| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_3693 |
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| Symbol | |
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| ID | 3679112 |
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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 | 4601220 |
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| End bp | 4604210 |
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| Gene Length | 2991 bp |
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| Protein Length | 996 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 637719044 |
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| Product | hypothetical protein |
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| Protein accession | YP_324194 |
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| Protein GI | 75909898 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1615] Uncharacterized conserved protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 30 |
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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 | 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 | ATGTTTTGGA AATGGTGCTT TCGACTCTCA ATAGTCTTTG TAGGACTTTG GCTACTCTTG
GATTTGAGTT CCCGCTTGGG GGCAGAGATT TTTTGGTTTC AAGAGGTTGG CTATCTGCAA
GTATTTCTCC TGCGGCTGGC GAGTCGTGGG GCTTTATGGG TGGTTGCTGT GGGTGTAACT
GCTGTCTATC TGTGGGGAAA TTTAACTTTG GCGCAACGGC TAAAGTATCC CCGGTCTTTG
AAGATTGCGG AGGTTAGGCG AGAAGAAGCA GAGTTGAGTG TGGGTCTGAA AAACTTTCTC
AGTCCTCAAT ATTCTCTGTT AAATGCGCCT AAAATTCATG ATGCTGGCCA CTTAAAACCT
TTCAGATTGC GTTGGCTGCT ACCCTTGACT GTGGTCTTCA GCTTATTGGC AGGGTTAATT
TTAGTTCACT ATGGAAAAAT AGCTCTTGCT TACTGGTATC CAGCTTTTAA CAAGAATAGT
TTACCGATAA TTACTCCATT TCGTTTAGAA ACTATCTGGG AACTGGGCAG GCAGGTTTTT
TCCCAAGTTT TATATCTGGG TCTCATTGTC GGCGTAGCGA TCGCTATTCT TATTTACTCA
CAATTTTTCC TCAGGGCGAT CGCTGTTATT CTCAGTGTTG TGTTTGGGAC AATTCTTTTT
CACAACTGGG CTAAGGTTTT ACAGTATTTC TCCCCTACAC CCTTCAACAG CACTGACCCT
TTATTTGGGA AAGATATCAG CTTTTATATA TTTTCCCTGC CATTGTGGGA ATTGCTAGAA
CTGTGGTTAA TGGGGATGTT TTTGTATGGC TTTATTGCTG TAACTCTTAC CTATCTCCTC
TCAGCTGACA GTCTCAGTCA AGGAATTTTC CCTGGTTTTT CACCCCAACA GCAACGCCAT
CTCTACGGTA TGGCTGGCTT ATTAATGTTG ATGGTGGCTT TCAGTTATTG GCTGAGTCGT
TATGAGTTGG TTTATTCGCC TCGCGGGGTG AGTTATGGCG CTAGTTACAC GGATGTGGTC
GTACAGTTAC CCATTTATAA CATCTTGTGT GTTCTGGGAT TAGCGATCGC ATTTTACCTG
TTGTGGCGGA CAATTTTCTG GCGCGCTAAA TCTCAGTATC GCCAATTTGT CTTTTACGGA
TTGGGTGTTT ATTTGTTTGT GGTCGTAGCG GCTGGGTCTG TTTTACCTAC AGTAGTCCAG
TATTTGATTG TTCAACCTAA CGAATTACAA CGGGAACAAC CATACATTCA ACGTACAATT
GCCTTGACTA GGCAAGCATT TAGTTTAGAA ACAATTGATG CTAGAACTTT TAACCCCCAA
GGAAATTTAA CTACAGCCGC TATCCAAGCT AATGATTTGA CGATTCGTAA CATTCGTCTG
TGGGATAAGC GACCACTGTT AGAAACTAAC CGCCAACTGC AACAATTCCG CCCTTACTAT
CGCTTCCCTG ACGCAGATAT CGACCGCTAC ACCTTAGAAG CGGAAGCAGC CGCAAATAGA
