| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_2878 |
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| Symbol | |
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| ID | 3681442 |
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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 | 3572161 |
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| End bp | 3577650 |
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| Gene Length | 5490 bp |
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| Protein Length | 1829 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 637718223 |
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| Product | hypothetical protein |
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| Protein accession | YP_323384 |
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| Protein GI | 75909088 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.41175 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACGCGCT CTCCAAATCA CCGTCGTTTA TCTCTAATTG TTGCCAGACG CGCCAGTCTG
GTATTAGGAA TTATGGCGCT AGCAGGAGTC GCTACTGGTG CTTGGTGGGC AAGAAATTAT
GTATATAACG ATTTAGCACC CTTAGTTGAG ACTAACCTAG AGCAATTACT CGGACGTTCT
ATCAAAATAG GGCAAGTCGA AGGTTTTACA CTCTCCAGTC TCCGATTTAG CTCTCTATCA
ATACCAGCAA CTCCCACTGA TCCTGACACA GTAACAGCAC AAGCTGTAGA TGTGCAGTTT
TCCCCGTGGC AAATTCTTGT CACTCGGACG CTAGTATTAG ATGTCACCTT AGTTAAACCA
AATGTCTATA TCCAACAAGA GCAAGATGGT CGTTGGGTAA CGGCTGAAGT AAAGACAGGA
GAAGGAAGTG GAGCAATCCA GACTCAGTTA CAAACCCTAA ATATTGTTGA TGGAAATATT
GAATTATTAT CAGCCTCCTC ACCAACTAAA CCGCAAGGCT CTGTTGTACT AACACAGGTC
GGTGGTGTTG CTCGATTTTC GCCTGATAAT GAGAGAATAG GTTATCAAAT TAATGGTCAA
CTCACCAGGG GAGGAACGGT TAAAATCTCT GGTGAAACAC AACCAAAAAC ACAACTTACT
AATCTTCAGG TTGTAGCGCA AAGCTTATTA GCATCAGATA TCAGTCGTTT AGTTCAGTTG
CCCATTGTTC TACAATCTGG GCGTATTGAT GCGGACTTAG CAGCACAGAT TCCCGCCAAT
CAGTCAGAAA TATCGATTAC GGGAACGGCC ACCACCAATC AAGTTACAGC TAAAGTTCAA
AATCTTCCGC AGTCTTTTTC TAACGCCAAT GGCAGATTAA TATTTCAAGG ACAGACTATT
GCTTTAGAGA ATTTAAGGAC AAACTTTGGT CAAGTTCCCT TGTTGGCAAA TGGTACAGTT
AATACTCAAA CAGGTTTTAA TCTGGCGGCT CAAGTAAAGT CAGTTAGTGC CAAACAACTC
TTAGACACCC TCAAGGTAAA TTCTCCAGTC CCCGCAGTGG GAGAAGTAAC AGCAGATATT
AAAGTCCAAG GTGAATTACA GCAACCTATT CTGAGTGGTA CAGCCAGCAG TATCAAACCG
ATTCAAGTTG ACCGTGTTCT ATTTACAGGC GTAAAAACTA ATTTCCGCTT GAGTGTATCT
