| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_3079 |
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| Symbol | |
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| ID | 3681059 |
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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 | 3822590 |
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| End bp | 3827872 |
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| Gene Length | 5283 bp |
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| Protein Length | 1760 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637718424 |
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| Product | peptidase C14, caspase catalytic subunit p20 |
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| Protein accession | YP_323583 |
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| Protein GI | 75909287 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2319] FOG: WD40 repeat |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.606691 |
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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 | 21 |
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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 | ATGCCTCGTG CTGTTGCTAC TAGTAGTTTA AATCAAAGCA AAAAAGCGGT TGTCTCGAAA
TTGTGGTTGC TGCTGGTAGG AGTTAATCAA TACCATGATA AGCAACTACC CTCTTTGCGT
TATTCAGCAG TTGATTGTCA GGTATTAGCA GAAGCTTTAA TTTGTGCAAC TCAAGAGCAA
TTTTCACAAC AAGAAGTTAA TATTTTTCAT GATTTCGCTG CGGAATTACC AATCTTATCG
CATATTCGTC ATAGCTTACA ACAAATCACT GCATCGGCTC AACATACAGA CACTATCTTA
TTCTATTTTT CCGGTCATGG AATGCTGCAA GCAAATACAC AGCAAGCATA TTTATGTTTG
GCAGATACAC AAAATGATGA CTTAGAAAAT ACAGGTTTAA GCGTTCAAGA ATTATTGCAA
TATCTAAGTA ATAGTGGTGT CCAGAATCAA TTAATTTGGC TTGATGCTTG CCATAGTGGC
GGCATGACAC TACGTAGCTT GAATTCTACA CCCCATTTAT TAGATATCTT ACAACAAAGA
GCAGCCAAAA TTAAAGGCTT CTATGCTTTG CTTTCTTGCG ATACAGACCA GCAATCATGG
GAGTTTCCCG AACTGGGTCA TGGGGTATTT ACATATTATT TGATGCGGGG TTTGCGTGGT
AATGCGGCTG ATAATCAAGG GATAATTTCG GCTGATGGTT TATATCGTTA TGTTTATTAC
CAAACACTAC AATATATAGA TAAAATAAAT CAACAATTAA GGTTGATTAA TCAACAGAAG
CGAGGCAAAG GAGATACCGA ACTTTATAGT GAATATCCTC TACAAACACC AAAGCGAATT
GTCGAAGGAA TTGGGGAAAT AATTATTGGG AGAATGCAGG CGATCGCTGA ATTAATTCCC
CCAAGAAAAG CCTTAGTCAT TGAGGGGATT ATCGGTTCAC AAACAGCATT AGATTTTAGT
