| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_4985 |
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| Symbol | |
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| ID | 4246640 |
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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 | 7617415 |
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| End bp | 7621452 |
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| Gene Length | 4038 bp |
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| Protein Length | 1345 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 638109796 |
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| Product | signal transduction protein |
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| Protein accession | YP_724372 |
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| Protein GI | 113478311 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.266997 |
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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 | 9 |
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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 | ATGATTGAAT GGTTAATTAC TTGGGGAAGT AGTGAAGCGG TTAAATGTAT TGCGAATGAA
GTTGTCGGAG TATTAGCTAA GGGCGCTGCC GAAGACTATG TTAAAGATTT TTTTAAGCAA
AGTTTCTCTG ATGCTTTTGG TGGAATAGCA AATGGAGAAC CTTTAAAAAA AGCTACTAAA
CAAGCAATTA AAGATTTTTT AGACTTAGGA TATCAAGAGT TAGAAAATGC TGAATTGAGT
GAAAGTGACT TAAATAAGTA TTCTCAATAT TTCAAATCTT TTATTAAAGA AGGATCTGTT
TTAGAGGTTT TGATTAGTGC TTTTGATAAT AAAATCAAAA TTTTAGATAC TCACAAGCTG
GCTATTTCAT GGAAACAAAT AAACCCACCT TTACCAGATA ATTTTGACTG GGAATTTCTA
GCAAAGCAAC ATCAGAGAAA TGTCAAAAAT ATTATCCGAA ATTCCCAAGA ACTACGGTCA
ATATTAGATT CAAAAAATCT GGAAGAGATT GTAAACAAAG ACATTAAAAT CAGACCAGAA
TTTGACTTAA AAAAATATCA AGAAGGAATC CTAGAACAAT ATGGAAATCT CAAATTAGAA
AGTTTAGAGA CCAGTGGTTA TAGTTATAAT GAATTGAAAT TATGGAAAAT GTTTATTCCT
CAAAATGTCC GAGAATCTCA GGAATTTATG CCTCAAATAC ATGAAATTCC TAAAGAATAT
CTCTCCAAAT TAAGAGACAC TAGACAATTA GAAGCAGAAC TTTCTCAAGA ACAACTGAAA
AGTGTCCGGC GTAGGTATTT TGAGCAACAG ACTCACTCAG TTTTAGAATT AATAGAATAT
AACAACTATA AATATTTAGT TATTCTGGGA GACCCCGGTT CTGGTAAATC TACTTTATTA
CAATATATCG CTTTGCAATG GGCAGAATTA CCTCTGAAAG ATTTATCTTT AAACCCAATT
CCTCTATTAA TTGAACTGCG GACTTATGTA CGCAACCATA ATGAGAATAA ATGTAATAGT
TTTCTAGATT TTTTGGAAAA AGGTAGTGGT GTAAGTTGCC ATTTACCTCA GGAAGAACTT
CATACTAAAT TGCAAAATGG TAATGCAATT ATGATGTTTG ATGGGTTAGA TGAAGTTTTC
