| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_0602 |
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| Symbol | |
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| ID | 5369029 |
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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 | Marinomonas sp. MWYL1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009654 |
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| Strand | + |
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| Start bp | 660508 |
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| End bp | 663681 |
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| Gene Length | 3174 bp |
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| Protein Length | 1057 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 640802938 |
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| Product | integral membrane sensor hybrid histidine kinase |
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| Protein accession | YP_001339471 |
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| Protein GI | 152994636 |
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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 | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.862038 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.00157552 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGATGAGAG TGATGACGGT AGTCGCTTTA ACTGCGTTGG GGTATTTTAT CCTTGGCGTT
GTAGGGTTGG CTGTTGCTAT TTCACCGGGG TACTCAACGA TTATTTGGCC AGCTTCTGGT
TTTGCGGTTG TGGCTTCTAT CTTTTTTCCT AAGCAAGCGC CGTTCGGTAT TTTTCTAGGT
TCTTTGTTAC TAAACATTGG TGCGACTTGG GTTAATCATC ATGTTTTTGC TTGGTCTCTT
CCTGCTCTTA TTGCTTTTGG CTCGACGTTG CAGTCTTTTG TTGGCGGCTA TTTGGTTCGC
CGCTTTGTAG GTGTGCCCTT TCAATTTCAT CGTACTGGCT TAGTGGTTAG GTTTATCTTC
TTAGCCGGTG TCTTATCCAC CTTGATTAGT GCTAGTGTCG GCTCGGCTTC GTTGTTTTCT
TTTGGCATCA TTGGTCAGGC GGAATTACTA ACCAATTGGC TGGTTTGGTG GGGCGGTGAC
ATGATCGGGG TACTGGTTAT GGTGCCTTGG TTAGCCGTGT GTTTCCCCAA ATATTTTGGT
AATAAATTTG ATCATCCGCT GCGATTAATC GGCGGTTTTT TAACTGTGTT GGTGATTACG
ATTGTTCTGT CTTGGGGAAG CAGTTACTCG GAATGGAACA AGCAATCGAG AGAGTTTCGT
TCGAATGCTG AATTGTTAGA AGTGCTGCTT AATAATCGAA TTAAAAACAG TGTGGATATG
CTGCATAGCT TTGTTGGTTT GATAAACGGT AGTGAGCAGA TTGAGGCGAA TGAGTTTGAG
CTTTTTGCAG ATAGTGTGAT GCGTCGAGAT GATTCCATTT TGGGGGTGTC ATTAAACTTT
GCCGTGGCTG GAAAGGATAT TGCTAGCTTT GAGCAGGTGA TTCAAAAAAA TTATCCAGAT
GATATTTTTC TTGTGAAGGA AAGGGACAGC GAAGGCAAGC TTAGGGCCGT TACGCCTAGA
GCCCGGCACA TTGTGGTGAC CTTTATTAGT CCCCTACAGA GCAATAAAGC GGCATTAGGT
TATGACGTTT ATTCGCAAGC CGATCGACGT TTTGCCCTAG ATAATGCAAT TTTTCTTCGT
GAAGCTTATC CAACAGCGCC ACTTAAGTTG GTTCAAAATT CAAATGGAAT ATTGCTCTTT
CTGCCTTTTT TTGATCGAAA AACAGATGCT TTTTTAGGTG TTGCTACAGC GGTTATTGAA
TTGGATGTGT TAACCGAAAC GATTGTTAAG CAAGGCCTTC TCCCCAATAC TGAACTCTAC
TTGGTCGATA CTGACAATGG AACATCCAAG CCTATTATCG TGACAAAAAA TACGGCAGCT
CATTTGTCTG CAGAAGAATT GGTTGCTCGT TACTACGCCG GTGAATTTCA TCATGCGGTT
AATTTCGTTA TTAATGTCGG TGGCAAAAAC TGGCAGTTGT ATCAAGTTAG TGACAACTAT
TTTTTCAAAC AGCCTTGGAT CGTAAAATTC GTTTTAGCTT GTGGTTTTTT ATTCACGGGT
TTATTTGGTT GGTTTTTATT GATTGTGAGT AGCCATACAG CGGAAGTTGA AAATCGAGTG
