| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_3275 |
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| Symbol | |
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| ID | 3680306 |
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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 | 4081438 |
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| End bp | 4085862 |
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| Gene Length | 4425 bp |
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| Protein Length | 1474 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637718626 |
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| Product | pentapeptide repeat-containing protein |
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| Protein accession | YP_323778 |
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| Protein GI | 75909482 |
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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 | 11 |
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| Plasmid unclonability p-value | 0.918383 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.348051 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCTTAA TTAACCTGGA TCTAGTTATC AGCGCAGTTA CTAGCATTGC CAATCCTGTG
ATTAAAGAAA AAATCCTGCG TAGTGAGACG GTAATTAAGT TACTCCAGCA ATTTAACCTT
GATCCAGAGC ATCCACCTGC GGATTTTAGC GGTGTTTACG CCTACACCTT AGTCGAGTAT
GGTGTTGGCA AACCAAAAGC ATTTCTTGAA TTATTTCGAC AAGAAGCAAT TAAACAGGCT
TTTCGCAAAG CATTAGGTCA TAATAACCCC TCAATTCTAC TGTCTGAGGT TGATGCTTTT
CTTGATTCTT ATACTTTGGG CGATGAAATC AGAAGCTTAG AACTGGACGT GAGAAGAGAG
GTAGCTGCAT TTGCGACTGT CTTTATTGAA GTTGCCAAAC GCAGTCGCAC ACCTGCTGAT
GTCCTGATGA GTCAGCAGAT TGGTTCTTTA CATAAAAGGA TTGCTAGTAT CCAAGAACAA
CTAGAGAGAT TGCCTACACT GGAAGGAATT CGGACAGAAA TAGCACGATT AGCAGCCCAG
AATTATCCAG CATTAGCCGG AGCAACAACG GAAAATCAAT GTAGAGCGAT CGCCTTAGCC
CAACAAATGC GAGGATGGTT TGAAACCTTG GGCTACCGCC TAGAAAAATA TGAAATCTGG
GCAGAAGATT ATTTTGAATG GATTATCAAC GTTCCAGTCC GCCGCAGTTA TGACCGCATT
CTTGTACGTG GAGTTGCGGG AGAAGTGAGA CTGAGTGATG TTATGGCCTT GCGTCAATCA
GTTAATCAAC AAAAAACAGA TGAAGGCTGG TTGGTAAGTA ACCGTCGGAT TGCCCGTGCA
GCACGCGATG AAGTCAAGAA GGAAGAAAAT CGTCATCTAG ATTGTTTTAC ATTTGACGAA
CTGATTGATT TAGATGCTGA CTTTACTGGT TATCTTGATT GGTTAGAAGC GGAAATCAAA
CGCCGAAAGA TTGATCAAAA GTATGTCCCA CTTGCTTGTA CTAAAGAAGA AATTGATCCA
GTAACTAAGC GACGAATTGG TGTCAGCCGT TATGAGGCAG AAGACGGCTG GATTGATGGT
TATATCGACT TGTGGCTTGA TGACCCTGCA AAAGAGCATA TTTCCATTCT GGGAGAATTC
GGCACAGGTA AAACTTGGTT TGTCTTTCAC TATGCTTGGA CAGCACTCCA ACGTTACAAG
GATGCTCAAA AACGTGGTGT TGAACGTCCC CGTTTACCTT TAGTAATTAC CCTGCGTGAC
