| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2496 |
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| Symbol | |
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| ID | 4245265 |
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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 | Trichodesmium erythraeum IMS101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008312 |
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| Strand | + |
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| Start bp | 3844799 |
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| End bp | 3848818 |
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| Gene Length | 4020 bp |
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| Protein Length | 1339 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 638107577 |
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| Product | signal transduction protein |
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| Protein accession | YP_722176 |
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| Protein GI | 113476115 |
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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 | 8 |
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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 | 23 |
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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 | ATGCTTGAGT CTTTTGCAAT AGTAGCCAGT GGACAATTAG TAGGTTTTCT CGCTAAAGAA
GTTCTGGGAA AATTGGCTAA AGAAGCACTT GAAGATTATG TTAAAGATTT TTTTAAGCAA
TGTATTACTG ATTTTAAAGA TAGGATAAGC AATACCAAAA AAAAGCATTT AGAAAAAGCT
ACTGCAGAAG CTCTGAAAGA ATTTTTAGAA TTAGTACAGC AAGAGTTAGA AGATGCAGAT
TTAGAGGAAA ATCAGTTACA AGAATATAAT CAACCTTTGG AACAGTTTCT CAAAAATAAG
TTAGTTAGAG AAACTTTGGG GAGTGCTTTT GATAATAATA GAAAAATTGT AGATACTAAG
ATATTAGCTA ATATTGCTAA AGACATTGTT CCAGATTTGC CACCTAATTT TGACTGGCAA
AGAGTCGCAA GAAGATATGG CAAAAAAGTT AAAAATATTA GGAATAATTA TGATGAATTA
CGGAAAATAT TAGATTCAGA AAACCTCGCT CAAATAGCAA ATCAAAATTA TAAAATTACA
CCAGAATTTG ACCTCAGAAA ATATCAAGAA GGTATCCAAG AACAATATGG AAAACTCAAA
TTAGAAAGTT TAGATACCAG TGGTTATGGT TATAATGAAC TGAAATTATG GGGAATGTTT
ATTCCTCAAA ATGTTCGAGA ATCTCAAGAA TTTAGGCCTC AATTATATGA GGTTCCTAAA
GAATATCTCC AACAATTAAA AGAGACGGGG CAGTTAGAGG CAGAATTTTC TCTAGAACAA
TTGGAAACTG TCCGACGCAG ATATTTAGAA CAGCCGGCTC GCTCGGTTTT AGAACTAATA
GAAAATACCA ACTATAAATA TTTAGTTATT CTGGGAGACC CTGGTTCTGG CAAGTCTACC
TTATTACAAT ATATCGCTTT GGAATGGGCA GAATTACCTC TGAAAGATTT GCCTTTAAAA
