| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0943 |
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| Symbol | |
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| ID | 4245682 |
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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 | 1483210 |
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| End bp | 1487364 |
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| Gene Length | 4155 bp |
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| Protein Length | 1384 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 638106197 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_720809 |
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| Protein GI | 113474748 |
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| COG category | [K] Transcription
[T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG0745] Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.292303 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.468485 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAACTTC GCAAAAAAAC ACGAATAATT ATTAATACGG TGATCGCTAG TATTGTAGCA
ATATTATATG TCGTACAATC AATTATTTTG CTTCACCACT TCCAATATTT GGAGGCAAAT
TATGTTCGTC TAAATGTTGA TAGAGGATTA AATATACTAG ATGAGCAGTT GTCTAATTTA
TCTGCCATAG CAAAACAGGA TAGAGTATTA TTATTATCAA AAAATTTTGC TAATCAAAAC
CAACTAGAAT CTAATGTTAA CCTAACAAAG GAAGAATTTA TTAATTTTAA TTCTGTTAAA
AACTTTTTTA TTAATCAAAA ACTTAACTTA ATCTTACGAG TTAATTCTCA AGGAGAAATT
TTATTTTCTC AAGTATTTGA TCTAAATAAA CAAACAGAAA TACCAATATC TGAAAGCTTT
AAAAAACATC TATCTCGAAT TCAAAATCTG AAGCAAGAAA ATTATCTTTC TAAAATAGGT
ATTATTATTT TACCAGAAGC ACCTATGCTA ATTGTTGCTA CTAATGTTCC CAATGAAAAA
GATAGTCTTA GCAACGATAC TCTTATTGTG GGACGCTACT TAGATAATAC AATGATATCA
AGGTTAGCCG AATCCACAAA ATTATCACTA ACCATCAGTC GGAATCTACA AACTAATCAG
CAGCTAAAAC TAAAAAATTC AGAAATAGTT GTAAAACCCC TTAGTTCTAA TAAAATAGCT
GGTTACAAAA TTATCAAAGA TATCTATAGT CAGCCTGTTC TAATTTTACA AGTAAAAATA
GATCGAATAA TTAGCAATTC CCTTCAATCA TTTTGGGGTT ACCTTATTTT TTTATGGGTA
ATAGTAGGCC TTGTTTTTTG TGTGGTGATA ATTGCAGTTA TAGAAAAATT ATTAGTCTCC
CGTGTTTTAC AATTGAGCAA ACTAGTAAAA AAAATAGCCT CCAGTGGAGA CTTTTCCTCC
CGTATATCAA TGCTAGGAAA TGATGAGTTA TCTAGTTTAG CAGGAACTAT AAATAACATA
CTTGAAGGAC TAAAAAATTA TCACTCTGAC TATCAAGAAA GTGAAGAAAG CTATCGACTA
ATGATAGAAA ACTCTACTTG TATTATTTCT CGTCACTCTC TAAATGGAAT TTTTCTTGAT
ATATCACCTA ATTGCAGAAA TCTTTTAGGA TATTCTCCAT TGGAACTTCT TGGTAATCAT
CCCCAAAAAC TTTTTGCACA TGAAGATACT AAAGCAATTG CTAAAGCTTA TTATGCTGTT
