGTAA
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| Protein sequence | MSALSIWYRY RFYVLLLSVS LVTVLFFSNN PAESQYKTTL SRVNSQATLV ANNHHQFRVT
ENVHKTVLDN GLTVFIKEVP TVPVVSVQVW YKFGSSHEEP GVNGIAHQLE HMMFKGTKSR
PIQFGRLFSA LGSDSNAFTS YDQTAYYGTV ERDKLKALLV LEADRMQNAL IDADKLASEK
RVVISELQGY ENSPEYRLNR AVMQAVFPNH PYGLPVGGTK ADVEKFPVEQ VQKYYKNFYS
PENAVLVIVG DCQAEETLAT VKEIFGGIPQ RQQAKVNSQQ SIVNSQQSTV KNPIVLREPG
AAGLLQVIYP LPPASHPDMP ALEVVDYILT EGRNSRLYKA LIESGLASEV EASVGGLQRA
GWYELLVTAD PDQDIGKVDS VLNKAIANLA RTGIKAEELA RAKRQLEAAI ILSNRTITDQ
AMQLGNDETT VGDYRFTDYY LSAIRQVTSA DVVRVIQKYL PKSHRKVGIF QPTISTSTKE
VGNKKPTQRT QENLTGDSSV TSSEVMKYLP SLDTTTDNIQ QKSQTRLPQQ FTLANGLQVF
LLPDKSTPTV TLSGYVKAGT EFDPDGQAGL ASLVADSLMS GTKTKNASTL AQVLDDRGVT
LDFAAYRNGM RIQGDSLAED FPVLIRTLAD GLKNSIFPKK ELELNLQQAV TSLKMELDDP
GEVARRIFLQ SVYPKKHPLH TFPTVESLRK IRRQDVIAFS QKYYRPDTTV LVLMGDFEPQ
QVRSLIQSEF GDWPASGEPP SINYPQVSLP KTTTRENPVL PGKTQAITYL GYAGIKRQDP
RFYAALVLNQ ILGGDTLSSR LGEQVRDRQG LTYGIYSDFQ AEKDFGTFWI EMQTSPEDTN
KAIASTQQVL EQIHQQGVTA SEVETAKRTL IGNYNVSLAD PEELTNKILM NQVYGLEPSE
LHSYNQKIQQ VTLNEVNQAA SELLHPDQVV VVTAGPSMVA RQGVR
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