| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_0357 |
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| Symbol | |
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| ID | 5368924 |
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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 | 413017 |
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| End bp | 416949 |
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| Gene Length | 3933 bp |
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| Protein Length | 1310 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 640802695 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_001339230 |
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| Protein GI | 152994395 |
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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 | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.464939 |
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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 | 31 |
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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 | ATGATGACAT TAGACAGGCA TCACTTATCC ATCTCTCCTT TAGTGTGGCT CTTAGCCTTT
GTCGCCTTAA TATCCTCAAT TATCGGCGCA ACGATACTAA CTATTACTGT ACAAGAACTC
ACAAAACAAA GATTAGGCCT AAAAACACAG CAAACAGAAC TATTAAATGC GTCCGCAGAG
TTGAGAGAAA TAGTCCCAGC TTACCGCAGT CAACTTCGCC AGGCATTGTT CGAAGGCTCA
GATCCCACAG CAAATAACAA ATATAATATC GACCTTTATT ATCAAGCTAT TGCTACGCTT
GAATCAGAAT CTGACGACAT CCAGACACAG ATCATCAGTT CGCAATTAGC AAACCGCGGA
CAAACAATAT TAGACACAAC AAAGCTAATT ACTGACTGGT ACAAGCGCCG ATCTCATCAT
TATTCGGAAG AAGAACAACT CAACTATAAA GACAAAGCCT TAAATCATCT GAACCAATTA
AAAAGTTTAA CTTACGCCAT AACAGGTAAA AATCGTTTAC AAGAAAACTT TCTCATCTAC
CAATACAACA CCTCTTCCTA TGAAAAAAGA GATGCTCTTG CGAGAGAGTA TTTGAAGTTA
CGTTTATCAC GACTTGAGTC AGCATTAAAT ACCGCGATGG AGGACATCAG TACCCTTGAA
GTGGCGCTCA ATGTCATGAT TGCCTCAAAT TCATTGAGTG TGATTACAGA CCTCAAAGAT
AATCAAATCA AGTCTTCCCT AGACCGCCTC GATTACGTCA TTGCAGAGTC AGCAAAAATC
CATCCAGAAA CGGCCAAAAA ATTACAACAA GAAAGAAATG CTTTAGGTAA TACACTTTTT
GGTGAAGGAT ACTTTTTTGA TAGTACGAAG CAGGTCATAA AATTGGGTAA AAGCGGTCTT
TTTGAAGAAC GCATAGAACA CATTTCTCTT GAGGAAGAAA AAATTGATCT CATCAACTTA
TTAGAAATAA CATTTTTACC CTTACCGAGA TTAATGGATC AAATTGGTGA GTTCGTTCAA
CTTAATTCAA AAAATTTAGA ACAAAAAATC GAAAATCAAT TAACGGCAGT TAAAACTCGT