AAAGTCTTGG GTCAAGCCGG AACATTTGAG TTAGAATATC TAACTCATTC TGCAACAACA
ACTGCCCAAA ATATCCGTGA AACTATTAAA GATTTTCTAC GTTCTCAAAA TCAACTAAAG
CAATACACAT CCGAAGCACC AGCTACCGTC CTGTTATATC TGCGTGGACG ACTAGAAGAA
ACCCCTACAG GAGAAGCTGC ATTAGTTTTA TTCCATGATA TTTGGTTAAG TCGTTCTTGG
TTAAGGCAAC AATTACGCCG TTCTTGTGTT ACCCAACAAA TCATTATCCT AGATTGTCCA
GTCAGAACCC ACAGTCTATC TCTGCAAGAT TGGGTAGAAG ACTTACAACT TAGCTCAGAT
ACAGGACAAT GTATCATTGC TGCGGCTTGT CCCCAAAATA ACCCAGAAAT CTTTGCCCAA
GCACTCATCG CCACTTTAAA AACTGCTTCT GCACCCGTTG GTTTATCAGT AGCCGCCTGG
ATAAACCAAT TACAAATCCA TCTAGCAGCA CAAACACCAA TTAACCCTTC TATCCCACTG
CATATATGGC TGTCGGGTAC GCAAGGTGTA ATGGAAATCA TCCCATCAAG CAATAGCGCC
TACAACAATC AAAAACCAAC CATCTTAGAT TTAAAAATTT GCCCCTATCG CGGTTTAAGA
GCCTTTAGCG AAGAAGATGC TCAATATTTC TATGGTAGAG AATCTCTAAC TCAACAGTTA
ATTTCCCAAC TAGCTCACAA ATCATTCTTA GCCGTCGTCG GTGCATCCGG TAGCGGTAAA
TCTTCCGTCG TTCAAGCAGG GTTAATTGCT CAACTCCGCC CCGGAAAACA ATTACCCGGT
AGTGATTCCT GGCTAATTAA AACCATCCGT CCTGGCGTAA GACCCTTAGA AGCCTTAGCA
CGGCGCTTGG GAGAAGTGAA AGCAGGGGGA GTAGAGGAGC AGCACTCGCC GGGAGAAAAA
ATTTACCTAG TCCCCCAGTC CCCCCTTCGG GGTTCGCCAG TCGCTTATGG GGGAAACCCC
CAAGACCGCG CTGGCTCACC AGTCCCCAAT CCCCAGTCCC CAATCCTCCA CCTAGAAGCC
ATGCTCTACC AGGGTGTAGA AGGCTTTGTC TACTGGTTAC GTAGCCGACC AGAACCGATG
GTGGTGTTAG TGGTTGACCA ATTTGAGGAA TTATTTACCC TTGCACCCAG TGAAGACAGA
CAGCGATTTT TAGAACTGCT ACTGGGGGCA GTGGAATATG CCTCTGATAA GTTTAAAGTA
GTGATAACTG TGCGAGCAGA TTTTATCAGC GCCTGCTTGG AAGTACCAGC ACTAGCTCAC
TTATTGCAGC AATCCAATAT ATTAGTTCCC CCCAACTTGA GTGATGACGA CTATCGCCGT
GTCATCGTTG AACCAGCCGA ACAAGTGGGT TTAAAAGTAG AAGCAGGGTT AGTAGAAGTT
CTTTTACGGG AGTTAAACCA CTCAGCTGGC GATTTACCAC TATTAGAGTT TGTCTTAGAA
CAATTGTGGG AACATCGCCA AGCTGGTGAG TTAACTTTGT CAGCCTATCA ACAGCAAATC
GGTGGTATCA AAGGCGCGTT AGAACGCAAA GCCCAGGAAG TTTACGAAAG CTTAGACTCA
CAAGCCCAAG AATGCGCTCG GTGGATTTTT CTCTCACTCA CACAGTTAGG CGAAGGAACA
GAAGACACCA GACGCAGGGT GTTGAAATCT GAGTTGGTAG TCAAGAAATA TGCTGATGAC
TTAATTGAAC GCACCCTCTT AGCGTTAACA TCTGCGAAGT TGGTAGTAGT GAATTTAGAA
GAAGAAAGCA AGGTAGAAGC AGGACAAAGT AGAACTTCCT CATCTCTCTC TACTCCTTAT
TACCCTTTAT CTCTAGAGGG AACCCCACCT TCCCCAATCA CAATAGAAGT CGCCCACGAA
ATCCTTATCC GCCACTGGTC AACCTTGCGC TGGTGGTTGG AGGAAAATCG TAGTAGACTG
CGATCGCAGC GTCAAATTGA ACAAGCTGCG GCATTGTGGA AACATCATCA CGCCCAACCA
