| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spro_1285 |
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| Symbol | |
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| ID | 5604871 |
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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 | Serratia proteamaculans 568 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009832 |
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| Strand | - |
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| Start bp | 1412303 |
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| End bp | 1415515 |
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| Gene Length | 3213 bp |
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| Protein Length | 1070 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 640936817 |
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| Product | Hpt sensor hybrid histidine kinase |
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| Protein accession | YP_001477517 |
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| Protein GI | 157369528 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.102629 |
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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 | 0.010179 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATGCGTG GAGTCCTGTT GCTGTTAACC CTGCTGCTGA GCCTCGGCAA CGTCACACAG
GCAGCGCAGC CGGTAAGTTA TCGGTTGGTC AGCAACCTGA ATATCCCGCT CGATATGCTG
ATCGCCAGTG AGAAAAACCC CTGGCGCGAT ACCACGTTGC GTGTCGGCAT CATCAGTGAA
AATACCAGCC CCTATAACAT CATTGTGGAT GACGATTTGT ACGGCTTGAA CGCCGACTAT
CTTGGTTATG TTCAGCAGGT TACCGGCATT CACTTTCAGA TTTACGGCTT TGCCGATCTG
GCGCAGCTAG AGCAGGCGCT GCATGACGGG ACTATCGATC TGGTGTACGG CATTCCGCAA
AACGAAGCCC TGCACGGCCT GAAGATTTCG CAGCCTTATT ACGTCAGTAA TCTGCGTGTG
CTGCGGGATC GTAGCAATGA CCGCCAGGTG ATGCTCAATT CCGCCAACGC GCGGGTGGCG
ATCAGCACCC TGACCGATAT GCAGGCCGGT CAAGCGTTGC AGGCGGTGTC CTCTCACGTG
CAGCGTTATG ACAATAACCT GCAGGCGGTG TATGCCTTGC TCAACGGCAG CAGCGACTAC
TTTATTGCCG ACGAAGCCAG CGCCAGTTTT ATCATTGACC AGTTACAGCT CGGCCAGCTT
TATCAGATTG AAAGTACCGT CAACCTCGGG AATCTGTCAT TCGTATTCGC CTCCGCCAAC
CCGACGCTGA TCGACACCCT CAACCTGGCC ATCGCCGATA CCCCGATGGA GTTTATGAAC
GCCATTCAGA GACGCTGGAG CAAGAAGATC CCCAGCTATC TCGATACCGG CAATGCCGAT
CTGACCCAGA TGGAAAAACA CTGGGTGGCG ACCCATCCCA CCGTTTATTA CGCTGCCATC
GAGAATAATT TTCCGTTCGC CTACCGGGGT TCCGGCGGGC AGGCACGTGG ATACGCAATC
GACATTCTGA ATATCATCGC GCAGAACACC GGGCTACGCT TTATGCCGCT CTGGGCGCGC
AACCCCGAGC AGGCCGACCA ATTGGTGCAA TCCGGTCAGG CCAGCTTCCG CACCGCCCTG
CCTTTGGCAC GCGGCGTTAA AGCCCGCTAC AGCGCCAGCA TGCCGATCCA CCGTTCGCTG
TGGGGGGTTT ATGTCGGTCA GCAGGCCAAC GGCATTTCCA CCTGGAGCGA TTTGGCCGGT
AAACGCATCG GCGTGCTGCA GGGCGACCTG GCACAGAGTC TGGTGCCGGC CAACGAAGAG
TTGATCCGTT TTACCGACGG CAAGGCCATG TATGACGCCC TGGCCAACGG CCAGCTGGAT
GCGCTGGTGG ATAATGTGAT CTCGGCAAAC TTTGTCGCCC TGTCACGTTA TTCCGGCGCG
ATAAAACTGG CGTTCGCGGC CAATAACATC GCCTACCCGG TAGCATTCGG CGTGCGGCAG
GATCAGCCAC TGCTGCTGGC TATCCTCGAT AAAAATCTGA TGCAGATCCC GTCCGAAACG
CTGCAATCGC TGCGCGATGA ATGGATTGTC GATCGCAGCA ACCTGATTGA TGCCGTAAAT
