| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_0594 |
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| Symbol | |
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| ID | 3678624 |
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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 | 747405 |
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| End bp | 750536 |
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| Gene Length | 3132 bp |
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| Protein Length | 1043 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637715922 |
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| Product | hypothetical protein |
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| Protein accession | YP_321113 |
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| Protein GI | 75906817 |
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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 | 33 |
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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 | 18 |
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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 | ATGTTCTACA ATTTGGATAG TTTTTTAATT TATTCCTGGT TCTCCTTGGG AATAGCAGGC
ACAAATAAAT TGCCGGAAGT AATAGCTCCT ACAGCAGTCC CTATTAGTTT TTCTGGGACG
AAAATTTTAG TGGCTTTATT GGCTGGTACT CTGATGGCGA TCGCCTTCCA TTTACTATTA
ACTAATCTTT CTGTTGCCGT TGGCATTTCT ACTTACGGCA GAAATCCCTA TAGTGATGAT
GACGACGACT CAGAAAGTTT TGGTAAGCAA GTTAGAGAAG TAGAAGCAAA AGTTGGTAGT
TGGGCAATAG TCACAGCCAG TATTGCTTTA TTCGCAGCCA CTTTCTTAGC AGTAAAATTG
AGCTTGATCG CCAATACAAC CTTAGGGGTA ATTAGTGGTG TGGTCATTTG GTCTACCTAC
TTCTTTTTAA TCATTTGGTT GGGTTCTTCC GCCTTAGGTT CCTTTCTAGG TTCAATTATC
AGCACAGTTA GCTCAGGGTT ACAAGCTCTA ACAGGGACGG CTACTAGCGC TATTGGTGCA
GCAACAACTA GAAGCCAAAT GGTATCCACA GCAGAAGATA TTACAGCCGC AGTCCGGCGC
GAATTAACCG CAGGTTTTGA CCAGGATGCG ATTAAAAATA CCCTGCAAAG TTCTTTATCG
GCACTACAAT TACCACCACT AAACTTAAAC GAAATCCGCA GTCAGTTTGA CAAAATATTA
GCTGATGTAG ATTGGCAATC CCTCGGTGAT AGTGATTTAC TACAAAATGT GAATCGCCAA
ACATTTGTCG ATTTAATTAG CGATCGCACC AATTTATCCC CAGCTAATAT CAACCAAATT
GCTGACCAAT TACAAGCAGC TTGGCAGCAA GTTTCCCATC GCAGAAATCC CACAGAACAA
GTAATTAATT TACTGCAATC TGCCACACCA GAAGAGTTAA AGTCTGAAGA TTTGGGTGAA
CGTTTGCAAC AACTAGTGAC ATCTAGGAAA AACGGTAATG GTAGAAATGG GATGATGCAG
CAAGCGGTGA AATATGGTAT CAGCGCCGCC GTACCAGCAG TACTAGATCG GGTAGATGTT
TCTGATATCG ATGTAGACAG AATTACCAAT CAACTGCAAC AGTTACGAGA TAAAGTTCAA
GATATCGATG TCGAGAGAAT CACCAAACAA TTGCAACAGA TTCGAGAGAA AACTACTGAG
CAAATTAGTC ACAGATTCTC ACCCCCAAGT GATAACACGA TCAAAACAGA CGTAGAAGAC
TATATCCGCA ATTCTTTTCC TTGGCACTTC AACCGCCTCA CTATTAGAAA TGAATTTCCG
GATGTCATCT ACGACCCACA GGCAGATCCT ACAAATATCC GCCAGCAAAT TGAACAATTA
AACTCAAATG ATTTTACTAA CTGGCTGACA CAACGAGGCG ACCTGACGGA AGCCAAGGTG
AAAGAAATTG CTCAAGACAT GGAGAGTATC CGTCAGCAAG TTTTAGAAAC AGTCCAGCAA
TCGGAGAAAG TCGAAAAAGG TAGAGAAATC CGCAGCCGTA TCGAAAATTA TCTCCGTGCT
ACTGGTAAAC CAGAACTGAA TTCTGAGGCA ATTAACCGAG ATTTTGGTAA TTTGTTAACA