GATTTTTTAT TACAGGGTAT CCGCCTAGCG GAAGCCGAAG AAATTTACAT CAAATACACC
GATGAATTAT CTCAAGATGT CCAGAATTTC ATCGCCGCTT GTTTAGCCGC CAGACAACAA
CAACAATTAG AACAAAAAAA GCGACTCCGC CAAGCCCAAA GGGCTGTAGC TATCATCAGT
ATTTTAGGTA TCGCCGCTAC TAGTTTTGGT GGTTTCGCGT ATGTGCAGAA ACGCGCCGCC
CAGTTGCGGG AAATAGCCGC TTTAAATGCT TCATCGGAGG CGCTGCTATT ATCGAATCAA
CAGTTAGAAG CTATTATTGC TAGTGTGAAA GCAGGAAAAG AACTAAAACA AGTTTTTGCA
CCAGAAAAAG ATGTACAAAT AGCCACAGTT GCCACTTTTC AACAAGCCAT TGCCAACACT
CAAGAAATTA ACCGCTTGCA AAGTCACGCT CAACAAGTCA ACGCCGTGAG TTTTAGTCCA
GACGGCAAAG TTTTAGCATC TGCTAGTGAC GACAGGACGG TAAAACTCTG GGATATACAT
GGTCAATTAA TCACGACTAT CGCAGCATCC CAAAAAAGAG TAACAGCGAT CGCTGTTAGC
CGAAATGGTA AATATTTTGC TATTGCTAAC GCCGATTATA CCATTAAACT TTATGCCTTT
GACACTTCAT GTCTAACCTT AAAAAGTCTA CAAAAATGTA TACAATTAAT CAAAACTTTC
CCTGGACACA CAAATATTGT TACCGATGTA GTCTTCAGTC CAGATAGTAA AACTATCGCT
TCTAGTAGCT TAGATAAAAC TATAAAAATA TGGCGCTTTG ATGGCAGCAT CATTAATACA
TGGAACGCTC ATAATAGCTG GGTAAACTCT ATTGATTTTC GCCCCGATGG TAAAATAATA
GTTTCCGGTG GCGAAGATAA TTTAGTCCAA CTCTGGCAAG TAACAAACGG TCAGTTAATA
AAAACTCTGG CAGGACATAA GGAACGTATT ACCAGTGTTA AATTTAGTCC TGATAGTAAA
ATTCTTGCTT CAGCCAGTGG CGACAAAACT ATCAAATTCT GGCATACAGA AGGTAAATTT
TTAAAAACGA TAGCAGCACA CAATCAACAA GTTAACAGCA TTAACTTTAG TTCTGATAGT
AAAATTCTAG TTTCGGCTGG TGCTGATAGC ACTATAAAAG TTTGGAAAAT AGACGGTACG
CTAATTAAAA CAATTCCCGG ACGTGGCGAA CAAATCAGAG ATGTAACATT TAGTCCTGAT
AATAAATTCA TCGCCTCAGC CAGTAACGAT AAAACTGTGA GAATCTGGCA ATTGAATTAT
CAGGAATCAA AAACATCTAA TGTTAATAGT ATCAGCTTTA ATCCTGATGG TACAACATTC
GCCTCGGCGG GTTGGGATGG CAATATAACG ATTTGGCAGA GAGAAAAATT AGCTCGTTCA
TCATTGTCTA AAATTCAAAC AAATCAAAAT ATTATTACAA CCATTAGTTA TAGCCATGAT
GGTAAAACTA TAGCCACAGC TAGCGCTGAT AACACTATTA AACTTTGGAA TAGTAAAACT
CAGCAGTTAA TTAAAACATT AACTGGTCAT AAAGATAGAG TTACAAGCCT GAGTTTCCAT
CCCGATAATC AAACAATTGC CTCTGGAAGT GCCGACAAAA CTATTAAAAT ATGGCAGATA
AATAATGGTC AATTATTACG CACCCTCACA GGACATAATG ACGAAGTGAT AAGCATCGAT
TATAGTCCTG ATGGTCAATT CCTCGCATCA GGTAGCGCTG ATAATACAGT CAAAATTTGG
CAGACAGACG GCACATTAAT TAAAAATTTA ACAGGTCACG GTTTAGCGAT CGCCTCTGTA
AAATTTAGCC CCGATAGCCA AACCCTCGCC TCTGCCAGTT GGGATAATAC CATCAAACTG
TGGCAAGTAA CAGACGGAAA ACTCATCAAT AACCTAAGCG CACACACAGA CGGCGTAACT
AGCCTCAGCT TTAGTCCCGA CGGTGAAATT TTAGCCTCCG GTAGTGCAGA CAACACCATC
AAACTGTGGA ATCTTCCCCA CGCCACATTA CTCAAAACCC TCTTAGGACA TCCAGGTAAA