GAGCTTGCCA AAAGAGAACA GATAATTACT GATATTCATA GGTTTACTAA TGACTATAAA
AATGTGCAAG TTATTGTTAC TTCTCGGGTA ATTGGTTATA AGCCACAAAA ACTCCGGGAT
GCAGAATTTT ATCATTTTAT ATTGCAAGAT TTGGAGTCGG AACAAATTGA AACTTTTATT
CAACGTTGGC ACGATTTGAC TTATCAAGAT GAGCGAGAAA AGGAGCGGAA AAGAGAAAGG
TTAAAACGGG CAATTAAAGA TTCTTCAGCT ATTAAGCAAT TGTCAGAAAA TCCCTTGTTA
TTAACAATGA TGGCTATTTT GAATCGTCAT CAAGAATTAC CCAGAGATAG AGCAGAACTT
TATCATCAAG CTTCCCGGAT TTTACTGCAG CAATGGGATA TGGAAAGGGC ATTAATTGAT
GCGAATCTTA ACCCCATGAC TATTGACTAT AAAGATAAGC AAGCAATTTT GCGTCAGGTA
GCTTTTTTTA TGCAGGAAAA TAAGGCAGGT TTAGCTGGTA ATTTGATTCA TGGAAATGAT
TTAGAAAAGA TTATCAGAGC TTATCTAAAA AGTGAAGATA TTAATGATCC AAAAACTGTG
GCTAGAGCCC TGATGGAACA GTTGCGAAGT CGCAATTTTA TTTTGTGTTT TGTTGGCGCA
GAATATTATG CTTTTGTGCA TAGAACTTTT TTAGAATATT TTTGTGCTTG GAGTTTTGTT
TGGCTGTTTG AAAAAGAACA GAAAATGTCT CCAGACAGAC TTATAGAAGA AGTTTTTGGT
CAGCACTGGC AGGATGAAAA ATGGCATGAA GTTTTGCGGT TAATTGTAGG GATGATAGAT
ACTAAGTTTG CGAGAAAAAT AATTTATTAT TTAATGGAGC AAGATGGAGA AGAGAAAAAA
TTTCTGAATT TATTTTTAGC TGGTAAGTGT TTGTTTGAAG TCAGAAATAA TCAGAATATT
AGTTTTAGTG ATATCGGATA TCGGTTATTA AATAAATTAA AACACTTGAC TGGGTATGAC
CTTGGTTATT CTTATGAAGA ATATGACAAT TATTCTAAAG AAATTTATCA GAAAAATGCA
GCCTTAGTTT ATGAAATTCG TACTCAAGCT GTGCAAGTAG TAGCTACAAC CTGGAGAGAT
GAGCGTTTAA CCTATACTTG GCTCAAACAA AGGGTAGCTT CTGACAATGA CCAGGATGTG
CGACGTGAAG CTCTGCGACA AATAGCTACT GGTTGGAAGC ATCAGCCGGA AATTTTTGAC
TTACTTAAAC AATGGGTATT CTCTGAGAAT GACCAGGATG TGCGACGTGA AGCTCTGCGA
CAAATAGCTA CTGGTTGGAA GCATCAGCCG GAAATTTTTG ACTTACTTAA ACAATGGGTA
TTCTCTGATG AAAATTCGGA TGTGCGACGT GAAGCAGTGC GACAAATAGC TACTGGTTGG
AAACATCAGC CGGAAATTTT TGATTTACTT AAACAATGGG TATTCTCTGA TGAAAATTCG
GATGTGCGAC GTGAAGCCCT GCGACAAATA GCTACTGGTT GGAAACATCA GCCGGAAATT
TTTGATTTAC TCAAACAAAG AGTAGAGTCT GATGAGAATT GGGATGTGCG ACGTGAAGCA
GTGCGACAAA TAGCTACTGG TTGGAAACAT CAGCCGGGAA TTTTTGATTT ACTTAAACAA
TGGGTAGTCT CTGATGATGA CCCAGATGTG CGACGTGAAG CAGTGCGACA AATAGCTACT
GGTTGGAAAC ATCAGCCGGG AATTTTTGAT TTGCTCAAAC AAAGGGTAGT ATCTGATAAA
AATTGGGATG TGCGACGTGA AGCAGTGCGA CAAATAGCTA CTGGTTGGAA ACATCAGCCG
GGAATTTTTG ATTTACTCAA ACAAAGGCTG GTATCTGATG ATGACTGGTA TGTGAGGGTT
GAAGCCCTGC GACAAATAGC TACTGGTTGG AAATATCAGC CGATAATTTT TGATTTACTC
AAACAAAGGG TAGAGTCTGA TGATGACCCA AATGTACGAC GTGAAGCAGC GCGACAAATA
GCTGCTGGTT GGAAACATCA GCCAGGAATT TTTGATTTAC TCAAACAAAG GGTAGAGTCT
GATAAAAATT GGGATGTGCG ACGTGAAGCG GTGCGACAAA TAGCTACTGG TTGGAAACAT