TTTGCCAAGG CTTTAAATGT AGAAAATGTT TTGGCGGGTT TCTTCTTTAC TCAACACAAT
ATCCGCTTAA ATAGCGAAGT TTTTGACCAA CTCAACCGGA TGGGTAAATT GCTGCTCATT
TTCGATGGTT TTGACGAAAT GGCAGCAAAA ATTGACCGCC AACAGATGAT TAACAATTTC
TGGGAACTGG CAAAGGTAGT AGTTCCTGGT TCTAAAGTTA TTCTCACCTG CCGTACTGAA
CATTTCCCAG AGTCCAAAGA AGGACGTGCT TTACTCAACG CAGAACTACA AGCCTCTACG
AATAAACTAA CTGGGGAAAC ACCACAATTT GAAGTTCTGG AACTGGAGAA ATTCAACGAT
GAGCAAATTC GGCAGGTGTT GTTATACCAA GCTGAAGCAG CCACAGTTGA ACAAGTCATG
GACAATTCGC AATTACTAGA CTTAGCCCGT CGTCCAGTGA TGACTGATTT AATTTTGGAA
GCATTGCCAG ATATTGAGTC CGGTAAACCT ATTGATATGT CACGGGTTTA TCTGTATGCA
GTGCGACGCA AGATGGAACG AGATATCAAA GCAGAACGTA CTTTTACTTC CTTAGCAGAT
AAGTTGTATT TTTTATGCGA ACTGTCTTGG GAGATGCTGT CTACTGATCA AATGAGTCTG
AATTATCGGC TGTTTCCAGA ACGTATTCGT CGCTTATTTG ATTCTGTGGT GCAGGAAGAG
AAAGATTTAG ACCACTGGCA TTATGACATG ATGGGACAGA CGATGCTTGT CCGTAATGCT
GATGGTGATT ACACTCCGGC ACATAGGTCG CTGTTAGAGT TTTTTGTCGC GTATAAATTT
GCGGCTGAGT TAGGAGCGTT AGCTGAAGAT TTTACGGCAT TAGCGCAAGC ACAGTCAGGT
TTGGATAGCG GTGCAACCCC TGTTGACTAT ACTTGGTTTG GTTATTTTTC GCGTCAATGG
AATGATATTA TTGCACCACT TAAAGCATTT ACAAGGGAGT CTTTTGAGAA GTTAAGAGAA
ACTTTTGGCA AAGCTCCACT AACAAAAGCA GTAATAGATT TGCTGGTGCC GATGTTGAGT
AATAATGAGT CTCTGATTAG TGTGATTGAA AGGACAAGAG GTCAAAGTGA AGATGCAGTA
GGTTACATAG GAGGAAATGC AGCAACTTTA GTTTTGAGGA TTGATCCACT AGGCTTAGAA
GGAAAAGATT TAAGCGGCAC TGTCATTAAA GGGGCAGATT TTACCAATGT AAATCTGCAA
AATGTCAATT TTTTTGCCGC CAACTTAGTA AATTGTGCTT TTACACGAAC TTTAGGAGCA
GTTTTTTCAG TTGCTTTTAA TTCCGATTGC AAACTATTAG CTACAGGTGA TGGTAATGGC
ATAGTTCGCT TGTTAGATGC TGCGACCTGT AAAGAGATTT TAATCTGCAA AGGTCATGGC
AGTATTATCC CTTGTGTTGC GTTTAGTCCT TCAGCACAAA TACTTGCAAG CGGTAGTTAC
GATCAAACAA TAAAACTATG GTCTATCCAG ACAGGAGAAT GTCTTAAGAT TTTGCAAGGT
CATGTTTCTG GAATACGTTC AATTGCTTTC AGTCCTTCCG GTGCAATACT TGCTAGTAGT
GGTAATGACA ATATAATTAG GCTTTGGAAT ATTGATACAG GCGAATCATT AAAAACTTTA
CATGGACATC GTGATCATGT ATATTCAGTA GCTTTTGACC CTTCTGGGAT GATTTTGGTC
AGTGGTAGCG GAGATCAAAC AATCCGAATC TGGGATATTA ACAGTGGAAA ATGCTTGAAA
ATTCTTGAGG GTCACACAAA TGCTATACGC TCAATTGCTT TAAATTCCAC TGGCGAAATT
ATTGCCAGTA GTAGTAGCGA CCACACAATA GGTTTGTGGG ATATCAAAAC AGGAAAATGT
CTGAATATTC TCCGAGGTCA TACTGACAAT GTAATGTCAG TTGTCTTTAA TAATTCTGAT
CGAATAATTG CTAGTGGTGG TGCTGACCAC ACAGTCAGAC TTTGGGATGT TCAATCTGGA
GAATGCTTAA ATGTAATTCA AGGACACACT AATGTAGTAC GCTCAGTAGC CTTTAACTCC
TCTGGTCAAA CTTTAGCTAG TGGTAGCTAT GATAAAACGT TGAAAATATG GGATATCAAT
ACCTATGAAT GCTTAACAAC TGTCCAGGGT CATACCAATT GGATCAGTTC GGTAGCTTTT
AACCCATCTG GTAGAACTTT TGCTAGCGGA GGGAATGATG CAACTATAAT CTGGGATGCC
AACACAGGTA AATGTTTAAA AACCTTGCAA ATACATACCG CCTGGGTATT TTCAGTTGCA
TTTAGTTCTT GTGGAAAGAT GCTTGCAAGT AGTAGTGCTG ACGCGAAAGT TAGATTGTGG
