| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0714 |
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| Symbol | |
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| ID | 4242504 |
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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 | 1154358 |
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| End bp | 1157420 |
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| Gene Length | 3063 bp |
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| Protein Length | 1020 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 638106007 |
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| Product | CheA signal transduction histidine kinases |
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| Protein accession | YP_720620 |
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| Protein GI | 113474559 |
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| COG category | [K] Transcription
[N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG0643] Chemotaxis protein histidine kinase and related kinases
[COG0745] Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | 12 |
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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 | ATGATTGAAA TTGACGATCA AGCCTACGAA TTCTTTGTAG AAGAAACTAC AAAATTACTG
CACACTCTTG AAGAAGGATT GATTAATATC TCTCAAAAGC ATGATATTAA AACGCTTCAT
AAATTGATGC GGGCAGCTCA TTCAATTAAG GGAGGTGCTG CTTGTATTGG TTTGATGGGA
ATTCAAAAAA TTGCCCATGA CTTAGAAAAT GGCATTAGGG CTCTTTATCA GGAAAATACT
GTTTTTGACA TGGAGTTAGA GAATTTACTG CTGCAAGCTT TTGACTGTTT GCAATCAGCA
ACTCTAGAAC AAATTGAAAC AGGTAACTAC GATAAAAAGA CAGCTCTTGC CAAAGCAAAG
CAGGTTTTTC AGCAGCTAGA AAATAAACTT GGGAATTCTC TAGAAGCAGC AGCAGAGTTT
CCTGAAATGC CAATGGAACA GGGTGATATG GCTATGTTTC TCTTTACAGA AGAAATACCC
TTTGGTTTGC AGCGTTGGGA AAATTTGTTG GCTGGAAGAA GTAAAGGTGA TAATGGTTTA
TCCCTTAAAG ATGAATTGAA GAGACAAGCA GAAGTCTTCG CGACTTTGGG AGCAATGCTT
GATTTGCCTG GGTTTACTTC TATTGCTCAA ACTGCAATTA AAGCTTTAGA GGTAAATCCA
AAATATACAA CAAAAATTGC TCAATTAGCT TTAGCAGATT TTTGGGCAGG ACATAAAGCA
GTATTAGAAG GCGATCGCGC TCAAGGTGGA CAATTAAATG AGACATTAGT AAAATTGACT
AAACCGTTAA AACCTAAAAA AGCTGTAGGA ACTACTAACA AAAAACAAGT TAGTCAACCA
ATTAAAAAAT CTCATGTTGC TAATCAAATT CAACTTCAAA AAGCGGAGAT AAATAACAGA
ACAAAAACTA CTGCCCATAA TGCTACAACA TTATCAGAAA ATGTTTCTGA TCAACAAGAT
TATGGACTAG AAGTGACTAA TAATCAAAAG ACAGAACAAG TCAAGAAATC TACTAAAAAA
TCTCACATTG CTAATCAAAA TAAAAGTCAA AAAGCAGAGA TAACTAACAG AAAAAAGACT
CAAAACTCTA ATGCTGCAAC ATTATCAGGA AATGTTTTGG AACAACAAGA TTATGGGGCA
GAAGTTACTG ATAATCAAAA GCAAGTTGAG CAAAAACAAA CTACTTCTCA ACCCTCATAT
GCTTTAGGTA TTAGGATAGA CCTGAAAAAC CTAGAAATAT TGAATAATTT AGTAGGAGAT
TTAGCTACTC AAGAAAATAG TTTTATGCTC CAAAATATAC AAGCTCAAGC TTCAATAGAA
ACATTAGATA AAGGGTGGCA AAAAATTAAG CAATTAATGA TAAATCTTCA AGATATTAAT
GTTTTTTATG AGAAACTAAA AAATTCATCA AATCCTCAAA ATAATAAACT AGCATCTCTA
CTAAATATAA TACCAAATAT TACAGAAGAA ATTGCTCAAA TAGGAGAAGC AGTAGACGAT
