| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3802 |
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| Symbol | |
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| ID | 4242252 |
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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 | 5844586 |
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| End bp | 5847951 |
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| Gene Length | 3366 bp |
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| Protein Length | 1121 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 638108736 |
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| Product | histidine kinase |
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| Protein accession | YP_723320 |
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| Protein GI | 113477259 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG2205] Osmosensitive K+ channel histidine kinase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | 6 |
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| Fosmid unclonability p-value | 0.260095 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTAATGC CCTACACGAC TTTAAAAAAA ATTATATCTC CTATACCAGT TTGCTTAGAT
ACAGAAAATT TGCAAGTAGT ATGGTCAATT TTCTCTAGAG AAAAATGTAA CGAGTTAGTA
ATAGTAAATC TTCAACACCA ACCACTAGGA TTAATTTACT TACATAGTTT AATTCCTTAT
CTAACATCAA ACTCAGAAAC CAAAATACTT AAAACTGATA CTTCTGTAGG AAATTGGCAA
CAACCTCTAT CTGAAGTAAG TTCTTTGGCA TTGAGTAGTT TAAGAATATT ACCAGCAGAT
TTAACTGTTG ACAAATTATG GCCATATATC CAACCAGAAT CGGAAAACGA GATAGAGCAA
GAGTCTTTGA GGTTGCCTAT TGCTGTTGTA GATGGAGAAG GTAAATTTTT AGGGTTGTTA
GATAGTTGGC GTCTATTAGA GTTTATTTCC ACAACTGAGA ACCTGAAGCT AAATATCTCT
GAATTAGAAA ATTCGCCAGA AGTGGAGCAA ATAGTTACAA AAGATTTGCT TGATCAAGAA
CAAGAAAAGC AAGAAAAAGT AGAGACTTCT TCCTATATCT ATTCATTAAT AGAGCTTTTA
GAAAAATTAC CTCTACCTCT GATGTTACAG AGCAATGATG GCAAAGTAAT AAATCAGAAT
TTAGCATGGC GTTCTCATAT CGGAAAAGAA CCGGATTTAA TAGAAATTGT AGATGCAGTT
ATGGGTTTAT TGGCTAAAAA TACTAAAAAT ACTCAACAAC AGCCGACACA AGCCAAAATA
CCAGACTCTA TAGCTATCTT GGAAGATGGT GTTGCATTTT CGTGTCCAAT AAAAACTAAT
GGGAGGGTTT CCCCTGCTAA ACTTTTACAA AAACGAGCTC AGGTTCCACA GTCAAATTCT
GCTTCTAGTT GGTGTTATTA TACTCATCCA GGTACTTATG TTTGTACTTG TCCTCAAAAA
AATGGTCAAG AACGAGTATG GCACTTTAGT AGTCAGCAAT TGTTTGACCT GACGTTAGTT
TTAGCTCAGG ATGTCACAAA ACAACACTTG GTGGCAAAGG AATTACAGGA TAAAAATACT
GATTTGATTC GGCTTAACCG ACTTAAGGAC GAGTTCTTGG CTTGTATTAG CCATGAATTA
AAAACACCGT TAACTGCTGT ACTGGGTTTA TCTAGTTTAT TGAAAGATCA GACTCTGGGA
GCTCTCAATA AACGTCAAAC TCATTATGCT ACACTTATCC ATCAGAGTGG CCGTCATTTA
ATGGCTGTGA TTAATGATAT TCTAGATTTA ACTCGCATGG AAACTGGTCA AATGGAGTTG
ATCCCAGAAC CAGTTGAAAT TCGGAAAGTT TGCGATCGCG CTTTTCAGGA GGCTTTACAA
CTTCAGCATA AGCGTCCTCA AGGTCAATCT TCTGCTATAT TTAGTGATTC TATCCGAGCT
AAGTATACTT TAGAAATAGA GAAGGATCTA GATATTATAA TTGCAGATGA GTTGCGTTTG
CGTCAGATGT TGGTAAATTT ATTATCTAAT GCTTTGAAGT TTACTCCAAT AGATGGCAAG
ATGGGATTGA AAGTAGCTAG ATGGGAAAAG TGGATAACTT TTACTGTTTG GGATTTTGGT
ATTGGTATAC CAGCAAACAA GCAACATTTG ATTTTTCAAA AGTTTCAACA ATTAGAAAAT
CCTTTGATTC GTGAGTTTGA AGGAACTGGT TTAGGTTTAG TATTAACTCA ACGTTTAGCT
CGTTTACATG GTGGGGATGT TACTTTCATT TCTCAGGAAG GTAAAGGAAG TGAGTTTACA
