| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2498 |
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| Symbol | |
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| ID | 4245267 |
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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 | 3850766 |
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| End bp | 3854815 |
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| Gene Length | 4050 bp |
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| Protein Length | 1349 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 638107579 |
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| Product | signal transduction protein |
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| Protein accession | YP_722178 |
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| Protein GI | 113476117 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | ATGATTGAAT GGTTAGTTGC TTGGGGAAGT AGTGAAGCGG TTAAATTTAT TGCTCAGGAA
GTTGTTGGAA AGTTAGGGAA GGGTGCTGTT GAAGATTATG TTAAGGATTT TTTGAAGCAA
AACATCTCTA ATGCTGTTGC CAGAATAGCA AATGGAGAAC CTTTAAAAAA AGCTACTAAA
CAAGCAATTA AAGATTTTGA GAATTTGGGA TATAAAGAGT TAAAAAATAC TGATTTGAGT
GAAAGTAAAT TAAAGGAATA TGATAAATAT TTCAAGTCTT TTATTCAAGA GGGGTCTGTT
TTAGAGGTTT TAATTAGTGC CTTCGATAAT GATGTGAAAA TTTTAGATAT TAATAAATTG
GCTACTGCCT GGAACAAAAT AAATCCACCT TTACCAGATA ACTTTGACTG GGATTTTTTG
GCAAAGCAAC ATCAGAGAAG TGTTAAAGAT ATTATCCGGA GTTTCCCAGA ATTACGGATA
ATATTAGATT CTAAAAACCT CGATCAAATA GCAAATCAAA ATTATAAAAT TACACCAGAA
TTTGACCTCA GAAAATATCA AGAAGGTATC CAAGAACAAT ATGGAAATCT CAAACTAGAA
AGTTTAGATA CCAGTGGTTA TGGTTATAAT GAACTGAAAT TATGGGGAAT GTTTATTCCT
CAAAATGTTC GAGAATCTCA AGAATTTAGG CCTCAATTAT ATGAGGTTCC TAAAGAATAT
CTCCAACAAT TAAAAGAGAC GGGGCAGTTA GAGGCAGAAT TTTCTCCAGA ACAATTGGAA
ACTGTCCGAC GCAGATATTT AGAACAGCCG GTTCGCTCGG TTTTAGAACT AATAGAAAAT
ACCAACTATA AATATTTAGT TATTCTGGGA GACCCTGGTT CTGGCAAGTC TACCTTATTA
CAATATATCG CTTTGGAATG GGCAGAATTA CCTCTGAAAG ATTTGCCTTT AAAACCAATT
CCTCTATTAA TTGAACTACG GACTTATGTG AGAAATCATG AGACTAATAA CTGCCAAAAT
TTTCTAGATT TTCTCGAAAA AGGTAGCGGT TTAAATTGCC ATTTTCCTCA AAAAGAACTT
CATGCAAAAT TACAAAATGG TGATGCTATT GTGATGTTTG ATGGATTAGA TGAAGTTTTT
GAACCTGCTA AAAGAAAAGA AATAATTACT GATATTCATC GGTTTACAAA TGATTATAAA
AATGTCCGGG TTATTGTTAC TTCTAGAGTA ATTGGTTATC AGCCACAACA ACTCCGGGAT