ATTAAAGTAC TACATCAGCA GAGTCAACAA ATTGTCAAAA AAAAGCAACA AACCTTACAG
CGTATACAAA GTAATCTTAA CAAGACTCGA ATGTTACCTG TGGAATCATT ATTTAATAGA
TTCCCTAGAA TGATTAGAGA TTTATCGGTA CAAAACCAAA AACAGGTAAA ACTAGAATTA
ATTGGGATAA ATACTATGTT AGACAAAGTA GTTTTAGAAA AATTATATGA CCCCATACTT
CATATACTAA GAAATGCTTT CGATCATGGT ATTGAACCAG TAGAAATAAG ACAAGCTAAT
GGTAAATCAG AGGTAGGAAT AATTACTATC AAATCTTATT ATCAAGGAAA TTATACTTAT
ATTGAAATTC GAGATGATGG AGGTGGTATA GATGTTGAAA AAATCCGGAA TAAAGCTATA
GTTAAGCAAG TTATTTCTGC TAGTGAAGCC ACAAAATTAT CAACTAAACA GTTATACCAA
TTATTATTCT ATCCAGACTT TTCAACTAAG GAAAAAGTGA GTGAATTGTC AGGAAGAGGG
GTAGGATTAG ATGTAGCTTT ACGTCAAATA GAAGCATTAA AAGGCAATAT TACTATCCAA
TCAGAAAGAG GTAAAGGCAC AAGATTTATT CTGAGATTAC CTTGGACTTT GACAATCACA
AAATTATTAG TTTTTCGTAT GGAAGGTAAT TTATTTGCTA TTCCCTTAGA TATTTTAGCA
ACTATTATCT ATGCAGATCC GACTGAAATT AAAGTTAATA AAGAAGGGAA AGAAATATAT
TCTTGGCGAG GTAAAAAAGT ATTAATAGCA CCATCAATTG TATCGGATTA TAATTATCCT
ATAGTTTTAG GTGATATTCA ACAAAAAGCT GTTGAATTTG GTCAAAGTCC TTATGGTCAA
AAATATCAAG GAAAGGTAAT GTTATTTTTG ATTTCTGAAG ATACAGATAC AATTGCTATC
AAAGTTGAAC AGATATTAAT GGAACAAAAT TTGACGATTA AACCTTTTAG CAAAATTTTA
ACAGCACCAT CATATTTGTA TGGTTGCACA ATCTTAGGAG ATGGTAGTTT AGTACCAGTT
ATAGACGGCA TTAAATTATT AGAAAAAACA TTACACAAAG GAGAATCAAA TACTTATAAA
TTTCCGGGGA TTAAAAATAA GTTAAAACAG CCAGCTTTGC CTCAACTACC AACTATTTTG
GTAGTAGATG ATTCTTTAAC TACTCGTCAA ACTATTTCTC AAACTTTACA TAAATCAGGA
TATAATGTTG TACAAGCTAA AGATGCTAAA GAAGGATTAG TAAAGCTACA ACAGCATATT
CCAATTCAGG CTATTATTTG TGATGTGGAA ATGCCAGAGA TGAATGGTTT ACAGTTTCTT
AGTCATTGTC GTAAACAATA TTCTATGGAA GAAATGCCTA TATTAATTTT AACATCTCGT
AGCAGTCTAT CCTATCGTCA GTTAGCTAAA CATTTGGGTG CAAATGACTA TTTAACTAAA
CCTTTTTTAG ACCAAGATTT AATTAATAGT TTACAAAGCT ATTTACCGAC AGTAGGGGGC
TAA
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| Protein sequence | MIEIDDQAYE FFVEETTKLL HTLEEGLINI SQKHDIKTLH KLMRAAHSIK GGAACIGLMG
IQKIAHDLEN GIRALYQENT VFDMELENLL LQAFDCLQSA TLEQIETGNY DKKTALAKAK
QVFQQLENKL GNSLEAAAEF PEMPMEQGDM AMFLFTEEIP FGLQRWENLL AGRSKGDNGL
SLKDELKRQA EVFATLGAML DLPGFTSIAQ TAIKALEVNP KYTTKIAQLA LADFWAGHKA
VLEGDRAQGG QLNETLVKLT KPLKPKKAVG TTNKKQVSQP IKKSHVANQI QLQKAEINNR
TKTTAHNATT LSENVSDQQD YGLEVTNNQK TEQVKKSTKK SHIANQNKSQ KAEITNRKKT
QNSNAATLSG NVLEQQDYGA EVTDNQKQVE QKQTTSQPSY ALGIRIDLKN LEILNNLVGD
LATQENSFML QNIQAQASIE TLDKGWQKIK QLMINLQDIN VFYEKLKNSS NPQNNKLASL
LNIIPNITEE IAQIGEAVDD IKVLHQQSQQ IVKKKQQTLQ RIQSNLNKTR MLPVESLFNR
FPRMIRDLSV QNQKQVKLEL IGINTMLDKV VLEKLYDPIL HILRNAFDHG IEPVEIRQAN
GKSEVGIITI KSYYQGNYTY IEIRDDGGGI DVEKIRNKAI VKQVISASEA TKLSTKQLYQ
LLFYPDFSTK EKVSELSGRG VGLDVALRQI EALKGNITIQ SERGKGTRFI LRLPWTLTIT
KLLVFRMEGN LFAIPLDILA TIIYADPTEI KVNKEGKEIY SWRGKKVLIA PSIVSDYNYP
IVLGDIQQKA VEFGQSPYGQ KYQGKVMLFL ISEDTDTIAI KVEQILMEQN LTIKPFSKIL
TAPSYLYGCT ILGDGSLVPV IDGIKLLEKT LHKGESNTYK FPGIKNKLKQ PALPQLPTIL
VVDDSLTTRQ TISQTLHKSG YNVVQAKDAK EGLVKLQQHI PIQAIICDVE MPEMNGLQFL
SHCRKQYSME EMPILILTSR SSLSYRQLAK HLGANDYLTK PFLDQDLINS LQSYLPTVGG
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