| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3863 |
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| Symbol | |
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| ID | 4243525 |
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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 | 5968655 |
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| End bp | 5974453 |
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| Gene Length | 5799 bp |
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| Protein Length | 1932 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 638108792 |
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| Product | serine/threonine protein kinase |
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| Protein accession | YP_723375 |
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| Protein GI | 113477314 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase
[COG3899] Predicted ATPase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | 5 |
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| Fosmid unclonability p-value | 0.16281 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAAACTA ACTATAAACT TACTAAGCAA ATATATGAAA GTCCTAATTC CTTAGTTTTT
CAAGGCTTAT TAAAACCAAA TAATCAACCT ATTATTCTGA AGTTTCTTAA AGAAAACTAT
CCTACACCTT CAGAACTAAC TCGTTATAAA CAAGAATATG AAATTACTCG TTCTTTAAAT
AAGAGAGAGC AGATAATTAT CGTTTATGAT TTACACCGAT ATAACAATAG TTTAGTCATA
CTTTTAGAAG ACTTTGGCGG TAAATCTTTA AAGTTATTAT TACCCCAAAC TCAATTCACA
TTAGAAGAAT TTCTCACTAT TGCTATTCAG ATAACTAAAG GTTTAGCAGT AATTCATACA
AATAATATCA TCCACAAAGA TATCAACCCT TCCAATATTA TCTATAATCC TCAAACAGGT
CAACTAAAAA TCATCGACTT TGGCATTTCT ACCCGCTTAT CCCAAGAATT TATCAAAGTT
TTTCCCCCTC ATCAACTAGA AGGAACTTTA GCATATATCG CCCCAGAACA AACAGGTAGA
ATGAACCGAG GAATAGATTA TCGCAGTGAC TTTTATGCTC TTGGCGTGAC TTTTTATGAG
CTTTTAACCA ATCAACTTCC TTTTGAAACA AATGACTCAA TAGAGTTAGT TCATTGTCAT
ATTGCACAAC AACCTTTACC ACCCCATAAA CTAAATCCTA ATATTCCTAA TTCTCTATCT
AATATCATCA TCAAATTGTT AGCTAAATCT CCAGAAGAAA GATATCAAAA TGCTTTAGGA
ATTGAAGCTG ACTTAAAAAA ATGTCTCAGT CAGTTAGAAT CTTTAGGAAA AATTTCTGAG
TTTACTTTAG GTAGTCAAGA TATTTCTAAA AAGTTTCATA TTTCCCAAAA ACTCTATGGT
CGAGAACAGG AAATAGCTCA ACTTTTAAAC ACATTTGAGA AGGTTACTCA AGGAACAACA
GAAATGATTC TAATTTCTGG TTATTCAGGA ATTGGTAAAT CTGCTTTAGT TAATGAAATT
CACAAACCTA TTACACAAAA ACGAGGACAA TTTATTAAGG GAAAATTCGA CCAATTACAG
CGAGATATTC CCTATTCAGC TATTTCTCAA GCTTTTCACG ACTTAATCTA TCAACTACTA
AGTGAAGCAG AAATAACCCT AAAAATTTGG GAAAAAAAGA TTCTAGAAGC TGTAGGAAAT