GCTGAATTTT ATCATTTTAT GTTGCAAGAT TTGGGGTCGG AACAAGTTGA TAATTTTATT
CAACTTTGGC ATGATTTAAC TTATCAAGAT GAGGGGGAAA AAGAGCGGAA AAGGGAAAGG
TTGAAACGGG CAATTAATGA TTCTTCAGCT ATTAAGCAGT TGTCGGGAAA TCCTTTGTTA
TTAACTATGA TGGCTATTTT AAATCGTCAT CAAGAATTAC CGAGAGATAG GGCAGAACTT
TATAATCAAG CTTCTCGGGT TTTATTACAG CAATGGGATA TGGAAAGGGC TTTAGTTGAT
GCTAAGATTG ACCCGATAAC TATTGACTAT AAAGATAAGC AAGAAATTTT GCGCCGAGTT
GCTGATTTTA TGCAACAAAA TAAAGAGGGT TTGGCTGGTA ATTTGATTGA TGAAAGCAGC
TTAGAAAATA TTATTAAAGA TTATCTAAAA AGTGTAGATA TTAATGATGT GAGAGTTGTG
GCTAGGGCGT TGATGGAACA GTTGCGGGTT CGTAATTTTA TTTTGTGTTT TGTTGGGGGT
GGATATTATG CTTTTGTGCA TCGAACTTTT TTAGAATATT TCTGTGCTTG GAGTTTTGTT
TGGCAGTTTA CGGTAACACA AACTCTGGGA AAAGATGGGT TGATAAATGA TGTTTTTGGT
GGTCATTGGC GGGATGAAAA ATGGCATGAG GTATTACGGT TAATTTCTGG GATGATAGAT
GCTAAGTTTG TGGGAGATAT TATTAGTTAT TTGATGGAAC AAGATGGGGA AGAGGAAAAG
TTTCAGAATT TATTTTTGGC GGGCAAGTGT TTGTCTGAAG TTAGGAGTAG TCAGGGTATT
GATGATGTGG AAAATCGGTT ATTAAATAGG TTAAAAGAGT TGACTGGGTA TGACCTTGGT
TATTTTTATC AACCATTGTA CTTAAGCTTT AGTTCTATTT CTAGGGAAAT TTATAGGAAA
AATTTAGACT TAGTTCGTGA AATTCGTACT CAAGCTGTGG AAATAGTGGC TACAACCTGG
AGGGACGACC CTTCAACTTA TGCTTGGCTC AAACAAAGGG TTGTGTCTGA TGAAGACTCG
GATGTGCGAC GTGAAGCCGT CCGACAAATA GCTACTGGTT GGAAACACGA GCCGGGAATT
TTAGAATTAC TCAAACAATG GGTTGTGTCT GATGAAGACT CGGATGTGCG ACGTGAAGCC
CTCCGACAAA TAGCTACTGG TTGGAAACAC GAGCCCGGAA TTTTAGAATT ACTCAAACAA
TGGGTTGTGT CTGATGAAAG TGAGTATGTG CGAACTGAAG CCGTCCGACA AATAGCTACT
GGTTGGAAAC ACGAGCCCGG AATTTTAGAA TTACTCAAAC AATGGGTTGT GTCTGATGAA
AGTGAGGATG TGCGAGGTGA AGCCCTCGGA CAAATAGCAA CTGGTTGGAA ACACGAGCCG
GGAATTTTAG AATTACTCAA ACAATGGGTT GTGTCTGATG AAAATTGGCA TGTGCGAACT
GAAGCCCTCC GACAAATAGT AACTGGTTGG AAACACGAGC CCGGAATTTT AGAACTACTC
AAACAATGGG TTGTGTCTGA TGAAAGTGAG CTTGTGCGAG GTGAAGCCCT CCGACAAATA
GCTACTGGTT GGAAACACGA GCCGGGAATT TTAGATTTAC TCAAACAAAG GGTTGTGTCT
GATGAAAGTG AGTATGTGCG AACTGAAGCC GTCGGACAAA TAGCTACTGG TTGGAAACAC
GAGCCCGGAA TTTTAGAATT ACTCAAACAA AGGGTTGTGT CTGATGATAG TGAGTCTGTG
CGAGCTGAAG CCCTCCGACA AATAGCTACT GGTTGGAAAC ACGAGCCCGG AATTTTAGAA
TTACTCAAAC AAAGGGTTGT GTCTGATGAT AGTGAGTCTG TGCGAGCTGA AGCCCTCCGA
CAAATAGCTA CTGGTTGGAA ACACGAGCCC GGAATTTTAG AATTACTCAA ACAAAGGGTT
GTGTCTGATG ATAGTGAGTC TGTGCGAGCT GAAGCCCTCC GACAAATAGC TACTGGTTGG
AAACACGAGC CCGGAATTTT AGAATTACTC AAACAAAGGG TTGTGTCTGA TGATAGTGAG
GATGTGCGAC GTGAAGCCGT CCGACAAATA GCTACTGGTT GGAAACACGA GCCCGGAATT