AGATTAAGGA CGCGAGATTT GCAGTTGGCA AACGAGCATT TAAAAGCGTC TGAACTAGAG
CAGAGTAAAG CCAAAGAAGA AGCGCAAGAA GCCAACCGCG CTAAGAGTGA GTTTTTGGCA
AATATGAGCC ATGAAATTCG TACGCCATTA AATGGCGTTA TTGGTTGTTT GTCTTTGTTG
ATGAATACGA AACTGCAGCC TGACCAGTCG AATTTAGCAA AAATATCTCA GCAGAGTGCG
GAATCCTTGC TGGATATTAT TAATGATATT TTAGATTTGT CTAAGATTGA AATGGGAACC
TTAGTGTTAG ACAAGCAAGA GTTTGAGTTA CGTGCGTTAA TTGAAGAAGT GACCAATATT
TTTGTTTTAA AAGCCGAAGA AAAGGGCATT GTATTAAATT CGCCAACGAC ACCTATTCCT
AATGTTACGT TGTTTGGAGA TAGATTACGC ATCAAGCAAG TATTGGTTAA TTTGATGGGT
AATGCGGTTA AATTTACTCA AGAAGGTGAA GTGGCTTTGC GATTTGCGAT TGAGCCGCTA
GCAGATGATA GTGTTATTCT GCGTATTGTT ATTGAAGACT CTGGGATTGG CATTTCTAAA
GAGAATCAAA GCCATTTATT CCAGCGTTTT AAGCAGGCTG ATGGTTCTAC TACTCGCAAG
TTTGGTGGCT CTGGATTAGG TTTAGCGATC AGTAAAGAGA TTATCCAAGC CATGGATGGT
GAAATAGGTT TAAACTCAGT AGAAGGTCAA GGTTCATCAT TTTGGTTTCG TATACCACTC
TCTGTGGTTT CGACTGCAGA GCAGGCTCCC ATTGTGACTG ATGGCACAGA ACAAGCTGTT
AGAGTGACGT TAATTTATGC GAATAAAACG GGTCGTGAAT ATGTTGCTGC ATTGCTGGAT
TCATTTGGTG TCATTTACAA TACTTATGAC AGTGTTACTG GTGCGCTTGC TGATAGTGAA
TGGATAGGAA ATTGTATATT ACTGGACTCA GATGTCGTAT CGGCTGTTAC TGAAGTTTCT
GAATTAGAAG TGTTCTGTAA GAAGAATGCG ATTAAGCAAG TATTACTACA AGGACGTTCA
AGTATGGATT TTGATAAAGA GAAGTACGAT GCTTCTTTAA CGAAACCCGT ATTTCAGCAG
CCGTTATTGG ACGTTCTTGA AAATCTAAAA CAGTTAGTTG AAGGAGAATC CGTGATGGCG
GCGAAAGACG TAGAAAAAAC ACCAGATGGT CGGCCAATAT TTACAGCCAA AGTTCTATTG
GCGGAAGACA ATTTAACTAA CCAGGTTGTT GCTCGTGGTT TATTAAATTT ATATGGCGTA
GAAGTTGTGG TGGCGGAAAA CGGTCAGAAA GCTGTTGAGC AAGCCCAATC AACTCAATTT
GATATGATCT TCATGGATTG CCAGATGCCG GTAATGGATG GTTATGAAGC GACTCGAACT
ATTCGCCAGT TTACCGATGC TCAAACGCCT TCCGATGTAG CAATTGTTGC TCTTAGTGCT
AATGCCATGA AAGGCGATGA AGACGAATGT TTTGCAGCTG GCATGAATGA TCATATTGCT
AAACCGATTT CACAAGATAA ATTGATCGCA ATACTCACAA AATGGCTTCC TTAG
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| Protein sequence | MMRVMTVVAL TALGYFILGV VGLAVAISPG YSTIIWPASG FAVVASIFFP KQAPFGIFLG
SLLLNIGATW VNHHVFAWSL PALIAFGSTL QSFVGGYLVR RFVGVPFQFH RTGLVVRFIF
LAGVLSTLIS ASVGSASLFS FGIIGQAELL TNWLVWWGGD MIGVLVMVPW LAVCFPKYFG
NKFDHPLRLI GGFLTVLVIT IVLSWGSSYS EWNKQSREFR SNAELLEVLL NNRIKNSVDM
LHSFVGLING SEQIEANEFE LFADSVMRRD DSILGVSLNF AVAGKDIASF EQVIQKNYPD
DIFLVKERDS EGKLRAVTPR ARHIVVTFIS PLQSNKAALG YDVYSQADRR FALDNAIFLR
EAYPTAPLKL VQNSNGILLF LPFFDRKTDA FLGVATAVIE LDVLTETIVK QGLLPNTELY
LVDTDNGTSK PIIVTKNTAA HLSAEELVAR YYAGEFHHAV NFVINVGGKN WQLYQVSDNY
FFKQPWIVKF VLACGFLFTG LFGWFLLIVS SHTAEVENRV RLRTRDLQLA NEHLKASELE
QSKAKEEAQE ANRAKSEFLA NMSHEIRTPL NGVIGCLSLL MNTKLQPDQS NLAKISQQSA
ESLLDIINDI LDLSKIEMGT LVLDKQEFEL RALIEEVTNI FVLKAEEKGI VLNSPTTPIP
NVTLFGDRLR IKQVLVNLMG NAVKFTQEGE VALRFAIEPL ADDSVILRIV IEDSGIGISK
ENQSHLFQRF KQADGSTTRK FGGSGLGLAI SKEIIQAMDG EIGLNSVEGQ GSSFWFRIPL
SVVSTAEQAP IVTDGTEQAV RVTLIYANKT GREYVAALLD SFGVIYNTYD SVTGALADSE
WIGNCILLDS DVVSAVTEVS ELEVFCKKNA IKQVLLQGRS SMDFDKEKYD ASLTKPVFQQ
PLLDVLENLK QLVEGESVMA AKDVEKTPDG RPIFTAKVLL AEDNLTNQVV ARGLLNLYGV
EVVVAENGQK AVEQAQSTQF DMIFMDCQMP VMDGYEATRT IRQFTDAQTP SDVAIVALSA
NAMKGDEDEC FAAGMNDHIA KPISQDKLIA ILTKWLP
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