CTCAAAAATT CAGTAACTTC AACAATTACT TACCGCCTCC TTTGTAAAGA TAGTAAATAT
ATTTGGTTGG AAACTAGTTT TCGTACAATT CGTGATTCTA AAACGGGTAA AGTACAAGAA
ATTATTGCAC TTTCTTATGA TATTTCTGAG CTGAAACAAA AAAAAGAAGA ATTGCAAGAA
AGTGAAGCAG CTATTCTGAG ATTATATCAA ATAACTTCTG CTACTTGTAA AGATAAAAAT
CTAGATATGG ATCCGAGTTC TTTTTTTAAT TATCGCCTTC AAAAGTTATT AGAAATGGGT
TGTGAAAAGT TTGATCTAGA AACAGGAGTA TTATTTAAAA TTGAAGATGG TATATCTACT
ACTATAGCAT CTATAACTCC TGATAATTGT ATTTCTAAAG GACAAGAGTT TGAAGTAGAA
AAAAATTTTA TTTTTACAGC TATAACAGAA AAGCCAATAT GTTTTGAATC TATTACATCT
TCAGGTTTTT CTATCACAAC AGATATAGAT TTTCAAATCG AAGCTTATAT GGGAGCACCA
GTTATGGTAG GGGGTTTAGT TTATGGTACT CTCAATTTCT GGAGTCCTAA ACCTCTCAGG
CAGCCTTTTA AAGCTATAGA TAAAGAATTA TTAAAACTAA TGGCGCAGTG GGTAGGTGGA
GAATTAGAGC GTCAAAAAAC GGCAACTGAT GCAACTGATT TAGCAAAGGC TAGGGATGAA
GCACTAGCTG CTACTAGAGC TAAGAGTGAG TTTCTAGCAA CTATGAGTCA TGAAATTAGA
ACCCCAATAA ATGCAGTTAT TGGTATGACT GGTTTACTAT TAGACACTTC TCTAAAATCA
GATCAAACAG AATTTGTTGA GACTATTCGC AGTAGTGGTG ATGCTTTACT TACACTAATT
AACGATATAC TTGATTTCTC CAAAATAGAA TCAGAAAAAT TTGACTTGGA AGAACATCCT
TTTGATTTAG AAACTTGTCT AGAAGAATCT ATTGATTTAT TAGTAGCAAA AGTTTCTGAA
CAAGGATTGG AACTTGTTTA TTTCATTGAC CCAGAAACTC CCACTATTGT CATCGGGGAT
GTTACTAGGG TACGCCAAAT TTTGGTTAAT CTCTTGAGCA ATGCTGTAAA GTTTACTTCT
GATGGTGAGG TATTAGTTTC TGTTAGCGGA AGAAAGCTAG AAATAGAGGA AAATGTACAA
AATTTAGCAG TAGAAAATAT TTCAGAATCT GATACTTGTG ACATTTGGCC TGCTTATGAA
ATACAATTTT CAGTTAAAGA TACAGGCATT GGTATTCCTG CTAATCGCAT GAATCGTTTA
TTTAAGCGTT TTAGTCAAGT TGATTCTTCT ACCAACCGAG AATATGGGGG TACAGGTTTA
GGATTAGTTA TCAGTAAAAG ATTAGCTGAA ATGATGGGTG GTCAGATGTG GGTTGAGAGT
ATGGGTGTAG TTGGAGGTAA CCCCCCAGCA ACTTATAGAT TACCTGATTT ATATGAACAC
TCAGCTGCTG TGAATGAAAA ATCTGGTTCA ACTTTTTATT TTACGATAGT TAGTAAATGC
AGTATTCAGA CTGTTCAAAA TAAATTTATT CAAACTAATT ATGTAAATGG TAGTCAGCAT
AAATTAGTAG ATAAAAGAAT ACTAATTGTT GATGATAATA GTACGAATAG AACAATTTTG
TTAAGGCAAA CTGAATCTTG GGGGATGATA GTTAGGACTG CTGAAAATGC TAATCGTGCT
TTAGAATTAA TAGCAACAGA GAATAAGTTT GATGTGGCAA TTATAGATAT GAAAATGCCA
GAAATTGACG GATTAAGTTT AGGAAAAAAA ATTACTGAAT ATCCAATATA TCAGAATTTA
CCTATTATAC TTCTTTCTTC TCTGGGTCAG CAAGAAATTA ATTTTTCTGA TAAATTATTG
GGATCAGTTA TTAATAAACC TATTAAACAA TCTCAGCTGT ATGAAGCATT ACTAAATATT
TTTTCTGGTC AAGATGTTAA AGTAAAATTC AAAAATAATA ATAAACGAAA CTATCAAACA
ATTCCTGTAT TAGCAAAGGA ATTACCCCTA AGAATATTAT TGGCTGATGA CCATTTGGTT
AATCAAAAGG TGGCTTTACG AATTTTACAA CGGATGGGAT ATCGTGCTGA TCTTGCTAGT
