| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_4476 |
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| Symbol | |
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| ID | 3680332 |
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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 | 5603880 |
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| End bp | 5607593 |
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| Gene Length | 3714 bp |
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| Protein Length | 1237 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637719831 |
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| Product | signal transduction protein |
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| Protein accession | YP_324969 |
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| Protein GI | 75910673 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5635] Predicted NTPase (NACHT family) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.62278 |
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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 | 19 |
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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 | ATGATGTTAG ATTGGTTAGC TGTTTGGGGC GTAACTCAAG CTGTCGGGTT TGCTTTTAAG
TCGATTTTTG AGGACTTAGC AAAGGACGCA GCGAAAGACT GGGCTAAGGA CTTATTAAAG
GCGGTTCCCA ATAATATTTT ACAGAAGCTG CAAAAGGAAG ATATTGAAAC TGCTGCGGGT
AAAGCATTGA AGGAATTTTT GCAGTTGATG CAGCAGGAAT TAGAAGATGC AGATTTAGAC
GAAGCAGAAC TGCAACGATA CAATCAGCCA TTAACTACGT TTATTCATAA TCAATCTCTG
CAACATCTTC TTGGTCTTCC CTTTCAACCA GACTGTCAAG TCATAGATTA TCAGAGTCTA
GTAACCGCTT GGTATGCAGA TAATTTACTA CCTTTACCCC CAGCATTTGA TTGGGAAAGA
CTAGCGAAAC GTTATCTCAA GAAAGTGAAA GCGATTATTC GAGAATCAGA TAAGTTACGC
CCTATTTTTG ATTCCCAACA TTTAGAAGAG GCGAGAGATA GCCTACAGCA AATGGCTGGT
ATCCCGACGG AATTTGATTT GCTTGGTTAT CAAGAAGGTC TGCGGGAACG ATATGGTAAC
TTAAAATTAG ATAGTTTAGA TACCACTGGC TATGCTTACA ATGAGTTAAA GCTATGGCGA
ATGTTTATCG CGCAAAATGT GCGGGAAGTC CATCAGGTTT TACCTCAAGT TCATGAACTA
CCCAAGGAAC ATTTAAAGCG GCTCAGAGAA AGTAACCAAA TAGAAGATAT TTCCTTAGAT
GAACTAACTT ATTATAAACA AGTCTATATT GAACAACCAA CATTTTCTAT ATTAGATATT
ATTAATAACC GACAAAATTA TCAATACATA GTTATTTTAG GAGACCCAGG TTCAGGGAAA
TCCACATTAT TACAGTTTCT CGCATTAAAT TGGGCAGAAA CACCTTTAGG AAATGCTATT