AATGGTCAAA TTCTGATTGA TGTAATTCCT GAACTCGAAA AAATTATCGG GCAGCAACCA
CCAGTTGAAC ACCTAGATAG AAGTGAAAGT CAAAATCGTT TTAATTTATA TTTTCAAAGA
TTTCTGAAAG TTTTTTGTGA GAAAGAACAC CCTCTAGTTA TCTTTATTGA TGATTTACAA
TGGGCAGACT TACCCTCTCT AAATTTAATA GAGCAATTAA TGTCAAATTC TGACAACCAA
TATTTTCTGA TGCTGGGGGC ATATAGAAAT AATGAAGTTA GTTCAACCCA TCCTTTAGTA
AATACCTTAA ATAAAATTAA GCAAGGAAAA GTTATAGTTA ATGAAATTAG CCTTTCGCCC
TTAAAATTTA CCCACATTAA TCAATTAATT GCTGATACCC TCAGTTGCAG CTCAGAAATT
TCAAAACCTT TAGCTAAGTT AATTGGGAAA AAAACCAATG GTAATCCTTT TTTCCTAACT
CAACTTCTCT ATTATTTGTA TCAAGAAAGT TTGCTAGTAT TTCAGGACCC TCAGTCTTTA
ATTAATACAA AAAAACATCA AAAATGTTAT TGGCAATGGG ATATAGAAAA GATTAAAAGG
GTATCTATTA CCGATAATGT AGTAGAATTG ATGGTAAGTA AAATTGAAAA ATTAGAGCTA
AAAACTCAAA ATATTCTCAA ATTAGCAGCT TGTATTGGTA ACCAATTTAA TTTAGAAATT
CTTTCGATTA TTAATAGAAA ATCTCAAATA ATTACTGCCC AAGAATTAGA ATATGCAATT
CAGGAAGGAC TAATAAATCC TCTGGATAAT AACTATAAAA TCGTTTTACT TTGGAATGCT
GAAGAATTAT CAAATGAGCT ACTAGAAAAC TATTTGGAAT CAGCCAAGTA CGTCCCCTAC
AAATTTTTGC ATGACCGAGT TCAACAAGCT GCCTATTCTT TAATTCCAGA AGATCAGAAA
AATAAATTAC ATTTACAAAT AGGTCGTCTA CTACTGAGAA ATATTGGAGA AGATGAGTTA
GAAAAGAAGA TATTTGATAT TGTTAATCAA TTGAATGAAG GGAGTGCTTT AATAACTAAA
AAATCAGAAA GATATGAATT AGTTAAACTT AATCTTAAAG CAGGTAAAAA AGCTAAAGCT
TCAACAGCTT ATGCACCAGC TTTAAGATAC TTAGAAACTG GTTTAGAACT ATTAGAGGAA
AATAGCTGGC AGAATCATTA TCAATTGACT TTAGAACTTC ATGTAGAAAC CTTAGAAATT
TTATATTTAA ATGCCAAGTG GGAGCAAACT GAAGAATTAT CTAGAACTAT TCTGCAAAAA
GGTCAAAATA TTCTTGATAA GGTTAAAGTT TATGAGTTAA TTATTATGTC TTATTTTGCT
CAATTTAAGA CACAGAAAGC AATTAATACT GCTTTGAAAG CTTTAACAAA ACTGGGTGTA
TCTTTATCCC AAGAAGTTGT TAGTGAAAGT GAAATAAAAA ATAGGATTAA ACAAGAAAAT
GAATCACTAA AATTGAAATT AAAAAGAAAA ACAATTGCCG AATTAGCTGA TTTGCCAGAA
TTAACTGATC CTTATAAACT AGCAGCCATA TCAATATTGC AGCAAGTTAG GACTTCAACA
GTGACAACAA ATATGTCATT ATTTGTAGAG ATACTTTTAA CTCAACTAAG TCTTTGTATA
AAATATAATA ATCCTCCTCA AGCTGCTGCT ATTTATGTTT CTTATGGAGC GCTTCTATAT
GGAGTAATAG GAGATATTGA TTCTGGGTAT CAGTTTGGAA AACTGTCTCT CAGATTACTA
GAGAAATACA ATGTTACTAA ATTTGAAGCT TTAGTAATTC ATAACTTTTT TGCATATATA
TGGCATTGGA GAAAGCTGAT AAATGACAAG ATAGTAGAAG AAAAATTACT TAATACTATA
CAGAAAGGTA TCAATATAGG AAGTAATGAA TATGTTTGTT ATACCTGTTT GTTATATTGC
CTTCTCAGGT TTTTTAGAGG AGTTAATTTA GAGCAAGTTA AGGAGGATTT TATAACATAT
ACTGAGGTAG TTAAAAAAAT TGATCAAAAA TTTTCTATCA ATCAGATAGA AATGCTGAAA
AATATTACGG AAAACTTAAG AAATGAAAGC CAATATAAAT ACTGTTTGTT GCTGGGAAAT
TCTCAAGATG AAGAGGATGC ATATTTAGAA ATACATAAGA ATAAGATGAA TGTTTATTTG