GAAACGGCAA CTCAAATTGC TGTACCGAAT CTGATATTAA TTCCCGCCGC AGGTGGTCAA
ATTACAGGAA GTGGTCAAGG TCAACTGGGC GGTAATGTAA ATTTTGATAT TCAGGCTGAT
GGTGTCTCAG GGGATATACT GTCACGTAGT TATGGCATAA CTCCACCTAT TCAAGTGGGA
AATATCTCCG CTAAGGCAAA AATCACTGGT TCTTTGGGAC AACAGCCTTT AGCTCTAAAT
ATTTCTAGTG TTCAAGTGCA GCCACCATCT GGGGGGCAAA TTGTTGGGAG TGGTCAAGTC
CAACTTGCGC CCCAAGGTAA CGTTTCGTTG AATATCCAAG CCCAAAATTT ACCAGGGGAT
GCACTGGTAG AAACAAACGC AGCCATCAAA GTTGGTAATG TATCGGCAAA TACTAGAGTT
TCTGGTACTC TGGGCAATTT GCGGGCTGTG ACCCAAGTAC AAGCACCAAC GGCTACCTAT
CCCACTACAG GGGAAATTGT TGTTGCTCAA CAAGGAAGTA ATTTGCTTTT ACCCAGTGCT
GTTTTGAATG TGGCAGGAGG TACAATCAGG GCTACAGGTC GGGTTGCTCA ACAACGCTGG
CAAGCGGTGG CGAATATTTC TCAAATTCAA CTCGACCGAT TTGAGCAGAT ACCGCCCCAG
TTTCAGGGAG TGTTAAGCAA TGCGGTATTT AATTTGTCAG GTAGTACGGC GGCTATTCAA
CCCTCAACTA TCCAAGCTAC AGGACGGGCA AACTTAAATG TGGCAGGTGG TAGTGTTAAC
CTGAGGAATG TCAACCTCAA TGCTGGGCGT TGGCAAGCAG TGGCGAATGT TTCCCAAATT
CAACTCGACC GATTTGAGCA GATACCGCCC CAATTTCAGG GAGTGTTAAG CAATGCGGTA
TTTAATTTGT CAGGTAGTAC GGCGGCTATT CAACCTTCAA CTATCCAAGC TACAGGACGG
GCAAACCTAA ATGTGGCAGG TGGTACAGTC AACCTGAGGA ATGTCAGTTT AAATGATGGT
CGCTGGCAAG CGCTGGCTAA TGCTGAGCAA ATTCAACTCA ACCGCTTTTC CCCCCAACTG
CAAGGACGAC TCAGCAGTAA TATCCAATTG GCAGGGACGA CAGCATCTTT TCAACTAGCA
GATATTCGCG CCGCAGGACA AATCAACGCT TCTCAAGGGT TGGCACAGTT GGCGCAACCA
ATTAACGCTC AATTTCAGTG GAATGGCAAG CAGATTATAG TACAACGTGC CACAACTCCA
GGATTAAGTG CGAGTGGTGC GATCGCTGTA CAATTACCTC AAACGGGTAC ACCCCAAATT
GCTGGCTTGA ATTTGAATGT CCAAGCGCAG AATTTTGACC TCAGCAAAAC TGGTTTTCAA
ACCCCTGGAG ATGTAGCAAT CGCAGGGTTA CTCAACTTTA ATGGACAAGT GACCGGCACT
CTCAATACTC CTGAGGCTAG CGGCAATATC CGGCTAAGAA ATTTCAATGT GGGTAGTTTG
GCATTTGACC CGGTTTTAAC TGGTAATGTG AATTTTCAAG GAGGACAAGG GGCAAGTTTG
CAACTCGCCG GGACACAAGA CAAGATAGCC CTGAATTTAG ATGCTAATTA TCGACCCAGT
TCGTTTTTAG TCCAACGTGC TGGCGCTGTC ACGACAGGTA GAACTGAGGA AGATAACTTA
ATCATCAACG CTCAACAGTT CCCCATCGCT CTAGTGAGTG GTTTTTTACC GAATAATCAA
TTCAGACCTT TAGGTGGAGA GCTATCGGGG AATTTAGTTG TTAATTTAAA TAATTATGCC
GTAGCTGGAG ATGTGGCAAT TGCTAATCCC CGGATTGCCA GAGCCTCAGC CGACGAATTT
CGTGGTAACA TCAACTACGC TGATGGTACT GCTAATTTAG CGAACGGGTT ATTACGGTTA
GGTGATAGTA ACATTGCTGT CAGTGGCAGT TTGCAAGCAG GCAATGACCC CAAGTTTCAA
CTACAAGCTA ATTTAAATCA AACGAGAGTT GAAAATCTAT TACAAGCGTT TAGTCTATTT
GATTTTGGAG ATTTTGGTGG GGGTTTAGAA TCACCGACGC TGGCGGGTGC GGAAGTACTC