CAGCGGGGAA CTTTTGGTTT ACTCAAACAA TGGGTAGACT CTGATAATAG TTCCACTGTG
CGACATGAAG CACTGCGACA AATAGTTACT GGTTGGAAAG ATGAACCGGG AATTTTAGAT
TTACTCAAGG AAAGGGTGAG CTCTGATCAT AGTTCTACTG TGCGACGTGA AGCACTGCGA
CAAATAGTTA CTGGTTGGAA AGATGAACCG GGAATTTTAG ATTTACTCAA GGAAAGGGTG
AGCTCTGATC ATAGTTCTAC TGTGCGACGT GAAGCACTGC GACAAATAGC TGCGGGTTGG
AAAGATGAAC CGGGAATTTT AGATTTACTC AAGGAAAGGA TGAGCTCTGA TCATAGTTCC
ACTGTGCGAG GTGAAGCACT GCGACAAATA GTTACTGGTT GGAAACATGA ACCGGGAATT
TTAGATTTAC TCAAGGAAAG GGTGAGCTCT GATCATAGTT CCACTGTGCG AGGTGAAGCA
GTGCGACAAA TAGTTACTGG TTGGAAACAT GAACCGGGAA TTTTTGAGCT GTTTTATCAC
ATCGCTCTCA ATGACCCCTT TCAACGTGAA GAATATTTGG ATAAGAACCC TCGACAAATT
GTACTAGCGG CAATAGTCAA ACAATATCCA GACCATCCGC AAATTCTCCC ACTATTACAA
GACAGAGTCG CAAACGACCC AGACGAACAA CTACGCCACT GGGCAAAAAA GAAATTGCAG
GGATTAGAAA ATAGCTAG
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| Protein sequence | MIEWLITWGS SEAVKCIANE VVGVLAKGAA EDYVKDFFKQ SFSDAFGGIA NGEPLKKATK
QAIKDFLDLG YQELENAELS ESDLNKYSQY FKSFIKEGSV LEVLISAFDN KIKILDTHKL
AISWKQINPP LPDNFDWEFL AKQHQRNVKN IIRNSQELRS ILDSKNLEEI VNKDIKIRPE
FDLKKYQEGI LEQYGNLKLE SLETSGYSYN ELKLWKMFIP QNVRESQEFM PQIHEIPKEY
LSKLRDTRQL EAELSQEQLK SVRRRYFEQQ THSVLELIEY NNYKYLVILG DPGSGKSTLL
QYIALQWAEL PLKDLSLNPI PLLIELRTYV RNHNENKCNS FLDFLEKGSG VSCHLPQEEL
HTKLQNGNAI MMFDGLDEVF ELAKREQIIT DIHRFTNDYK NVQVIVTSRV IGYKPQKLRD
AEFYHFILQD LESEQIETFI QRWHDLTYQD EREKERKRER LKRAIKDSSA IKQLSENPLL
LTMMAILNRH QELPRDRAEL YHQASRILLQ QWDMERALID ANLNPMTIDY KDKQAILRQV
AFFMQENKAG LAGNLIHGND LEKIIRAYLK SEDINDPKTV ARALMEQLRS RNFILCFVGA
EYYAFVHRTF LEYFCAWSFV WLFEKEQKMS PDRLIEEVFG QHWQDEKWHE VLRLIVGMID
TKFARKIIYY LMEQDGEEKK FLNLFLAGKC LFEVRNNQNI SFSDIGYRLL NKLKHLTGYD
LGYSYEEYDN YSKEIYQKNA ALVYEIRTQA VQVVATTWRD ERLTYTWLKQ RVASDNDQDV
RREALRQIAT GWKHQPEIFD LLKQWVFSEN DQDVRREALR QIATGWKHQP EIFDLLKQWV
FSDENSDVRR EAVRQIATGW KHQPEIFDLL KQWVFSDENS DVRREALRQI ATGWKHQPEI
FDLLKQRVES DENWDVRREA VRQIATGWKH QPGIFDLLKQ WVVSDDDPDV RREAVRQIAT
GWKHQPGIFD LLKQRVVSDK NWDVRREAVR QIATGWKHQP GIFDLLKQRL VSDDDWYVRV
EALRQIATGW KYQPIIFDLL KQRVESDDDP NVRREAARQI AAGWKHQPGI FDLLKQRVES
DKNWDVRREA VRQIATGWKH QRGTFGLLKQ WVDSDNSSTV RHEALRQIVT GWKDEPGILD
LLKERVSSDH SSTVRREALR QIVTGWKDEP GILDLLKERV SSDHSSTVRR EALRQIAAGW
KDEPGILDLL KERMSSDHSS TVRGEALRQI VTGWKHEPGI LDLLKERVSS DHSSTVRGEA
VRQIVTGWKH EPGIFELFYH IALNDPFQRE EYLDKNPRQI VLAAIVKQYP DHPQILPLLQ
DRVANDPDEQ LRHWAKKKLQ GLENS
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