| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_3329 |
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| Symbol | |
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| ID | 4625743 |
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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 | Psychromonas ingrahamii 37 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008709 |
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| Strand | - |
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| Start bp | 4111289 |
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| End bp | 4114195 |
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| Gene Length | 2907 bp |
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| Protein Length | 968 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 639798439 |
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| Product | hybrid sensor and regulator fused |
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| Protein accession | YP_944615 |
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| Protein GI | 119946935 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | 40 |
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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 | ATGATCTTTA CTTCGCTGAA ATTTAAGGTG GTGGCGCTGA TTCTGCTGGT GCTGGTGATC
ACTTCTGCGG CTACTTTGTA CTTTACTCAA CGTGATGTCG GCAGCGCTAT GCTTCGGGCG
GAGCAGTCAT CGGCTGAAAA TGTGCTGCAA CTGGCTGAAC TGAATATTCG CAGTAGTTAC
GATCAGCTAA TCAGTGACAA AATTGAGCTG TTAACACAGT TAAAAAAAGA GATGGTACAG
ACTGCAAAAG TAAGCAATTC TGTGCTGCAC GAATTTATGC TGCTGAGTCA AGGTGGCCGT
TTGTCAAAAG AGGAAGCGCA GCAAAGAGCA AAGCGCTGGT TGTCTAAAGT TGATTACCCT
AGCGGTGACA TTTTTCTGTT TGATCACAAG GGTACTATCC TTTCCTCTAG TCAATCTAAG
CTCAATGGGG TGGCTATTAC TGATATTCGG GACGTTAAAG GGCGTTTGAT TTATGACGCG
ATGCGGGACG ATCAGTTAGA ACCGCGCGGC GATACGGCGA TATTTTCCTG GCAGAAACCT
TGGCAGACAA AACCGAGTCA ATTTATGGGA CAGTTTCTGC CCGTTAATGG TTGGTCCTGG
ACCTTGGCTG TGGTTGTCAA TTTTGATAAT GTTGAGCAGG AAAGCCAGCG TAAGATGGAC
AGTATTATTG CCACCCTGAC CCAAACCTTT ACTAAGATTC AGATAGCAAA AACTGGCTAT
GCTTTTCTCT TTGATGGTGA TAAAAAAATT CTTATTGCCC CTCCGGAAGA TAACTTAGAT
AACTTAGATA ACTTAGATAA GTTTAAAGAT ACCTCCGGGT GGCTGCCCCG ATACAGCAGC
GTACTGGATA AAATTATTGC CGTAAATGGC AAAAATAAGA GCGCCATCAG TTATAACGAT
CCCTTTTCCG GTGATCGTGA GGTAGAAGTT TTCACCAGCT ACTTTAAAGC ATTCGACTGG
TATCTGGGGG TGGTCGTTCC GATGGCCGAA ATCAAAGCGC CGGGTAAAAA CCTTATCAAG
CGGCAGAGTA TTATTATTGC CCTGATTTCT CTGGTAGGTT TAGCTGCCGC ACTGCTTTTA
GTGTTTCGAA TCTCCCGTCC GCTGAACACC CTGGCATCTT ATGCTAAGGC ATTACCAACC
CAGGATTTCA GTCAGCAAAA CCCTGACACC ATAAAAATCA AACGTTTGGC GATGAAATAT
AGTGATGAAG TGGGGCGTCT GGCGGAGTCT TTTGTCTTTA TGGAAGCCTC TATTCGCAAG
AATATCCAGC AGGCACTGCA TGAAAAAGAG ATCGCAGTGA AGGCCAGCCA GGCTAAAAGT
GAATTTTTGG CGACCATGAG TCATGAGATT CGCACCCCAA TGAACGGCGT ACTGGGTATG
ACTGAGCTGG TACTGGAAAC CGAACTAAGT AGCGAACAGC GTCGTTTTAT GGAAATGATC