ATCCTTTGGA TTAGTGGCAT ATCTATCACC ATATTATTGC TATTAGCCTG GGCTATTTCT
CGTAAGGTCA CTCGCCAACT TTCTGGTTTT ATAGAGAGTG AAGAACGCTT CCGTTCCATG
TTTGAGATCA CACCAGACCC TGTATGGATT CTGATGAATC AAAAAATAGT GGAATGCAAT
AATGCCGCTA TAAACACACT TCACTACCCA GCAAAAGAAG CCTTATTAGG CCTAGAAATG
TGTGATATTT CTCCAGAAAA ACAAACCACT GGAATGCTTT CATCATCAAG TTTAAATAGT
CATTTTGAAC AAGTTACCTT AAGTGGAAAC ACTAGAACTG AATGGGTTTT CCAGCGCTAT
GATGGCGAGC CGATCTACGC TGATATGACT ATTCTATCGA TTGCTTTTAA TAACCATCCC
GCCACTATTA TCTCCTGGCG AGATGTGACA GAAAGAGTCA TGTCACAGCA GTCACTAGCA
CAATATAAGG AAAAGCTAGA GCACGATATC GCCTTGCAAA CAACAGAACT TCAAACGGCA
AAAGAAGCGG CGGAAAACGC CAATCAAGCG AAAAGCGAAT TCCTTGCCAA TATGAGTCAT
GAAATCCGCA CACCAATGAA CTCCATTATT GGTATGTCGT CTTTAGCACT GCAAACACCG
TTAAATGATA AACAACGTGG TTATATCGAA AAAGTCAGTC ATTCTGCCGA ATCGCTTCTC
AATATTATTA ATGACATTTT GGACTTTTCA AAAATTGAAG CGCGCAAAAT GGACATTGAG
AACGTGCCTT TCATGCTACC TAGCTTGATC CACAAAGTAG CGCACGTACT GGAGCTAAAA
ATAGAAGAAA AAGGCTTAGA GCTCATTATA GATATTGATG CTGAAGTGCC TCAGCAAGTC
GTTGGAGATC CCACTAGACT ACGACAGATC TTGCTTAATC TCGGCAATAA TGCAGTTAAG
TTCACTCAAC AAGGTGAAAT CATCATCCGC GCCGCGCATT CAAAAAACAA TCAGGATGAC
AATATTATCC ACTTCTCGGT TCAAGACACT GGAATAGGCA TCAGTAAAGA CAAGCAAAAC
AACCTCTTCC AATCTTTTTC TCAAGCGGAT ACATCAACCA CACGACGCTT CGGTGGCACA
GGTCTTGGGC TCGCTATATC TAAACGACTT ATTCAGCTAA TGGGTGGGGA TATTTGGGTA
GAAAGTGAAG AAAATAAAGG AAGTACCTTT CACTTTACGA TAAACCTTCA ATCCACCGGC
AATGTACCTT CTCCATACGC CTTAAACAAT CATACCAATT TGAGCCAAGT CATGGTCGTT
GATGACAATA ACAGCGCAAG AGAGGTACTA AAAGCCAGCG TAGAAGCTCT CGGGCTCAGT
TGCCATACCT GCAGCAGTGG ACACGAAGCC ATTCAATATA TAGCTTCATT AAAAGCCAGC
TCGCAGCCTT ATCCACTGAT GCTAATTGAT TGGAAAATGC CTGAACTTGA TGGCATAGAC
ACATGTAAAG CCATCCTTGC TGAAACCCGC GACGATACTC CTCTAACCAT TATCATGGTA
ACCGCTCATC GACAAGATGA CGCTCGAAAA GCCGGCTATG GTCTGCCTAT TTCAGCCTAT
TTGACCAAGC CAGTCACCAC ATCAAGCTTG TTCGATCAGA TCATACAGCT ATGTGGCCCT
GAATCGGTTT CTCTCATTGA TCATAGGAGC AATGGCAATG ACATTTCATT CTCTTATGAG
CTTGCAGGAG CAAAAGTTTT ATTGGTTGAA GACAACGAAA TCAATCGAGA ATTGGCCGAG
GAATTACTAT CGCGCAGTGG CATTCTTTTT ACCTCTGCGA CAAATGGTCA AGAGGCAATA
AGCTTACTAG GATCTGATGA CTTTGATTGT ATTTTAATGG ACTGCCAAAT GCCGATAATG
GACGGTTATA CTGCGACCAA AAAAATACGA ACCATGACGC AATATAAAGA TATTCCTATT
ATCGCCATGA CCGCCAATGT CATGCCGGAA GACATCAAAT ATGCAAAAGC ATCTGGCATG
AATGATCACA TCGCCAAACC CATTCATTTT GAAACCATGT TTAATACGTT GCGTACTTGG
GTCAAAACCA GCGTAAACAA TAGCACCAGC ACTTTAACTA CAGCCATGCA AGACAATAGC