CCAGTAAACC CTAACCAGTT GCCAGCACCA ACAGAACGAC GACAGGTATT AATTGCACCC
AGGGAACTAG ATTACAGTGC AGTCCCAGAG CAGGCGCAAA CATGGATCAA CCAGCATTTA
ATTTATACTC ACGGTTACGG GTTTACCATG AGTCCGGTCA ATACGGCTGG GCCTGGTGGA
CTACCAGAAT ATTTTGTCAA AGATATTGCT GGAAGTAACG AAGGCGCACT TTCTACTTCC
AGTGAAGCAG TTCGTGACAG CATTCCTATT GGGCAACCCC GACTTTATTA CGGTGAAATT
ACCAATACTT ATGTAATGAC TGGTACAAAG GTGAGGGAGT TAGACTATCC CAGTGGTAGT
GATAATGCGT ACAATGCTTA TGATGGTTTG GGTGGTGTCA TTATAGGCAA TGGTTGGCGA
CGGGGACTAT TTGCCATGTA TTTAAAAGAT TGGCAAATGT TGTTTACGCA GGACTTTTTA
CCAGAGACAA AGGTATTATT TCGCCGGGAT GTCAAGCAGA GAATTCAGGC GATCGCACCT
TTTTTAAAAT TTGATAGTGA CCCCTATTTA GTTGCGGCTG ATGGTAGTCC AGCATTTCCA
GGGCAGAATA ATTACTTGTA TTGGATTGTC GATGCTTACA CGACGAGCGA TCGCTATCCC
TACTCAGACC CCGATAATAA TGGCATAAAT TACATTCGTA ACTCTGTCAA AGTAGTTATT
GATGCTTACA ACGGCAGTGT AAAATTTTAC ATTGCAGATG CGACAGATCC CATCATTGCT
ACTTGGTCAG CTATATTTCC CCAGATGTTT CAGCCATTGA GTGATATGCC AGTTACTCTC
CGCAGCCATA TCCGCTATCC ATTAGATTAC TTTGGCATCC AATCAGAGCG GTTAATGACC
TATCACATGA CTGACACCCA AGTATTTTAC AACCGAGAAG ACCAATGGCA AATCCCCAAT
GAAATTTATG GCAGTGAAAG CCGTCCAGTA GAACCTTATT ATTTGATTAC TAGTTTACCT
ACCGTCCCCT TTGAAGAATT TCTTCTCCTG CTACCTTATA CCCCCAAACA ACGGACTAAC
TTAATTGCTT GGTTAGCCGC GCGATCTGAT GGTGAGAACT ACGGTAAATT GTTACTGTAT
AACTTTCCTA AGGAACGGCT TGTATTCGGG CCAGAGCAAA TAGAAGCACG TATTAACCAA
GACCCAGTAA TTTCCCAGCA AATTTCCTTA TGGAATCGTC AGGGTTCGAG GGCAATTCAG
GGGAATTTGT TAGTAATTCC CATCGAACAA TCTCTGTTAT ATGTGGAGCC AATTTACCTG
GAAGCAACAC AAAATAGCTT ACCAACTCTC GTGCGGGTAG TCGTAGCTTA CGAAAACCGT
ATTGTCATGG CACAGACCTT GGAACAAGCT TTACAGGCTA TCTTTCAGCC AGAAGTCACA
CCAGCACCAG CAATTATTCG TCCTTTCGAG GAAGTTACTC CACCAGGTTA A
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| Protein sequence | MFWKWCFRLS IVFVGLWLLL DLSSRLGAEI FWFQEVGYLQ VFLLRLASRG ALWVVAVGVT
AVYLWGNLTL AQRLKYPRSL KIAEVRREEA ELSVGLKNFL SPQYSLLNAP KIHDAGHLKP
FRLRWLLPLT VVFSLLAGLI LVHYGKIALA YWYPAFNKNS LPIITPFRLE TIWELGRQVF
SQVLYLGLIV GVAIAILIYS QFFLRAIAVI LSVVFGTILF HNWAKVLQYF SPTPFNSTDP
LFGKDISFYI FSLPLWELLE LWLMGMFLYG FIAVTLTYLL SADSLSQGIF PGFSPQQQRH
LYGMAGLLML MVAFSYWLSR YELVYSPRGV SYGASYTDVV VQLPIYNILC VLGLAIAFYL
LWRTIFWRAK SQYRQFVFYG LGVYLFVVVA AGSVLPTVVQ YLIVQPNELQ REQPYIQRTI
ALTRQAFSLE TIDARTFNPQ GNLTTAAIQA NDLTIRNIRL WDKRPLLETN RQLQQFRPYY
RFPDADIDRY TLEAEAAANR PVNPNQLPAP TERRQVLIAP RELDYSAVPE QAQTWINQHL
IYTHGYGFTM SPVNTAGPGG LPEYFVKDIA GSNEGALSTS SEAVRDSIPI GQPRLYYGEI
TNTYVMTGTK VRELDYPSGS DNAYNAYDGL GGVIIGNGWR RGLFAMYLKD WQMLFTQDFL
PETKVLFRRD VKQRIQAIAP FLKFDSDPYL VAADGSPAFP GQNNYLYWIV DAYTTSDRYP
YSDPDNNGIN YIRNSVKVVI DAYNGSVKFY IADATDPIIA TWSAIFPQMF QPLSDMPVTL
RSHIRYPLDY FGIQSERLMT YHMTDTQVFY NREDQWQIPN EIYGSESRPV EPYYLITSLP
TVPFEEFLLL LPYTPKQRTN LIAWLAARSD GENYGKLLLY NFPKERLVFG PEQIEARINQ
DPVISQQISL WNRQGSRAIQ GNLLVIPIEQ SLLYVEPIYL EATQNSLPTL VRVVVAYENR
IVMAQTLEQA LQAIFQPEVT PAPAIIRPFE EVTPPG
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