TTAATATTAC CACCTATTCC ACCTCCAAAG GATTTAAGAA TTGAAGGATG GGAAACAAAT
GATTATCTCA AAGAACAGGG ATTAATTCCT ACTAAAGAAA ATGAAGTTCG TAGGAAAAAA
GATAGTAAGT TACCTGTTAA TAATTACCAT TTACCTGTCG TTAATTATTC ATCTCGTTTA
GTTCTAATTG TTGAAGCGGT TCCGGGGTTT ATTGAAGATT TAAAAAATAA ATTAACAGGT
AATGGTTATC GAGTTGTTAT TGCACGTTCT GGTACAGAAG CAGTTGAAAA GGCGCGAAAG
TTACAACCAA AGTTAATATT TCTCAATCCA TTATTGCCAC TGTTATCAGG TTGGGATGTG
TTAACTCTTC TGAAAAAGGA TACTGATACT TGTCATATTC CTGTGGTAAT AACTTCTACA
ATAGGAGAGA AGGAACGAGG GATAGTTAAT GGAGCGAATC AATTTTTAAG TTTACCTGTA
GAACTATCAG CGTTAGAAGA AGTATTAACA GAATTTACTG ATTTACCATC AAAGAAACAG
GATTATCAAA AGTTAGTAAT TCTCCGTTTA ATTCCTGGTA GTTATGATTT TAAGCAGCCT
ATGACAGAAG ATTCTATTTA TGAGGATAAG TTTTTTTCGC TTCCTACTGA ATACAGAATA
ATAGAGGCAG ATGATTTAGC TCAAGCTAAT TTACTTGCTA AGATTTGGCA GCCTAATGTT
ATCCTTATAG AAAGAAGATA TAATTCAATG ACTCCGGTTG AATTTATTAA CAAGTTAAGT
CAATATTCTG CTTTGGCGGC TATTCCTTTG GTAACTATGG ATTCCGAAAT TACTCAAGCT
GCTAATCAAG TCAAAAAATT GTCTGTGTTT CCTTATTTGG CTTTTGATAA AAATGATAAT
TATTTAACCG AAAGGAAGCT TAATTATGAA TATTTTAATT CGCGATTATG TCAAGTGATT
TCTATTGCTG CAGGCATGAG TTGGCTACCT ACTATATTGG TTATGGATGT AGCAAATATC
AAAGATTTTA TAGTACCTTT GACAGAGGTT TTTTCTGAGG AAAGTGTTGT TGATTTATCA
GATTTTACCT CAGAACAAAA GAATATAAAC TTAAAAGATA GTTTGAATTA TTCCAATTTT
CCCAATTTTA TTTCTGATTT AGAGGTGGCT AATCAAAATA TAAATAATTT TCAACAAACA
AAATTACCAA TTGAAAGTAC ACAGGTATTA GTTCAGTATA TTCAAACTTA TGGATTTAAA
GGTTTAATTG CTAAATCTTG GGTTGAAGTT TTGTCACAAT TACAAAATCA GAGTGTAGAT
TTATTATTAA TTTGTTTACG GGGAAATTTA CCGTCTGCTT TAGATAAAGC ATTGTTTGAT
TTAGACAAAA TAGTTACAAA ACCTCCTATA TTAGTGTTAA AGTATCCTAA TTATCAATTA
CCCAAAAATA TGACACTAGA AAATCTCAAT TTAGCCTTAA GTAAGATTGC GAGAAAAATT
TTACCTTTTG ATTTATCAAT AGCTGATTTA TTGGAGGAAA TTAAGGGTCA TTTAATAAGG
GAATAG
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| Protein sequence | MLMPYTTLKK IISPIPVCLD TENLQVVWSI FSREKCNELV IVNLQHQPLG LIYLHSLIPY
LTSNSETKIL KTDTSVGNWQ QPLSEVSSLA LSSLRILPAD LTVDKLWPYI QPESENEIEQ
ESLRLPIAVV DGEGKFLGLL DSWRLLEFIS TTENLKLNIS ELENSPEVEQ IVTKDLLDQE
QEKQEKVETS SYIYSLIELL EKLPLPLMLQ SNDGKVINQN LAWRSHIGKE PDLIEIVDAV
MGLLAKNTKN TQQQPTQAKI PDSIAILEDG VAFSCPIKTN GRVSPAKLLQ KRAQVPQSNS
ASSWCYYTHP GTYVCTCPQK NGQERVWHFS SQQLFDLTLV LAQDVTKQHL VAKELQDKNT
DLIRLNRLKD EFLACISHEL KTPLTAVLGL SSLLKDQTLG ALNKRQTHYA TLIHQSGRHL
MAVINDILDL TRMETGQMEL IPEPVEIRKV CDRAFQEALQ LQHKRPQGQS SAIFSDSIRA
KYTLEIEKDL DIIIADELRL RQMLVNLLSN ALKFTPIDGK MGLKVARWEK WITFTVWDFG
IGIPANKQHL IFQKFQQLEN PLIREFEGTG LGLVLTQRLA RLHGGDVTFI SQEGKGSEFT
LILPPIPPPK DLRIEGWETN DYLKEQGLIP TKENEVRRKK DSKLPVNNYH LPVVNYSSRL
VLIVEAVPGF IEDLKNKLTG NGYRVVIARS GTEAVEKARK LQPKLIFLNP LLPLLSGWDV
LTLLKKDTDT CHIPVVITST IGEKERGIVN GANQFLSLPV ELSALEEVLT EFTDLPSKKQ
DYQKLVILRL IPGSYDFKQP MTEDSIYEDK FFSLPTEYRI IEADDLAQAN LLAKIWQPNV
ILIERRYNSM TPVEFINKLS QYSALAAIPL VTMDSEITQA ANQVKKLSVF PYLAFDKNDN
YLTERKLNYE YFNSRLCQVI SIAAGMSWLP TILVMDVANI KDFIVPLTEV FSEESVVDLS
DFTSEQKNIN LKDSLNYSNF PNFISDLEVA NQNINNFQQT KLPIESTQVL VQYIQTYGFK
GLIAKSWVEV LSQLQNQSVD LLLICLRGNL PSALDKALFD LDKIVTKPPI LVLKYPNYQL
PKNMTLENLN LALSKIARKI LPFDLSIADL LEEIKGHLIR E
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