TTAGAATTAC TCAAACAATG GGTTGTGTCT GATGAAAGTG AGTATGTGCG ACGTGAAGCC
CTCGGACAAA TAGCTACTGG TTGGAAACAC GAGCCCGGAA TTTTAGAATT ACTCAAACAA
TGGGTTGTGT CTGATGAAAG TGAGTATGTG CGACGTGAAG CCCTCCGACA AATAGCTACT
GGTTGGAAAC ACGAGCCCGG AATTTTTGAA TTACTCAAAC AAAGGGTTGT GTCTCATGAA
AGTTCGTCTG TGCGAACTGA AGCCGTCCGA CAAATAGCTA CTGGTTGGAA ACACGAGCCC
GGAATTTTAG AATTACTCAA ACAAAAGGTT GTGTCTGATG AAAGTTGGGA TGTGCGACGT
GAGGCAGTCA AACAAATAGC AACTGGTTGG AAACAGGAGC CGGGAACTTT TGAAATATTT
TATGACAACG CCCTCAACGA TCCCTTTGAA CGTATACATG AAATTCAAGA CAACCCTCGA
CAAACAGCAC TAGAAGCAAT AGTCAAACAA TACCCAGACC ATCCCCAAAC CCTCCCACTA
TTACAAGACA GAGCCGAAAA CGACCCAGAC GAACAACTAC AGAATTGGGC AAAAAGGAAA
TTGCGATCGC TAAAAAATAA CCAGCGCTAG
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| Protein sequence | MIEWLVAWGS SEAVKFIAQE VVGKLGKGAV EDYVKDFLKQ NISNAVARIA NGEPLKKATK
QAIKDFENLG YKELKNTDLS ESKLKEYDKY FKSFIQEGSV LEVLISAFDN DVKILDINKL
ATAWNKINPP LPDNFDWDFL AKQHQRSVKD IIRSFPELRI ILDSKNLDQI ANQNYKITPE
FDLRKYQEGI QEQYGNLKLE SLDTSGYGYN ELKLWGMFIP QNVRESQEFR PQLYEVPKEY
LQQLKETGQL EAEFSPEQLE TVRRRYLEQP VRSVLELIEN TNYKYLVILG DPGSGKSTLL
QYIALEWAEL PLKDLPLKPI PLLIELRTYV RNHETNNCQN FLDFLEKGSG LNCHFPQKEL
HAKLQNGDAI VMFDGLDEVF EPAKRKEIIT DIHRFTNDYK NVRVIVTSRV IGYQPQQLRD
AEFYHFMLQD LGSEQVDNFI QLWHDLTYQD EGEKERKRER LKRAINDSSA IKQLSGNPLL
LTMMAILNRH QELPRDRAEL YNQASRVLLQ QWDMERALVD AKIDPITIDY KDKQEILRRV
ADFMQQNKEG LAGNLIDESS LENIIKDYLK SVDINDVRVV ARALMEQLRV RNFILCFVGG
GYYAFVHRTF LEYFCAWSFV WQFTVTQTLG KDGLINDVFG GHWRDEKWHE VLRLISGMID
AKFVGDIISY LMEQDGEEEK FQNLFLAGKC LSEVRSSQGI DDVENRLLNR LKELTGYDLG
YFYQPLYLSF SSISREIYRK NLDLVREIRT QAVEIVATTW RDDPSTYAWL KQRVVSDEDS
DVRREAVRQI ATGWKHEPGI LELLKQWVVS DEDSDVRREA LRQIATGWKH EPGILELLKQ
WVVSDESEYV RTEAVRQIAT GWKHEPGILE LLKQWVVSDE SEDVRGEALG QIATGWKHEP
GILELLKQWV VSDENWHVRT EALRQIVTGW KHEPGILELL KQWVVSDESE LVRGEALRQI
ATGWKHEPGI LDLLKQRVVS DESEYVRTEA VGQIATGWKH EPGILELLKQ RVVSDDSESV
RAEALRQIAT GWKHEPGILE LLKQRVVSDD SESVRAEALR QIATGWKHEP GILELLKQRV
VSDDSESVRA EALRQIATGW KHEPGILELL KQRVVSDDSE DVRREAVRQI ATGWKHEPGI
LELLKQWVVS DESEYVRREA LGQIATGWKH EPGILELLKQ WVVSDESEYV RREALRQIAT
GWKHEPGIFE LLKQRVVSHE SSSVRTEAVR QIATGWKHEP GILELLKQKV VSDESWDVRR
EAVKQIATGW KQEPGTFEIF YDNALNDPFE RIHEIQDNPR QTALEAIVKQ YPDHPQTLPL
LQDRAENDPD EQLQNWAKRK LRSLKNNQR
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