AACACCACTT TAACCACAGC CATGCAAGAC AATAGCAACA CCACTTTAAC CACAGCCTTG
CAAGACAATA CAAATAGAAT TGAGCTACCA GACAGCATCC ATATTGATAC TGAATTAGGC
TTGTTGAGAA CACTTACAAA ACCACTTTAC AGCCGATTAT TAAAACGCTT TTTGGAAACG
CAAACGACCT TCATCGATGA ATGTAACACA GCTATAAAAA CCAACAATTT CGTATTAGCA
AATAGACTGG CGCATACATT AAAGGGAACT GCAGCAACAC TAGGCATGAT TGAACTAGCA
GCATCAGCTG CCAGACTAGA AAAAGCTTTC GAAGAAAAAA ATATCAATAT AGCGCCTATA
CTGATATCCG TGGAACATGA TTTGAATATC ATCTTGAACG ACCTTAGAGC GTGGCATGCG
GTCAATAATG TAAATTCAGC AAAAGATGTC CTAACTACAT CGCCGATGGA GCTAAATGAA
TTTAGAAATA ACATAGAAAT ATTAGCGACT TATATCGATA AAAATGTTGT TGAAGCACTT
TCTCTCGCGC AAAAATTGCT TCCAAATATC ACCGATAAAA ATGCTAATAA AAGTATGGTG
AAAGTCATCT CGGCCCTAAA ACTTTATGAC TTTGAGCAGG CGGCGAAGCA CTTCAAAAGT
CTTAGTATTA ATCTTGAAAA CTTTGAGCAG TAG
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| Protein sequence | MMTLDRHHLS ISPLVWLLAF VALISSIIGA TILTITVQEL TKQRLGLKTQ QTELLNASAE
LREIVPAYRS QLRQALFEGS DPTANNKYNI DLYYQAIATL ESESDDIQTQ IISSQLANRG
QTILDTTKLI TDWYKRRSHH YSEEEQLNYK DKALNHLNQL KSLTYAITGK NRLQENFLIY
QYNTSSYEKR DALAREYLKL RLSRLESALN TAMEDISTLE VALNVMIASN SLSVITDLKD
NQIKSSLDRL DYVIAESAKI HPETAKKLQQ ERNALGNTLF GEGYFFDSTK QVIKLGKSGL
FEERIEHISL EEEKIDLINL LEITFLPLPR LMDQIGEFVQ LNSKNLEQKI ENQLTAVKTR
ILWISGISIT ILLLLAWAIS RKVTRQLSGF IESEERFRSM FEITPDPVWI LMNQKIVECN
NAAINTLHYP AKEALLGLEM CDISPEKQTT GMLSSSSLNS HFEQVTLSGN TRTEWVFQRY
DGEPIYADMT ILSIAFNNHP ATIISWRDVT ERVMSQQSLA QYKEKLEHDI ALQTTELQTA
KEAAENANQA KSEFLANMSH EIRTPMNSII GMSSLALQTP LNDKQRGYIE KVSHSAESLL
NIINDILDFS KIEARKMDIE NVPFMLPSLI HKVAHVLELK IEEKGLELII DIDAEVPQQV
VGDPTRLRQI LLNLGNNAVK FTQQGEIIIR AAHSKNNQDD NIIHFSVQDT GIGISKDKQN
NLFQSFSQAD TSTTRRFGGT GLGLAISKRL IQLMGGDIWV ESEENKGSTF HFTINLQSTG
NVPSPYALNN HTNLSQVMVV DDNNSAREVL KASVEALGLS CHTCSSGHEA IQYIASLKAS
SQPYPLMLID WKMPELDGID TCKAILAETR DDTPLTIIMV TAHRQDDARK AGYGLPISAY
LTKPVTTSSL FDQIIQLCGP ESVSLIDHRS NGNDISFSYE LAGAKVLLVE DNEINRELAE
ELLSRSGILF TSATNGQEAI SLLGSDDFDC ILMDCQMPIM DGYTATKKIR TMTQYKDIPI
IAMTANVMPE DIKYAKASGM NDHIAKPIHF ETMFNTLRTW VKTSVNNSTS TLTTAMQDNS
NTTLTTAMQD NSNTTLTTAL QDNTNRIELP DSIHIDTELG LLRTLTKPLY SRLLKRFLET
QTTFIDECNT AIKTNNFVLA NRLAHTLKGT AATLGMIELA ASAARLEKAF EEKNINIAPI
LISVEHDLNI ILNDLRAWHA VNNVNSAKDV LTTSPMELNE FRNNIEILAT YIDKNVVEAL
SLAQKLLPNI TDKNANKSMV KVISALKLYD FEQAAKHFKS LSINLENFEQ
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