TATCAGCCAC TACCTTTATT GATTGAGCTA CGCACTTATA TGCGGAGGCG GGAAAATAAT
GAATGCAGTA ATTTTATTGA TTTCTTTCAT AAAAGTAGTG GCATAGTACA TCACTTAAAT
CAACATAAAC TACATGAACA GCTAAAGACT GGTAATGCTT TAGTGATGTT TGATGGCTTA
GATGAAGTAT TTGAACCGGG AAAACGAGAA GATATTATTA CGGATATTCA TCGGTTCACA
AATCAGTATC CTGATGTGCG CGTGATTGTT ACTTCTCGCG TGATTGGTTA CAAGCCTCAA
AGGTTGCGAG ATGCAGAGTT TCGCCACTTT ATGTTACAAG ATTTAGAACC AGAACAAATT
CAAGACTTTA TCCATCGTTG GCATGAATTG ACTTTCTGTG ATGAGGGAGA TAGAAGGCGG
AAAAAAGAGC GCCTGCATAG GGCAATTGAT ACATCCCATG CGATCGCCGA ACTAGCTGGT
AATCCCTTAT TATTAACGAT GATGGCAATT CTCAACCGTA ATCAAGAACT GCCCAGAGAT
AGAGCCACCT TGTACGAACA AGCATCACGG GTATTGCTGC ATCAATGGGA TGTGGAACGC
GCCTTAGTGG AAGATTATCG CTTAGACCCG AAAACTATCG ACTATAAAGA TAAGCAGGCG
ATGTTGCGTC AAGTTGCCTA TCGTATGCAA ACCAGTGAGA AAGGTTTGGC TGGGAATTTG
ATTAGTACGG GTGATTTAGA AAAGATTTTA ATCCGCTATT TAAAAAATAT TGAATTTGAA
CAACCAGTCA TAGTTGCCAG AGTCATGATT AATCAATTGC GGACTCGCAA CTTTATGTTG
TCTTACTTGG GCGCAGACTA TTATGCTTTT GTCCACAGAA CTTTTTTAGA ATATTTCTGT
GCTTGGGAAT TTGTCTGGCA ATTTAAAGAA ACACAAACGC TTTCCATTAA AGACCTAAAT
TATGAGGTAT TTGGTAAACA CTGGCAAGAT GAAACTTGGC ATGAGGTATT ACGCCTAATT
ACAGGTATGA TTGAGCCGAG GTTTGTCTGC GAGATTCTCG ATTATTTAAT GGCTCAAAAC
GGTGAAACAG AAAAGTTTAT CAATCTTTTC CTCGCCGCTA AGTGTCTAGC AGAGGTACGA
AATCGTTTAT TAGTAGCATC CACCGCCACT AAATTACTAC ACCAAATCAA AGCATTAACC
AAATATGACC TGGGGTACTA TTATCAACCT TATTTAGATG AGGAAGAAAC GCAGCTAGTA
CAGGAAATTC GTACCAAAGC AGTGACATCT GTCGCCACAA CTTGGAAAGA TGACCCAGAA
ACACTGACTT GGTTAAAACA ACTAGCCACG GCTGATGAAC GGGAATATGT GCGGAGTGTG
GCCTTGCAAG AACTCGCACG GAGTTTCAAA GATGACCCTA ATACCTTACC TTGGCTGAAA
AAATGTGCGA CTACCGATAG TGATGGAACT GTACGCCAAG CCGCAGTCCA AGAACTAGCA
AAGGTTTTTA AAGATGACCC TGATACTTTG CCTATTGTCA AACAACGGGC GACTATTGAT
GAAAATGAAT ATGTCCGTCA AGTAGCAGTG CAAGAATTAG CTAGGGTTTT TAAAGATAAC
CCAAATACTT TACCTTGGCT GAAACAACGC ACCATAGAGG ATAATTCGGG AGCTGTCAGA
CAAGTAGCAG TGCAAGAATT AGCCAGGGGT TTTAAAGATA GTCCCGATAC GTTACCTTGG
CTGAAACAAT GCACCACTGC TCATGATTGG ACAGTGCGTC AAGCTGCATT GCAAGAAATA
GCCAAGGTTT TTAAAGATGA CTATGATACT TTATCTATTC TCAAACAAAG TGCAGCTCAT
GATGAAAATG AGTATGTGCG CCAAGCCGCA GTGCAAGAAT TAGCCAGGGG TTTTAAAGAT
GACCCCGATA CCATACCTAT TCTTAAACAG AGTGCGATCG CTGACAAGTC TTTTGATGTC
CGCCAAGTTG CAGTGCAGGA ATTAGCCAGG GGTTTTAAAG ATGACTCGCA AACTCTCTCC