AACACTACAC CTGTGCGTTT ACCTAATGCA GATTTGCAAA CCCAATTAGA GTATTTCTCA
AAACTTGAAG CATCCGTCAG ACAACAACAA CAAGCAGATA CACAACAAAC ACCAGCGTTG
CCCAGCCTAT CAGAATTAAC TGGTGCTTTA AGTGGGGCAA TTACAGCCAG TGGTTCGTTG
CGGACTGGGT TAAATGTCGG CTTTGATTTT CAAGGCGCTA ATTGGCGATG GGGTGATTAC
TCAATTAATG AAGTCGTTGC TAATGGTAAT TTTGCTGATG GTATTGTCAC CCTCTCACCA
TTACGTATAG GTATAAATCA GGGATTGGTG GCTTTTGCAG GACAGTTAGG CACTGAGGAT
TTATCGGGAC AATTGAGGGT AGACAGTCTA CCTATATCAC TCTTAGATCC ATTCATCGCC
CGATATCCTA TAGATATTAC TGGACAAGTA AATGCGATCG CTAATTTAGC GGGTAGTTTA
CAACAACCCA GGGTGACTGG AGAAGTAACC CTAGCCAATG CAACTTTCAA CCAGCAACCT
ATACAAACAG GGCAACTAAA TTTTGACTAT AACAATGCTC GTGTGAATTT TAATAGTACT
TTACTGTTAA CAGGAACCCA ACCCATTGCA ATTACAGGTA GCATACCAGC CGAGTTACCT
TTCGTCACCG AGCCACCAGA TAACAATCAA ATTAGTGTTA ACGCCAATGT GAACAATGAA
GGCTTAGCGC TGTTAAATGT CTTGACTAAT AATCAAGTTA CTTGGGTAGA TGGTCAAGGA
CAGGTAAATC TCAATGTTCA AGGGACTTTT GAGCAGCCAA TAATTAATGG TAATGCCACA
ATTAACAATG CGACGATTGG CGCTCAAGCT TTAGCCAATC CCCTCACCAA CGTTACAGGC
ACATTACAGT TTAATGGCGA TAGGTTGAAT GTTCAGGGAA TTCAAGCCAC ATATAATCAA
GGTTTAGTAT CTGCATCGGG CAGCCTACCA ATTTTCGCAA CTGGGGAAAC TGTAACTAAT
CCCCTAACAG TAGCAATCCA AAATCAACTC AATTTCCAGG TTGCAGGCTT ATATACAGGA
GATGTCAGTG GTAATGCTGT GATTCGGGGA ACAGCGCTCA GACCTCGAAT TGGTGGTGAG
ATTACACTTA GCAATGGTCA AGTGACTATT GGCAACACTA CCGCTAACTC AAAACAAACA
ACGACAACAG AAACTAACAC TCGTGCTACA ACTATAGAAT TAAATAGCAA TATGCCCCAA
GCAACGGTCA CACCACAACC ACCAACTCGA CCGAATTTGC CTGTAGAGTT TGCAGATTTG
CGATTGACTC TGGGTGATGA TGTGCGTGTC ACCAGCCAGT CTCTACTAGG TTTTTTACCA
GGGGGAGAGG TTTTTAGTCA GCCGATACTT AGTTTCGATG CCGAAGGCGA TTTAACAATC
AATGGTACAT TAGCAAATCC TCTCCCTGAA GGAGTCATTC GTTTAACGGG GGGAAGAATC
AGCCTGTTTA CAACCGAGTT TACCTTGGCG CGGGGCTATG AACAAACCGC GCGATTTACC
CCAAATCAAG GGCTAGACCC TACTTTAGAT GTACGGCTGG TGGCAATTGT ACCAGAAGCA
TCGACTAGGA GCGATCGCAC CTTAGAATCA CCTTTTTCTG CGGAAATTAG TGATGTTTCT
GCAAATAATT TCGGGACTTT ACGCACCGTT CGCGTCCAAG CAAGGGCGAC AGGGCCAGCT
AGTGAATTGA CAAATAATCT GGAACTAACA AGCGAACCAC GCCGTAGTCG AGGCGAAATT
GTTAGTCTGC TGGGTGGCTC GATTTTGAGT GACTTTGCTC AAGGCGATGC GACACAAGGG
CTGACTAATT TTGCCAGTTC TACTCTTTTA GGTGGTTTGC AAGGCACAAT TACGGCGATT
GGACAGGCTG TTGGTTTTAG TGAATTTCGC ATTTTTCCTA CCCCCACCAC TAATCAGGAA
TCTAGAAGAG CTTCAGTTCT CGATTTATCA GCAGAGGGTG TGTTTAACCT TAATCGCAAT