AAATCCTCCG GCTTCGGATT GCTGGATATT ATTAATGATA TTCTGGATTT TTCTAAAATT
GAGGCGGGTA AACTGCAGCT GGACAACCAT CCTATGCAAT TACAGGAGCT GATTAAGCAT
TTGGTTACTT CGCTTAGCCC TCTGGCTAAG AAAAAAGGAT TACAACTAAA TTATAATTTG
CCCCAGGAAA TGGATACCTG GGTGCTTGGC GATAGGATTC GCTTGCGGCA GGTCTTAACT
AATCTGATTA GTAATGCTAT TAAGTTTACC CAGCGTGGTG AAGTTTTGGT GTCTGCGGTC
ATTTTTGAAC AGTCGGCGAC GGCGTTATCA TTGCAGATCA GGGTGCGGGA TAGTGGCATA
GGTATTGCGC CTGAGAATCA GGATAAAATT TTTGAGTCAT TCTCTCAGGC TGACAGTTCA
ACCACCCGTA ATTATGGTGG TACCGGATTA GGTTTGGCTA TATCCAAACA GCTGATAGAA
ATGATGGGTG GAAGTATAGG CTTTAGTAGT GAGTTAGGTC AGGGAACGAC CTTCTGGTTT
GACCTTAAGT TAAAGCCTAC TGAGCAGATT TTGAGTGATG AAACTTTGCC CGTAAGCACC
CTTGAGCAAC AACAGATAAC ACTGCAGGGT AAGATACTGT TGGTGGAAGA TCATCCGGTT
AATCAGGAAT TCGCCATGCA GATTTTGAGT GGTTTAGGTG TTGATCTGCA TTTAGCCGGG
AATGGTGTCG AAGCACTGAA GCAATTAAAG GAACAAAACT ATGATCTGGT GTTGATGGAT
TGCCAGATGC CGGTGATGGA TGGTTATCGG GCAACGGAGT TAATCCGTCA GAAAGAGCAG
GAAAACGGAT CGCCGCGCCT ACCAATTATT GCCCTTACCG CAAACGCAAT GATCGAGGAC
CGGCAGCGCT GCATCAGTGC CGGTATGGAT GATTATCTGT CCAAGCCATT TAATAAAGCG
CAAATTGTAG TCCTGCTGCA GCGCTGGCTT TCTGCTGATT CAGGCTTGAT GGCGGTTGTT
GAGCCTGAAA TGGCTGTTGA GAAAGCAACG GCGACGAAGG TTATTGAGCC TGAAATAGCT
GTGTCAAATG AACCGCTGTT GCCTGCAATT ATTGCGCAGC TTCAGGAGAT GGATGATAAC
GACGGTTTCT TTAATCGTAT TGTTGATGCT TATCTGGAAA AATCCCCTGC CGATATCGAA
CAGTTAAATC AGGGGCTCGC GCGCTCCGAT CCTGAAGCAC TGCGCAAGGC GGCCCATAGT
TTCAAATCCA GTAGCTATAA TCTGGGTGCT CATAAGCTGG CTGAATTGTG TAAAACGCTG
GAAAAAAGGG TGCGGGATAA AGATCTTGAG GAGGCTGCAT CGCTGTGCGT AAGTATTGAT
GGAGAATATC AACGGGTCAG GATGGCATTA ATTAAAATTA AAGAGAATAA TAATGCAGAA
AATTCAGATG AACAGTGGAG CCATTAA
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| Protein sequence | MIFTSLKFKV VALILLVLVI TSAATLYFTQ RDVGSAMLRA EQSSAENVLQ LAELNIRSSY
DQLISDKIEL LTQLKKEMVQ TAKVSNSVLH EFMLLSQGGR LSKEEAQQRA KRWLSKVDYP
SGDIFLFDHK GTILSSSQSK LNGVAITDIR DVKGRLIYDA MRDDQLEPRG DTAIFSWQKP
WQTKPSQFMG QFLPVNGWSW TLAVVVNFDN VEQESQRKMD SIIATLTQTF TKIQIAKTGY
AFLFDGDKKI LIAPPEDNLD NLDNLDKFKD TSGWLPRYSS VLDKIIAVNG KNKSAISYND
PFSGDREVEV FTSYFKAFDW YLGVVVPMAE IKAPGKNLIK RQSIIIALIS LVGLAAALLL
VFRISRPLNT LASYAKALPT QDFSQQNPDT IKIKRLAMKY SDEVGRLAES FVFMEASIRK
NIQQALHEKE IAVKASQAKS EFLATMSHEI RTPMNGVLGM TELVLETELS SEQRRFMEMI
KSSGFGLLDI INDILDFSKI EAGKLQLDNH PMQLQELIKH LVTSLSPLAK KKGLQLNYNL
PQEMDTWVLG DRIRLRQVLT NLISNAIKFT QRGEVLVSAV IFEQSATALS LQIRVRDSGI
GIAPENQDKI FESFSQADSS TTRNYGGTGL GLAISKQLIE MMGGSIGFSS ELGQGTTFWF
DLKLKPTEQI LSDETLPVST LEQQQITLQG KILLVEDHPV NQEFAMQILS GLGVDLHLAG
NGVEALKQLK EQNYDLVLMD CQMPVMDGYR ATELIRQKEQ ENGSPRLPII ALTANAMIED
RQRCISAGMD DYLSKPFNKA QIVVLLQRWL SADSGLMAVV EPEMAVEKAT ATKVIEPEIA
VSNEPLLPAI IAQLQEMDDN DGFFNRIVDA YLEKSPADIE QLNQGLARSD PEALRKAAHS
FKSSSYNLGA HKLAELCKTL EKRVRDKDLE EAASLCVSID GEYQRVRMAL IKIKENNNAE
NSDEQWSH
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