GAAGCAGGAC AGGAGTTTGC AGATATCAAT ACTCGCTTGC AAGAATTTGA CCGAGAAGCC
TTTGTACAAG TATTGTTGCA ACGCCAAGAT TTCAGTGAAG CAGAGGCTAA TAATATTGTT
AGTCAACTCG AAGGCATCCG CGATAATTTT CTCAATCAAG CCAGAGAAAC CCAAGAACAA
GCAACCACCA AAGCCAATGA ACTATGGCAA AAGGTAGAGG AATATCTGCG TCACACCAAG
AAAGAAGAGT TAAATCCTGA CGCAATTAAG CGGGATTTGC GAGTGTTATT AGAAGACCCC
CAAGTGGGAA TTAATCTTGT ACGATCGCGC TTATCTCAAT TTGACCGTGA TACCTTAGTA
CAGTTGCTCA ATCAGCGTCA AGACTTAAGT GAGGCGCAAA TTAATCAAAT TATCGATCAG
GTAGAAGCTG TTAGAGATAG CGTTCTACAA GCACCCCAAG CCGTGGTAGA CCAAACTAAA
GCACAATACG AAAAAACTAC CACAGCGATC GCCAACTATC TCCGCAATAC TAACCTAGAA
GAACTCGACC CTGAAGGTAT TAGGCAAGAT TTGGCAACTT TACTCACTGA CCCGAAAGAA
GGTGCGGTGG CGTTGAGACA TCGGTTATCT CAAATTGACA GAGAAACCTT AGTCAAAATC
CTCAGCCAAC AGCAAAACTT GAGCGAAGAC CAAGTTAATG GGATTATTGA TCAACTACAA
GACGCTATTA GGGATATTAT CAGAGCGCCC CGCCGTTTTG CTAAACGTGC TACTCAAAGG
GTTGTAGACT TTGAAGCCGG TCTAGAAGAT TATTTACGTC AAACCAACAA AGAGGAGCTG
AACCCAGAAG GAATCAAAAG CGATTTACAA TTACTCTTGC GAGATCCACG CTTGGGAATT
GGTAGTTTAG GCGATCGCGT TTCTAAGTTC GACCATGCAA CAATTGTGGC TTTACTCTCC
CAACGGGAAG ACATCTCAGA GGAAGAAGCC AACCGCATCG CCGATCAAAT TGAGTCAGTC
CGCAACACCA TTACCGAGCA AGTGCAGCAG ATTCAGCATC AGTTACAGTC AGCAATTGAC
CAAGTCTTTG ACAAGATTCG CAACTATCTC AACTCCCTGG ATCGTCCAGA ACTCAACTAT
GAAGGTATCC GTCAGGACTT TGCTAAATTA TTTGATGACC CACAAGCTGG ATTTGAAGCC
TTACGCGATC GCCTCAGTCA ATTTGACCGT GATACCCTAG TTGCAGTTCT CAGTTCCCGT
GAGGATATCT CCAGGGAAGA TGTTAACCGC ATCATCGACC AAATCGAAGC CGCACGGGAT
AGCGTCCTAC ATCGCGCCGG ACGCATCCAA CAAGAAGCAC AAAAACGCAT CAAAGCCGTG
AGACAGCAAG CTAGACAACA AGTAGAAGAA ACCAGAAAAA CCGTTGCTAG CGCCGCCTGG
TGGCTATTTG GTACAGCTTT CTCTTCTCTA GTCGCTAGTG CGATCGCTGG TGCATTAGCC
GTTATGAATT AG
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| Protein sequence | MFYNLDSFLI YSWFSLGIAG TNKLPEVIAP TAVPISFSGT KILVALLAGT LMAIAFHLLL
TNLSVAVGIS TYGRNPYSDD DDDSESFGKQ VREVEAKVGS WAIVTASIAL FAATFLAVKL
SLIANTTLGV ISGVVIWSTY FFLIIWLGSS ALGSFLGSII STVSSGLQAL TGTATSAIGA
ATTRSQMVST AEDITAAVRR ELTAGFDQDA IKNTLQSSLS ALQLPPLNLN EIRSQFDKIL
ADVDWQSLGD SDLLQNVNRQ TFVDLISDRT NLSPANINQI ADQLQAAWQQ VSHRRNPTEQ
VINLLQSATP EELKSEDLGE RLQQLVTSRK NGNGRNGMMQ QAVKYGISAA VPAVLDRVDV
SDIDVDRITN QLQQLRDKVQ DIDVERITKQ LQQIREKTTE QISHRFSPPS DNTIKTDVED
YIRNSFPWHF NRLTIRNEFP DVIYDPQADP TNIRQQIEQL NSNDFTNWLT QRGDLTEAKV
KEIAQDMESI RQQVLETVQQ SEKVEKGREI RSRIENYLRA TGKPELNSEA INRDFGNLLT
EAGQEFADIN TRLQEFDREA FVQVLLQRQD FSEAEANNIV SQLEGIRDNF LNQARETQEQ
ATTKANELWQ KVEEYLRHTK KEELNPDAIK RDLRVLLEDP QVGINLVRSR LSQFDRDTLV
QLLNQRQDLS EAQINQIIDQ VEAVRDSVLQ APQAVVDQTK AQYEKTTTAI ANYLRNTNLE
ELDPEGIRQD LATLLTDPKE GAVALRHRLS QIDRETLVKI LSQQQNLSED QVNGIIDQLQ
DAIRDIIRAP RRFAKRATQR VVDFEAGLED YLRQTNKEEL NPEGIKSDLQ LLLRDPRLGI
GSLGDRVSKF DHATIVALLS QREDISEEEA NRIADQIESV RNTITEQVQQ IQHQLQSAID
QVFDKIRNYL NSLDRPELNY EGIRQDFAKL FDDPQAGFEA LRDRLSQFDR DTLVAVLSSR
EDISREDVNR IIDQIEAARD SVLHRAGRIQ QEAQKRIKAV RQQARQQVEE TRKTVASAAW
WLFGTAFSSL VASAIAGALA VMN
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