CTATCCGTCT CTTTATCACG AGCTTTTTCT ACTACTGAAC CTTTGCGCTA TAACCTGCTC
TATCGTTTGA ATGATGAAAT TCTGGTGCGC GGCTCAACTA ATTTAGGAAA CGAAAGTCAA
TTATTATTTG AGTATGAAAC TCGATTTTGA
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| Protein sequence | MTRSPNHRRL SLIVARRASL VLGIMALAGV ATGAWWARNY VYNDLAPLVE TNLEQLLGRS
IKIGQVEGFT LSSLRFSSLS IPATPTDPDT VTAQAVDVQF SPWQILVTRT LVLDVTLVKP
NVYIQQEQDG RWVTAEVKTG EGSGAIQTQL QTLNIVDGNI ELLSASSPTK PQGSVVLTQV
GGVARFSPDN ERIGYQINGQ LTRGGTVKIS GETQPKTQLT NLQVVAQSLL ASDISRLVQL
PIVLQSGRID ADLAAQIPAN QSEISITGTA TTNQVTAKVQ NLPQSFSNAN GRLIFQGQTI
ALENLRTNFG QVPLLANGTV NTQTGFNLAA QVKSVSAKQL LDTLKVNSPV PAVGEVTADI
KVQGELQQPI LSGTASSIKP IQVDRVLFTG VKTNFRLSVS ETATQIAVPN LILIPAAGGQ
ITGSGQGQLG GNVNFDIQAD GVSGDILSRS YGITPPIQVG NISAKAKITG SLGQQPLALN
ISSVQVQPPS GGQIVGSGQV QLAPQGNVSL NIQAQNLPGD ALVETNAAIK VGNVSANTRV
SGTLGNLRAV TQVQAPTATY PTTGEIVVAQ QGSNLLLPSA VLNVAGGTIR ATGRVAQQRW
QAVANISQIQ LDRFEQIPPQ FQGVLSNAVF NLSGSTAAIQ PSTIQATGRA NLNVAGGSVN
LRNVNLNAGR WQAVANVSQI QLDRFEQIPP QFQGVLSNAV FNLSGSTAAI QPSTIQATGR
ANLNVAGGTV NLRNVSLNDG RWQALANAEQ IQLNRFSPQL QGRLSSNIQL AGTTASFQLA
DIRAAGQINA SQGLAQLAQP INAQFQWNGK QIIVQRATTP GLSASGAIAV QLPQTGTPQI
AGLNLNVQAQ NFDLSKTGFQ TPGDVAIAGL LNFNGQVTGT LNTPEASGNI RLRNFNVGSL
AFDPVLTGNV NFQGGQGASL QLAGTQDKIA LNLDANYRPS SFLVQRAGAV TTGRTEEDNL
IINAQQFPIA LVSGFLPNNQ FRPLGGELSG NLVVNLNNYA VAGDVAIANP RIARASADEF
RGNINYADGT ANLANGLLRL GDSNIAVSGS LQAGNDPKFQ LQANLNQTRV ENLLQAFSLF
DFGDFGGGLE SPTLAGAEVL NTTPVRLPNA DLQTQLEYFS KLEASVRQQQ QADTQQTPAL
PSLSELTGAL SGAITASGSL RTGLNVGFDF QGANWRWGDY SINEVVANGN FADGIVTLSP
LRIGINQGLV AFAGQLGTED LSGQLRVDSL PISLLDPFIA RYPIDITGQV NAIANLAGSL
QQPRVTGEVT LANATFNQQP IQTGQLNFDY NNARVNFNST LLLTGTQPIA ITGSIPAELP
FVTEPPDNNQ ISVNANVNNE GLALLNVLTN NQVTWVDGQG QVNLNVQGTF EQPIINGNAT
INNATIGAQA LANPLTNVTG TLQFNGDRLN VQGIQATYNQ GLVSASGSLP IFATGETVTN
PLTVAIQNQL NFQVAGLYTG DVSGNAVIRG TALRPRIGGE ITLSNGQVTI GNTTANSKQT
TTTETNTRAT TIELNSNMPQ ATVTPQPPTR PNLPVEFADL RLTLGDDVRV TSQSLLGFLP
GGEVFSQPIL SFDAEGDLTI NGTLANPLPE GVIRLTGGRI SLFTTEFTLA RGYEQTARFT
PNQGLDPTLD VRLVAIVPEA STRSDRTLES PFSAEISDVS ANNFGTLRTV RVQARATGPA
SELTNNLELT SEPRRSRGEI VSLLGGSILS DFAQGDATQG LTNFASSTLL GGLQGTITAI
GQAVGFSEFR IFPTPTTNQE SRRASVLDLS AEGVFNLNRN LSVSLSRAFS TTEPLRYNLL
YRLNDEILVR GSTNLGNESQ LLFEYETRF
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