AATGGTTTAG AAGTTTTAGC TGCTGTATTT CGTTTGCCTT ATGATGTAGT TTTGATGGAT
GTACAAATGC CTTTAATGGA CGGTTTAGAA GCTTCTCGTC ACATTCAACG AGAATATGAG
AATGCTACAA AATATTCTCA AAAAAGTCCT CAGAAAAGAC CTCGAATTAT TGCTATGACT
GCTAATGTGA TGCAGGGCTA TCGCGAAGAA TGTATAGCTG CTGGAATGGA TGATTATATT
AGTAAACCTA TACAAATAGA GGAGCTTATC AAAGCATTGA GTAAATGTAA GTCTGTTGTT
TCTGAGGTTA AAGAAAAACT AAATTTTCCA CAATTAAATA CTTTTCTAGA AACTGAAGAT
AATAATAACA ACATTTTTCC TGACAAGCCT ATTCTTGAAA GTAAGGTAAT AGAAAATTTG
AGAGAAGTGG AATACCTAGA TGAATCAATA GATATTTACC TGGAGACTTC TCCCGAACTG
CTAGAGAATA TTAATATTGC TATTAATCAA ACTGACCCGT TAAGACTTAA GAATGCTGCC
CATTCTTTGA AGTCTATTAG TGGTACTTTA GGAGCAATGA ATCTTTACAA TATTTGTCAA
GAATTAGAAG TATTAGCTCG TTTAGCTTAT GAGTCAGGAA ATTTTACTCC AAAAGAAGTA
ATAGATATTT TTTCTGAAGT GAAAATTGAG TATGAAAAAG TTATTGCTGC TTTGAAGTTA
GAACAACATA AATAG
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| Protein sequence | MKLRKKTRII INTVIASIVA ILYVVQSIIL LHHFQYLEAN YVRLNVDRGL NILDEQLSNL
SAIAKQDRVL LLSKNFANQN QLESNVNLTK EEFINFNSVK NFFINQKLNL ILRVNSQGEI
LFSQVFDLNK QTEIPISESF KKHLSRIQNL KQENYLSKIG IIILPEAPML IVATNVPNEK
DSLSNDTLIV GRYLDNTMIS RLAESTKLSL TISRNLQTNQ QLKLKNSEIV VKPLSSNKIA
GYKIIKDIYS QPVLILQVKI DRIISNSLQS FWGYLIFLWV IVGLVFCVVI IAVIEKLLVS
RVLQLSKLVK KIASSGDFSS RISMLGNDEL SSLAGTINNI LEGLKNYHSD YQESEESYRL
MIENSTCIIS RHSLNGIFLD ISPNCRNLLG YSPLELLGNH PQKLFAHEDT KAIAKAYYAV
LKNSVTSTIT YRLLCKDSKY IWLETSFRTI RDSKTGKVQE IIALSYDISE LKQKKEELQE
SEAAILRLYQ ITSATCKDKN LDMDPSSFFN YRLQKLLEMG CEKFDLETGV LFKIEDGIST
TIASITPDNC ISKGQEFEVE KNFIFTAITE KPICFESITS SGFSITTDID FQIEAYMGAP
VMVGGLVYGT LNFWSPKPLR QPFKAIDKEL LKLMAQWVGG ELERQKTATD ATDLAKARDE
ALAATRAKSE FLATMSHEIR TPINAVIGMT GLLLDTSLKS DQTEFVETIR SSGDALLTLI
NDILDFSKIE SEKFDLEEHP FDLETCLEES IDLLVAKVSE QGLELVYFID PETPTIVIGD
VTRVRQILVN LLSNAVKFTS DGEVLVSVSG RKLEIEENVQ NLAVENISES DTCDIWPAYE
IQFSVKDTGI GIPANRMNRL FKRFSQVDSS TNREYGGTGL GLVISKRLAE MMGGQMWVES
MGVVGGNPPA TYRLPDLYEH SAAVNEKSGS TFYFTIVSKC SIQTVQNKFI QTNYVNGSQH
KLVDKRILIV DDNSTNRTIL LRQTESWGMI VRTAENANRA LELIATENKF DVAIIDMKMP
EIDGLSLGKK ITEYPIYQNL PIILLSSLGQ QEINFSDKLL GSVINKPIKQ SQLYEALLNI
FSGQDVKVKF KNNNKRNYQT IPVLAKELPL RILLADDHLV NQKVALRILQ RMGYRADLAS
NGLEVLAAVF RLPYDVVLMD VQMPLMDGLE ASRHIQREYE NATKYSQKSP QKRPRIIAMT
ANVMQGYREE CIAAGMDDYI SKPIQIEELI KALSKCKSVV SEVKEKLNFP QLNTFLETED
NNNNIFPDKP ILESKVIENL REVEYLDESI DIYLETSPEL LENINIAINQ TDPLRLKNAA
HSLKSISGTL GAMNLYNICQ ELEVLARLAY ESGNFTPKEV IDIFSEVKIE YEKVIAALKL
EQHK
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