ATCAACACCC TTGCTTTCAG TCCCGACGGT AAAACGTTGC TCAGTGGTGG TGAAGATGCT
GGGGTAATGG TGTGGAATCT AGATTTAGAT GACTTAATGC AGCAAGGATG CGATCGCATC
ACCGATTATC TCCAGCATAA TAGCAATGTG AGTGCAGGCG ATCGCCCCAT ATGTCAGAAT
TAA
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| Protein sequence | MPRAVATSSL NQSKKAVVSK LWLLLVGVNQ YHDKQLPSLR YSAVDCQVLA EALICATQEQ
FSQQEVNIFH DFAAELPILS HIRHSLQQIT ASAQHTDTIL FYFSGHGMLQ ANTQQAYLCL
ADTQNDDLEN TGLSVQELLQ YLSNSGVQNQ LIWLDACHSG GMTLRSLNST PHLLDILQQR
AAKIKGFYAL LSCDTDQQSW EFPELGHGVF TYYLMRGLRG NAADNQGIIS ADGLYRYVYY
QTLQYIDKIN QQLRLINQQK RGKGDTELYS EYPLQTPKRI VEGIGEIIIG RMQAIAELIP
PRKALVIEGI IGSQTALDFS KVLGQAGTFE LEYLTHSATT TAQNIRETIK DFLRSQNQLK
QYTSEAPATV LLYLRGRLEE TPTGEAALVL FHDIWLSRSW LRQQLRRSCV TQQIIILDCP
VRTHSLSLQD WVEDLQLSSD TGQCIIAAAC PQNNPEIFAQ ALIATLKTAS APVGLSVAAW
INQLQIHLAA QTPINPSIPL HIWLSGTQGV MEIIPSSNSA YNNQKPTILD LKICPYRGLR
AFSEEDAQYF YGRESLTQQL ISQLAHKSFL AVVGASGSGK SSVVQAGLIA QLRPGKQLPG
SDSWLIKTIR PGVRPLEALA RRLGEVKAGG VEEQHSPGEK IYLVPQSPLR GSPVAYGGNP
QDRAGSPVPN PQSPILHLEA MLYQGVEGFV YWLRSRPEPM VVLVVDQFEE LFTLAPSEDR
QRFLELLLGA VEYASDKFKV VITVRADFIS ACLEVPALAH LLQQSNILVP PNLSDDDYRR
VIVEPAEQVG LKVEAGLVEV LLRELNHSAG DLPLLEFVLE QLWEHRQAGE LTLSAYQQQI
GGIKGALERK AQEVYESLDS QAQECARWIF LSLTQLGEGT EDTRRRVLKS ELVVKKYADD
LIERTLLALT SAKLVVVNLE EESKVEAGQS RTSSSLSTPY YPLSLEGTPP SPITIEVAHE
ILIRHWSTLR WWLEENRSRL RSQRQIEQAA ALWKHHHAQP DFLLQGIRLA EAEEIYIKYT
DELSQDVQNF IAACLAARQQ QQLEQKKRLR QAQRAVAIIS ILGIAATSFG GFAYVQKRAA
QLREIAALNA SSEALLLSNQ QLEAIIASVK AGKELKQVFA PEKDVQIATV ATFQQAIANT
QEINRLQSHA QQVNAVSFSP DGKVLASASD DRTVKLWDIH GQLITTIAAS QKRVTAIAVS
RNGKYFAIAN ADYTIKLYAF DTSCLTLKSL QKCIQLIKTF PGHTNIVTDV VFSPDSKTIA
SSSLDKTIKI WRFDGSIINT WNAHNSWVNS IDFRPDGKII VSGGEDNLVQ LWQVTNGQLI
KTLAGHKERI TSVKFSPDSK ILASASGDKT IKFWHTEGKF LKTIAAHNQQ VNSINFSSDS
KILVSAGADS TIKVWKIDGT LIKTIPGRGE QIRDVTFSPD NKFIASASND KTVRIWQLNY
QESKTSNVNS ISFNPDGTTF ASAGWDGNIT IWQREKLARS SLSKIQTNQN IITTISYSHD
GKTIATASAD NTIKLWNSKT QQLIKTLTGH KDRVTSLSFH PDNQTIASGS ADKTIKIWQI
NNGQLLRTLT GHNDEVISID YSPDGQFLAS GSADNTVKIW QTDGTLIKNL TGHGLAIASV
KFSPDSQTLA SASWDNTIKL WQVTDGKLIN NLSAHTDGVT SLSFSPDGEI LASGSADNTI
KLWNLPHATL LKTLLGHPGK INTLAFSPDG KTLLSGGEDA GVMVWNLDLD DLMQQGCDRI
TDYLQHNSNV SAGDRPICQN
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