AATATTGATA CAGGCGAATG CCTAAAAATT TTAAATGGTC ATACTTATTG GGTATTTTCA
GTTGCTTTTA GTGCTGATGG TAAGCTGTTA GCGAGTAGTG GTTCGGATAA AACACTCAAG
GTATGGTCAA TTGAAACAGG TCAATGCCTA ACAACTATTC ATGCAAACCA AGGTACAGTA
CATTCAGTTG CTTTTAATCC CGTTAATAGA ACATTAGCAA ATGGGGGTTT TGACTCACAA
GTAAAGCTAT GGGATGTAAA TACAGGTGAA TGCTTAAAAA TTCTACAGGG ACATAGTGGA
ACAATTCGCT CGGTTGATTT TCATCCTGGT GGTAAAATTC TTGCTAGCGG GAGTGCTGAC
TGCACAATAA GATTATGGGA TGTAGACACA AGCGAATGTG TAAAAATATT GCAAGGACAC
TCGAAGGTAG TCCAGTCAAT AGCTTTTAGT TCTGATGGGC AAATCCTAGC TACAGGTAGT
GAAGATTTTA CTATTAAGTT GTGGAATATT TTCACTGGAG AATGTTTTCA AACACTATGG
GGACATACTA CTTGGGTATT GTCAGTGGCT TTTAGTCCTG ATTGTAAAAC CCTGATTAGT
GGTAGCCAAG ATGAAACAAT AAAAGTATGG GATATTAAAA CAGGTGATTG TATCAAAACC
TTAAGAAGCG ATCGCTTCTA TGAACGCATG AACATTACAA GGGTTAAGGG TTTAATCTCA
TCTGAAATCG CTACCCTCAA ATCACTAGGT GCAATTGAGG AATAA
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| Protein sequence | MSLINLDLVI SAVTSIANPV IKEKILRSET VIKLLQQFNL DPEHPPADFS GVYAYTLVEY
GVGKPKAFLE LFRQEAIKQA FRKALGHNNP SILLSEVDAF LDSYTLGDEI RSLELDVRRE
VAAFATVFIE VAKRSRTPAD VLMSQQIGSL HKRIASIQEQ LERLPTLEGI RTEIARLAAQ
NYPALAGATT ENQCRAIALA QQMRGWFETL GYRLEKYEIW AEDYFEWIIN VPVRRSYDRI
LVRGVAGEVR LSDVMALRQS VNQQKTDEGW LVSNRRIARA ARDEVKKEEN RHLDCFTFDE
LIDLDADFTG YLDWLEAEIK RRKIDQKYVP LACTKEEIDP VTKRRIGVSR YEAEDGWIDG
YIDLWLDDPA KEHISILGEF GTGKTWFVFH YAWTALQRYK DAQKRGVERP RLPLVITLRD
FAKALNVENV LAGFFFTQHN IRLNSEVFDQ LNRMGKLLLI FDGFDEMAAK IDRQQMINNF
WELAKVVVPG SKVILTCRTE HFPESKEGRA LLNAELQAST NKLTGETPQF EVLELEKFND
EQIRQVLLYQ AEAATVEQVM DNSQLLDLAR RPVMTDLILE ALPDIESGKP IDMSRVYLYA
VRRKMERDIK AERTFTSLAD KLYFLCELSW EMLSTDQMSL NYRLFPERIR RLFDSVVQEE
KDLDHWHYDM MGQTMLVRNA DGDYTPAHRS LLEFFVAYKF AAELGALAED FTALAQAQSG
LDSGATPVDY TWFGYFSRQW NDIIAPLKAF TRESFEKLRE TFGKAPLTKA VIDLLVPMLS
NNESLISVIE RTRGQSEDAV GYIGGNAATL VLRIDPLGLE GKDLSGTVIK GADFTNVNLQ
NVNFFAANLV NCAFTRTLGA VFSVAFNSDC KLLATGDGNG IVRLLDAATC KEILICKGHG
SIIPCVAFSP SAQILASGSY DQTIKLWSIQ TGECLKILQG HVSGIRSIAF SPSGAILASS
GNDNIIRLWN IDTGESLKTL HGHRDHVYSV AFDPSGMILV SGSGDQTIRI WDINSGKCLK
ILEGHTNAIR SIALNSTGEI IASSSSDHTI GLWDIKTGKC LNILRGHTDN VMSVVFNNSD
RIIASGGADH TVRLWDVQSG ECLNVIQGHT NVVRSVAFNS SGQTLASGSY DKTLKIWDIN
TYECLTTVQG HTNWISSVAF NPSGRTFASG GNDATIIWDA NTGKCLKTLQ IHTAWVFSVA
FSSCGKMLAS SSADAKVRLW NIDTGECLKI LNGHTYWVFS VAFSADGKLL ASSGSDKTLK
VWSIETGQCL TTIHANQGTV HSVAFNPVNR TLANGGFDSQ VKLWDVNTGE CLKILQGHSG
TIRSVDFHPG GKILASGSAD CTIRLWDVDT SECVKILQGH SKVVQSIAFS SDGQILATGS
EDFTIKLWNI FTGECFQTLW GHTTWVLSVA FSPDCKTLIS GSQDETIKVW DIKTGDCIKT
LRSDRFYERM NITRVKGLIS SEIATLKSLG AIEE
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