GAAAACCGCA TGCAGCCGCA AACCACCTGG CTGCTGGCGC TGTTGGCGGC AGCGATCCTG
CTGCTGCTGG GGCTGACCCT GCGGCGCTTC ATCCTGCAGC GTAGGGAAAA ACGTGAGCGT
GAGGTCATCG AGCAGGCTCG TCAGCATGCC GAAGCCGAGA ACCGCATGAA GAGCAAGTTC
CTGGCCACCG TCAGCCATGA ACTGCGTACG CCAATGCACG CCATTCTTGG CCTGCTGGAA
CTGGAGCTTA AACGCCAGCC GACGCCGGAG GGCTTACCGG TGATTTACAG CTCGGCCTCA
TCGTTGCTCA ACCTGCTCAA TGATTTGCAA GATCACGCGC GGCTGGAAAC CGGTTCGTTG
ACGCTGGTCG CCCGGAGCGT GGCGCTGCAA CCCTGGATAG CCCACATCAA CGCCCTGTAT
CAACCGCTGA TCGGCGAACG CCCGGTGACG CTAAACGTCA GTGCGGCCGA CAACCTGCCC
GCCGCTGTTC TCATTGATGG TGAGCGTTTA CTTCAGGTGG CTAACAATCT GATAAACAAT
GCAATTAAGT TCACGCCACA CGGCACCATT CAGGTGAATA TCGGTTGGCA TGAGCAGGTT
CCACCGCAGG GGGAACTGTG GCTGACGGTG GCCGACAGCG GCTGTGGTAT CGCCGCCGAT
GAGATAGATA AACTGTTCCA ACCGTTCTAT CGCGCACGCG GTGCACAGCG CGTATCCGTT
CAGGGAACCG GGTTGGGGCT GTCTATCTGT AAAGAGATTA TCGAACAAAT GGGCGGTCGA
ATTGCGTTGC AATCGCAACC CGGCCTCGGC ACTCAGGTGA CACTGTCCGT GCCGGTAAGC
CAGGTCGCTG TCGATCCCAC GACTCAGCAG GCCGACACAC CACTCATTCT GCCGCCGCCA
ACCCTGCGCG TAGCCCTGAT CGACGATCAC CCCACCAACC TGCTGTTGAT GGAGCGGCAA
CTGCGCCACT TCGGCCTGCA GCCGACGTTA TTCGAGCAAG GCCATAAGCT GTTGAAGGCC
CACCGTCGGC AGCCGTTCGA TCTGCTGTTT ATCGATTACA ATATGCCGCG TCCGGACGGC
CTGACGCTGG CGAGGCTGAT ACGCCGCGAC GAGCAACGCC ATCAGCGCCC GGCCTGCCAG
ATCATTCTCT GCTCGGCCGA CGTGCAGGAA TTTACCCGCA TCCCGCCGGG CCTGGTGGCG
ATAGATCGCT TTTTAACCAA GCCAATTGCT CTGGCCGCAA TAGCCCAGAC GCTACCGCAG
CAACCCCAGG CGCTGGAGCG GCAGTTAGTC CTTACTGACC TGCAGCAAAC CCTGGTCGAT
ATGGCCGGTA ATGAGCGACC GATGATCCTG CGTTTGGCAA CAACGCTGCA GGCGACGCTG
CGGCAGGACC GGCAACGGCT TGAACAAGCG GCACAAAATC AGGACTGGCC AACCCTGGCG
CAAACCGCGC ATCGCATCAA GGGTAGCCTA CTGATGCTGC AACTGCCTGC AGCGGCCAGC
CTGTGCCAAC AACTGGCGGA CAGCGGTCGT GAAGGAACAT TCATTCAGGC CGCCTATACT
GAATTGAGTA CGTTAGTGGA ACAGATCCTG ATAGAACTGG ATAATCTGGT CAGCACTGAC
GAGTCGTATT TTGCTATGGA TAAGGAAGAA TAA
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| Protein sequence | MMRGVLLLLT LLLSLGNVTQ AAQPVSYRLV SNLNIPLDML IASEKNPWRD TTLRVGIISE
NTSPYNIIVD DDLYGLNADY LGYVQQVTGI HFQIYGFADL AQLEQALHDG TIDLVYGIPQ
NEALHGLKIS QPYYVSNLRV LRDRSNDRQV MLNSANARVA ISTLTDMQAG QALQAVSSHV
QRYDNNLQAV YALLNGSSDY FIADEASASF IIDQLQLGQL YQIESTVNLG NLSFVFASAN
PTLIDTLNLA IADTPMEFMN AIQRRWSKKI PSYLDTGNAD LTQMEKHWVA THPTVYYAAI
ENNFPFAYRG SGGQARGYAI DILNIIAQNT GLRFMPLWAR NPEQADQLVQ SGQASFRTAL
PLARGVKARY SASMPIHRSL WGVYVGQQAN GISTWSDLAG KRIGVLQGDL AQSLVPANEE
LIRFTDGKAM YDALANGQLD ALVDNVISAN FVALSRYSGA IKLAFAANNI AYPVAFGVRQ
DQPLLLAILD KNLMQIPSET LQSLRDEWIV DRSNLIDAVN ENRMQPQTTW LLALLAAAIL
LLLGLTLRRF ILQRREKRER EVIEQARQHA EAENRMKSKF LATVSHELRT PMHAILGLLE
LELKRQPTPE GLPVIYSSAS SLLNLLNDLQ DHARLETGSL TLVARSVALQ PWIAHINALY
QPLIGERPVT LNVSAADNLP AAVLIDGERL LQVANNLINN AIKFTPHGTI QVNIGWHEQV
PPQGELWLTV ADSGCGIAAD EIDKLFQPFY RARGAQRVSV QGTGLGLSIC KEIIEQMGGR
IALQSQPGLG TQVTLSVPVS QVAVDPTTQQ ADTPLILPPP TLRVALIDDH PTNLLLMERQ
LRHFGLQPTL FEQGHKLLKA HRRQPFDLLF IDYNMPRPDG LTLARLIRRD EQRHQRPACQ
IILCSADVQE FTRIPPGLVA IDRFLTKPIA LAAIAQTLPQ QPQALERQLV LTDLQQTLVD
MAGNERPMIL RLATTLQATL RQDRQRLEQA AQNQDWPTLA QTAHRIKGSL LMLQLPAAAS
LCQQLADSGR EGTFIQAAYT ELSTLVEQIL IELDNLVSTD ESYFAMDKEE
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