TGGTTAAAAC AATATGCCAC TATTGATGGT GATAAGTATG TCCGCCGGGC TGCATTGCAA
GAATTGGCTA GAGGCTTTAA AGATGACCCT GATACTCTAC CTATTCTCAA ACTGCGAGCT
ATTGTTGATA CACACGCAGA TGTCCGTCGG GCGGCGGTGC AAGAATTAGC CAGGGGTTTC
AAAGATGACC CTGATACTCT CCTTATCCTC AAACAACGCG CCACAACTGA TGATAATGAA
TCTGTCCGTC GGGCGGCGGT GCAAGAATTA GCCAGAGGTT TTAAAGATGA CCCTGATACT
TTACCAATCC TGAAAAAACG CGCCACCTCT GATAAATATG CCAACGTCCG CCAAGCCGCA
TTACAAGAAT TAGCCAGGGG TTTCAAAGAT GACCCTGATA CTTTACCAAT CCTGAAAAAA
CGGGCTATGA CAGACCAACA TTTAGATGTG CGCCATACAG CCTTGCAAGA ATTAACCCGC
AGTTTCAAAG ACGACCCTAG TATATTTGAG GTGTTTTATA ACTGTGCCGT CAATGACCCC
TTTACCCGTG AGTATAACTT TCAAATTAAC CCCCGGCAAC TAGCTCTAGA AACAATTATT
GAACAATATC CCCACCATCC CCAGACTCTA CAATTATTGC GCGATCGCGC CACCAATGAT
CCAGATGAGC AAGTAAGAGA ATTTGCCAGC AAGAAATTGC AACAGGTCTT GTGA
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| Protein sequence | MMLDWLAVWG VTQAVGFAFK SIFEDLAKDA AKDWAKDLLK AVPNNILQKL QKEDIETAAG
KALKEFLQLM QQELEDADLD EAELQRYNQP LTTFIHNQSL QHLLGLPFQP DCQVIDYQSL
VTAWYADNLL PLPPAFDWER LAKRYLKKVK AIIRESDKLR PIFDSQHLEE ARDSLQQMAG
IPTEFDLLGY QEGLRERYGN LKLDSLDTTG YAYNELKLWR MFIAQNVREV HQVLPQVHEL
PKEHLKRLRE SNQIEDISLD ELTYYKQVYI EQPTFSILDI INNRQNYQYI VILGDPGSGK
STLLQFLALN WAETPLGNAI YQPLPLLIEL RTYMRRRENN ECSNFIDFFH KSSGIVHHLN
QHKLHEQLKT GNALVMFDGL DEVFEPGKRE DIITDIHRFT NQYPDVRVIV TSRVIGYKPQ
RLRDAEFRHF MLQDLEPEQI QDFIHRWHEL TFCDEGDRRR KKERLHRAID TSHAIAELAG
NPLLLTMMAI LNRNQELPRD RATLYEQASR VLLHQWDVER ALVEDYRLDP KTIDYKDKQA
MLRQVAYRMQ TSEKGLAGNL ISTGDLEKIL IRYLKNIEFE QPVIVARVMI NQLRTRNFML
SYLGADYYAF VHRTFLEYFC AWEFVWQFKE TQTLSIKDLN YEVFGKHWQD ETWHEVLRLI
TGMIEPRFVC EILDYLMAQN GETEKFINLF LAAKCLAEVR NRLLVASTAT KLLHQIKALT
KYDLGYYYQP YLDEEETQLV QEIRTKAVTS VATTWKDDPE TLTWLKQLAT ADEREYVRSV
ALQELARSFK DDPNTLPWLK KCATTDSDGT VRQAAVQELA KVFKDDPDTL PIVKQRATID
ENEYVRQVAV QELARVFKDN PNTLPWLKQR TIEDNSGAVR QVAVQELARG FKDSPDTLPW
LKQCTTAHDW TVRQAALQEI AKVFKDDYDT LSILKQSAAH DENEYVRQAA VQELARGFKD
DPDTIPILKQ SAIADKSFDV RQVAVQELAR GFKDDSQTLS WLKQYATIDG DKYVRRAALQ
ELARGFKDDP DTLPILKLRA IVDTHADVRR AAVQELARGF KDDPDTLLIL KQRATTDDNE
SVRRAAVQEL ARGFKDDPDT LPILKKRATS DKYANVRQAA LQELARGFKD DPDTLPILKK
RAMTDQHLDV RHTALQELTR SFKDDPSIFE VFYNCAVNDP FTREYNFQIN PRQLALETII
EQYPHHPQTL QLLRDRATND PDEQVREFAS KKLQQVL
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