CCAATTCCTC TATTAATTGA ACTACGGACT TATGTGAGAA ATCATGAGAC TAATAAATGC
CAAAGTTTTC TAGATTTTCT GGAAAAAGGT AGCGGTTTAA ATTGCCATTT TCCTCAAAAA
GAACTTCATG CAAAACTACA AAATGGTGAT GCTATTGTGA TGTTTGATGG GTTGGATGAA
GTTTTTGAAC CTGCTAAAAG AAAGGAAATA ATTACTGATA TTCATCGGTT TACAAATGAT
TATAAAAATG TCCGGGTTAT TGTTACTTCT AGAGTAATTG GTTATCAGCC ACAACAACTC
CGGGATGCTG AATTTTATCA TTTTATGTTG CAAGATTTGG GGTCGGAACA AGTTGAGGAT
TTTATTCAAC GTTGGCATGA TTTAACTTAT CAAGATGAGC GGGAAAAAGA GCGGAAAAGG
GAAAGGTTGA AACGGGCAAT TAATGATTCT TCAGCTATTA AGCAATTGTC GGGAAATCCT
TTGTTATTAA CTATGATGGC TATTTTAAAT CGTCATCAAG AATTACCGAG AGATAGGGCA
GAACTTTATA ATCAAGCTTC TCGGGTTTTA TTACAGCAAT GGGATATGGA AAGGGCTTTA
GTTGATGCTA AGATTGACCC GATAACTATT GACTATAAAG ATAAGCAAGA AATTTTGCGC
CGAGTTGCTG ATTTTATGCA ACAAAATAAA GAAGGTTTGG CTGGTAATTT GATTGATGAA
AGCAGCTTAG AAAGTATTAT TAAAAAGTAT CTAAAAAGTG TAGATATTAA TGATGTGAGA
TTTGTGGCTA GGGCGTTGAT GGAACAGTTG CGGGTTAGGA ATTTTATTTT GTGTTTTGTT
GGGGGTGGAT ATTATGCTTT TGTGCATCGA ACTTTTTTAG AATATTTCTG TGCTTGGAGT
TTTGTTTGGC AGTTTACGGT AACACAAACT CTGGGAAAAG ATGGGTTGAT AAATGATGTT
TTTGGTGGTC ATTGGCGGGA TGAAAAATGG CATGAAGTAT TACGGTTAAT TTCTGGGATG
ATAGATGCTA AGTTTGTGGG AGATATTATT AGTTATTTGA TGGAACAAGA TGGGGAAGAG
GAAAAGTTTC AGAATTTATT TTTGGCGGGC AAGTGTTTGT CTGAAGTTAG GAGTAGTCAG
GGTATTGGTG ATGTGGAAAC TCGGTTATTA AATAGGTTAA AAGATTTGAC TGGGTATGAC
CTTGGTTATT TTTATGAATC TTATGATGAA GATGATGAAG ATGCAGAGTT AGTTCGTGAA
ATTCGTACTC AAGCTGTGGA AATAGTGGCT ACATCCTGGA GGGATGACTC TTCAACTTAT
GCTTGGCTTA AAGAAAGGGT TGTGTCTGAT GAAAGTTCGT TTGTGCGACG TGAAGCCGTC
GGACAAATAG CTACTGGTTG GAAACACGAG CCCGGAATTT TAGAATTACT CAAACAAAGG
GTTGTGTCTG ATGAAAGTGA GGATGTGCGA GCTGAAGCCC TCCGACAAAT AGCTACTGGT
TGGAAACACG AGCCCGGAAT TTTAGAATTA CTCAAACAAT GGGTTGTGTC TGATGAAAGT
GAGTCTGTGC GAGCTGAAGC CCTCCGACAA ATAGCAACTG GTTGGAAACA CGAGCCGGGA
ATTTTAGAAT TACTCAAACA ATGGGTTGTG TCTGATGAAA GTCAGCTTGT GCGAGGTGAA
GCCCTCCGAC AAATAGCTAC TGGTTGGAAA CACGAGCCCG GAATTTTTGA ATTACTCAAA
CAAAGGGTTG TGTCTGATGA AAGTTGGCTT GTGCGAGGTG TAGCCCTCCG ACAAATAGCA
ACTGGTTGGA AACACGAGCC CGGAATTTTA GAATTACTCA AACAATGGGT TGTGTCTGAT
GAAAGTGAGG ATGTGCGAGC TGAAGCCCTC CGACAAATAG CTACTGGTTG GAAACACGAG
CCCGGAATTT TAGAATTACT CAAACAATGG GTTGTGTCTG ATGAAAGTCA GCTTGTGCGA
CGTGAAGCCG TCCGACAAAT AGCTACTGGT TGGAAACACG AGCCCGGAAT TTTAGATTTA
CTCAAACAAA GGGTTGTGTC TGATGAAAGT TGGCAGGTGC GAACTGAAGC CGTCCGACAA
ATAGCTACTG GTTGGAAACA CGAGCCCGGA ATTTTAGAAT TACTCAAACA AAGGGTTGTG
TCTGATGAAG ACTTGAATGT GCGAACTGAA GCCGTCCGAC AAATAGCTAC TGGTTGGAAA
CACGAGCCCG GAATTTTAGA ATTACTCAAA CAAAGGGTTG TGTCTGATGA AAGTCAGCTT