CTGTTTGTTT ACTATTTTAG TAAAACACTT GTTTCTTATT TTTTGAAAGA TTACTTGATA
GCTTTTAAGA GTAGTCAAGA TGCTAGAAAA TATGTGATGG AACAGATGGG GCATTTAATA
AAACCACAAT ATAATTTCTA TTCTTCTCTT TCTTTGATAG CTTATTACAA TAATGCTAAT
ACAAAACAGC AAAAAGAATT ACTAGAACAG GTAGGCAAAA ATCAGGAGAG TATGAAAATA
TGGAGTCAAT ATTGCCCAGA AAACTTTCAA CATAAATATG ATTTAGTAGC AGCAGAAAAA
GCCAGAATAT TAGGGCAAAA TTGGCGAGCA CAAGAATTTT ATGAAAAAGC GATTCAAGGA
GCAAAAAAAT ATGAATTTAT CCACGAAGAG GCTTTAGCTT ACGAACGAGC ATCTGAATTT
TATTTTACCT TTGGGAGAGA AGAAATCGGT CAATTGTACT TAAGAAATGC TTATCATTGT
TACATCCGTT GGAGAGCAAA AGCTAAAGTT AAACAATTAG AATCAGAATA TCCTCAGTAT
TTATTAGGAA TAACGAATCA GAATAAATCT CAAGGGTTAA GTACGACGAT ATCTACAACA
GGAAATGATG GAGAAATTCT CGACTTAACT ACAGTTATTA AAGCATCTCA AGCAATTTCT
GGTGAAATTA AGTTAGAAAA TCTCCTGCAC AATTTAATGA AAATTGTGAT TGAAAATGCT
GGGGCTCAAA AAGGCTTTTT AATTCTTAAC CATAAAGGTA GTTGGGTTAT TGAAGCCCAA
GGAAATGTAA CAGAAGAAGA AGTTACTATT TTGCAATCAA TTCCGATTAA GTTGAAGGAA
CATGATAATT CAAATCTAAT ATTACCTGAT AGTATCATTA ATTATGTTGC TCGTACTCAA
GAATATGTAG TACTAGATGA AGCATTTTCT GAAGGTCAAT TTATTAATGA TCCTTACATT
ATTGCGAACC AAACTAAGTC TATTCTCTCT ACTCCTTTAC TTAATCAAGG TGAATTAAAA
GGTATTGTTT ATTTAGAGAA TAATTTAACT ACAGGGGCAT TTACTTCACA ACGAATAGAA
CTATTAAATA TCCTATCTGC TCAAGCTGCT ATTTCTATTG ATAATTCAAG ACTATACCAA
ACTTTAGAAC AAAGAGTAGA AAAACGGACT AAAGAACTAT CACAAACATT AAGTGTTCTC
AAAGCAACTC AAGCAGAATT AATTTTTGAA AATGACTTAC TAAAAGATAA TACACAACTT
TCTAGTTTCG ATTATCAAGT AGGAGGAAGT TTGCCTATGG ACGCACCAAC TTATGTGGTA
CGACAGGGGG ATAGAACCCT TTACAAAGGG TTAAAACAAG GTCAGTTTTG TTATATTTTT
AATTCTCGAC AAATGGGTAA ATCTAGTCTA ATGATCAGAA TGATGAACCA TTTAAAGCAT
GAAGGATATA AATGTGTAGC CATAGATTTA ACTCGTATTG GGACTTCTAA TGTTACTGTT
GAACAATGGT ATAAAGGATT AATAGTTGAT TTATTACGAA GTTTTGGGTT ACGCAGAAAA
GTTGATTTTA AAGCTTGGTG GAATGAGCGG TTAGATATTT CTCCTGTGCA AAGGTTTGGT
CAATTTCTGG AAGATTTATT GTTAGTTGAA GTCAATTCAG AGCATCAAGA GTCGCCTCAA
AAAATATTCA TTTTTATTGA TGAAGTTGAT AGTATTTTAC GGTTAAATTT CCCAGTTGAT
GACTTTTTTG CTTTGATTCG TTCCTGTTAT AATGAACGAA TGATTAATCC AGAATCTAGG
TATCATTATC TTACTTTTAT TGTTCTAGGA GTTACGACTC CTTCAGAATT GATAAAAGAT
CGTAAAAAAA CTCCTTTTAA TATTGGTCAA GCTGTTGAAT TGGAAAGTTT TAAAATCCAT
GAAGCACAGC CTTTATTATA TGGATTAACT GAGAAAGTAA GTAATCCTCA AACCATCCTT
AAAGAAATCT TAAATTGGAC AGGAGGACAG CCTTTTTTAA CCCAAAAATT ATGTCGAATA
ATTCGTAATA TCGAAACTGA GATTCCAACT AATGATGAAA GTAAATGGAT TGAAAATTTA
GTCCAAGAAA AATTTATTCA TAATTGGGAA AGTCAGGATC AACCAGAGCA TTTAAGAACT
ATTAGAGATA GAATTTTACA CAGCAAAAAT AGTCAAAAAC TTCTCTCCCT TTATCAAGAA
ATATTAGAGG AAAGAAAAGT AATTTTTATT CATACTTCAG AAGAAGAGGA ATTACGTTTA
TTAGGACTGG TGATTAAGGA AAATGGTTTT CTGAAAGTTC ATAACCGTAT CTATGAATTG
ATTTTTAATT CTCATTGGGT TGAGTCCCAA AAGTCTTGA
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| Protein sequence | METNYKLTKQ IYESPNSLVF QGLLKPNNQP IILKFLKENY PTPSELTRYK QEYEITRSLN
KREQIIIVYD LHRYNNSLVI LLEDFGGKSL KLLLPQTQFT LEEFLTIAIQ ITKGLAVIHT
NNIIHKDINP SNIIYNPQTG QLKIIDFGIS TRLSQEFIKV FPPHQLEGTL AYIAPEQTGR
MNRGIDYRSD FYALGVTFYE LLTNQLPFET NDSIELVHCH IAQQPLPPHK LNPNIPNSLS
NIIIKLLAKS PEERYQNALG IEADLKKCLS QLESLGKISE FTLGSQDISK KFHISQKLYG
REQEIAQLLN TFEKVTQGTT EMILISGYSG IGKSALVNEI HKPITQKRGQ FIKGKFDQLQ
RDIPYSAISQ AFHDLIYQLL SEAEITLKIW EKKILEAVGN NGQILIDVIP ELEKIIGQQP
PVEHLDRSES QNRFNLYFQR FLKVFCEKEH PLVIFIDDLQ WADLPSLNLI EQLMSNSDNQ
YFLMLGAYRN NEVSSTHPLV NTLNKIKQGK VIVNEISLSP LKFTHINQLI ADTLSCSSEI
SKPLAKLIGK KTNGNPFFLT QLLYYLYQES LLVFQDPQSL INTKKHQKCY WQWDIEKIKR
VSITDNVVEL MVSKIEKLEL KTQNILKLAA CIGNQFNLEI LSIINRKSQI ITAQELEYAI
QEGLINPLDN NYKIVLLWNA EELSNELLEN YLESAKYVPY KFLHDRVQQA AYSLIPEDQK
NKLHLQIGRL LLRNIGEDEL EKKIFDIVNQ LNEGSALITK KSERYELVKL NLKAGKKAKA
STAYAPALRY LETGLELLEE NSWQNHYQLT LELHVETLEI LYLNAKWEQT EELSRTILQK
GQNILDKVKV YELIIMSYFA QFKTQKAINT ALKALTKLGV SLSQEVVSES EIKNRIKQEN
ESLKLKLKRK TIAELADLPE LTDPYKLAAI SILQQVRTST VTTNMSLFVE ILLTQLSLCI
KYNNPPQAAA IYVSYGALLY GVIGDIDSGY QFGKLSLRLL EKYNVTKFEA LVIHNFFAYI
WHWRKLINDK IVEEKLLNTI QKGINIGSNE YVCYTCLLYC LLRFFRGVNL EQVKEDFITY
TEVVKKIDQK FSINQIEMLK NITENLRNES QYKYCLLLGN SQDEEDAYLE IHKNKMNVYL
LFVYYFSKTL VSYFLKDYLI AFKSSQDARK YVMEQMGHLI KPQYNFYSSL SLIAYYNNAN
TKQQKELLEQ VGKNQESMKI WSQYCPENFQ HKYDLVAAEK ARILGQNWRA QEFYEKAIQG
AKKYEFIHEE ALAYERASEF YFTFGREEIG QLYLRNAYHC YIRWRAKAKV KQLESEYPQY
LLGITNQNKS QGLSTTISTT GNDGEILDLT TVIKASQAIS GEIKLENLLH NLMKIVIENA
GAQKGFLILN HKGSWVIEAQ GNVTEEEVTI LQSIPIKLKE HDNSNLILPD SIINYVARTQ
EYVVLDEAFS EGQFINDPYI IANQTKSILS TPLLNQGELK GIVYLENNLT TGAFTSQRIE
LLNILSAQAA ISIDNSRLYQ TLEQRVEKRT KELSQTLSVL KATQAELIFE NDLLKDNTQL
SSFDYQVGGS LPMDAPTYVV RQGDRTLYKG LKQGQFCYIF NSRQMGKSSL MIRMMNHLKH
EGYKCVAIDL TRIGTSNVTV EQWYKGLIVD LLRSFGLRRK VDFKAWWNER LDISPVQRFG
QFLEDLLLVE VNSEHQESPQ KIFIFIDEVD SILRLNFPVD DFFALIRSCY NERMINPESR
YHYLTFIVLG VTTPSELIKD RKKTPFNIGQ AVELESFKIH EAQPLLYGLT EKVSNPQTIL
KEILNWTGGQ PFLTQKLCRI IRNIETEIPT NDESKWIENL VQEKFIHNWE SQDQPEHLRT
IRDRILHSKN SQKLLSLYQE ILEERKVIFI HTSEEEELRL LGLVIKENGF LKVHNRIYEL
IFNSHWVESQ KS
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