GTGCGAACTG AAGCCGTCGG ACAAATAGCT ACTGGTTGGA AACACGAGCC CGGAATTTTA
GAATTACTCA AACAAAGGGT TGTGTCTGAT GAAAGTGAGG ATGTGCGAGC TGAAGCCCTC
CGACAAATAG CAACTGGTTG GAAACACGAG CCCGGAATTT TAGAATTACT CAAACAAAGG
GTTGTGTCTG ATGAAAGTGT GCGTGTGCGA ACTGAAGCCC TCCGACAAAT AGCAACTGGT
TGGAAACACG AGCCCGGAAT TTTTGAATTA CTCAAACAAA GGGTTGTGTC TGATGAAAGT
GAGGATGTGC GAACTGAAGC CCTCCGACAA ATAGCAACTG GTTGGAAACA CGAGCCCGGA
ATTTTAGAAT TACTCAAAGA AAGGGTTGTG TCTGATGAAA GTGAGGATGT GCGACGTGAA
GCCCTCCGAC AAATAGCTAC TGGTTGGAAA CACGAGCCCG GAATTTTTGA ATTACTCAAA
CAAAGGGTTG TGTCTGATGA AAGTTGGGAT GTGCGACGTG AGGCAGTCAA ACAAATAGCA
ACTGGTTGGA AACAGGAGCC CGGAACTTTT GAAATATTTT ATGACAACGC CCTCAACGAT
CCCTTTGAAC GTAAACATGA ATTTCAAGAC AACCCTCGAC AAACAGCACT AGAAGCAATA
GTCAAACAAT ACCCAGACCA TCCCCAAACC CTCCCACTAT TACAAGACAG AGCCGAAAAC
GACCCAGACA AAAAACTACA GAAATGGGCA AAAAGGATAT TGCAGCAATA TACAACATAG
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| Protein sequence | MLESFAIVAS GQLVGFLAKE VLGKLAKEAL EDYVKDFFKQ CITDFKDRIS NTKKKHLEKA
TAEALKEFLE LVQQELEDAD LEENQLQEYN QPLEQFLKNK LVRETLGSAF DNNRKIVDTK
ILANIAKDIV PDLPPNFDWQ RVARRYGKKV KNIRNNYDEL RKILDSENLA QIANQNYKIT
PEFDLRKYQE GIQEQYGKLK LESLDTSGYG YNELKLWGMF IPQNVRESQE FRPQLYEVPK
EYLQQLKETG QLEAEFSLEQ LETVRRRYLE QPARSVLELI ENTNYKYLVI LGDPGSGKST
LLQYIALEWA ELPLKDLPLK PIPLLIELRT YVRNHETNKC QSFLDFLEKG SGLNCHFPQK
ELHAKLQNGD AIVMFDGLDE VFEPAKRKEI ITDIHRFTND YKNVRVIVTS RVIGYQPQQL
RDAEFYHFML QDLGSEQVED FIQRWHDLTY QDEREKERKR ERLKRAINDS SAIKQLSGNP
LLLTMMAILN RHQELPRDRA ELYNQASRVL LQQWDMERAL VDAKIDPITI DYKDKQEILR
RVADFMQQNK EGLAGNLIDE SSLESIIKKY LKSVDINDVR FVARALMEQL RVRNFILCFV
GGGYYAFVHR TFLEYFCAWS FVWQFTVTQT LGKDGLINDV FGGHWRDEKW HEVLRLISGM
IDAKFVGDII SYLMEQDGEE EKFQNLFLAG KCLSEVRSSQ GIGDVETRLL NRLKDLTGYD
LGYFYESYDE DDEDAELVRE IRTQAVEIVA TSWRDDSSTY AWLKERVVSD ESSFVRREAV
GQIATGWKHE PGILELLKQR VVSDESEDVR AEALRQIATG WKHEPGILEL LKQWVVSDES
ESVRAEALRQ IATGWKHEPG ILELLKQWVV SDESQLVRGE ALRQIATGWK HEPGIFELLK
QRVVSDESWL VRGVALRQIA TGWKHEPGIL ELLKQWVVSD ESEDVRAEAL RQIATGWKHE
PGILELLKQW VVSDESQLVR REAVRQIATG WKHEPGILDL LKQRVVSDES WQVRTEAVRQ
IATGWKHEPG ILELLKQRVV SDEDLNVRTE AVRQIATGWK HEPGILELLK QRVVSDESQL
VRTEAVGQIA TGWKHEPGIL ELLKQRVVSD ESEDVRAEAL RQIATGWKHE PGILELLKQR
VVSDESVRVR TEALRQIATG WKHEPGIFEL LKQRVVSDES EDVRTEALRQ IATGWKHEPG
ILELLKERVV SDESEDVRRE ALRQIATGWK HEPGIFELLK QRVVSDESWD VRREAVKQIA
TGWKQEPGTF EIFYDNALND PFERKHEFQD NPRQTALEAI VKQYPDHPQT LPLLQDRAEN
DPDKKLQKWA KRILQQYTT
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