| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nmag_0478 |
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| Symbol | |
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| ID | 8823304 |
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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 | Natrialba magadii ATCC 43099 |
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| Kingdom | Archaea |
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| Replicon accession | NC_013922 |
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| Strand | - |
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| Start bp | 473842 |
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| End bp | 476421 |
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| Gene Length | 2580 bp |
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| Protein Length | 859 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | |
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| Product | methyl-accepting chemotaxis sensory transducer |
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| Protein accession | YP_003478628 |
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| Protein GI | 289580162 |
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| COG category | |
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| COG ID | |
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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 | 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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAGTAGTG GGATACGGCG GCTCGTTCCG TCGTTCATCA GACGGCGATA TGCACTCAAG
TTTGGAATTG TACTGCTCGT CATCGGGCTC TCAGTCGGTG CCATCGGCAT CGTCGAAACG
TCGATGATTA CTGATACCGT CGAGCAGACG GTGCTCACTG ACCAGCAGGA TCAGGCCGTT
CAGGAAGCAA CCGAGATTGA CAACTGGAAC GACCGCAACG ACCAGCTGTT GCTCTCGACG
GCACAGGCAC CGATTTTCGC TGCCTCACAG GACGACGAAC AGGCTAGTGG CACCGAGACC
GAGGACCTCG AAGCGATAGA TAGCTACCTC GAAGACGTCT ACAACGAACT CCCGGAGAAC
ACCAGAGTGA ACGCACTCTA CGTCGACACC AGCACTGACT CCGGCGACGT CCTCGCAGGC
ACCGAGAACG CCTCTTCGCT CGACGACCTC GCGTTCCCGG AGACGGACGA ACTCGAGTCG
GCCTCGGCGT ACACGGTCCA GCGGACCGAT CCATATCTGA TCGAGGACGA TGTCTCGCTC
GTCTTCGACG AGCGGCCCGT TCGTTCGTAC TACGTTGGCA TTCCCGGCAC TGATCGGGCG
GTCGTGCTCA CGTTCGATCT GGCCGACCGC TCGTCGAACT CGCCGACCGT CTGGCAGTCT
GAAACCGTCG TCACCATCGT CGACGACGAG GGACAGATCA TTGCAGACGA CGCGTACCTC
GGCTACGGCA GCGATCCCGA GAACACCGCC TTCGGCGAGA CGTACGGCAA CGCGGAACTC
CTCGACGCTG CCGAGGAAGA CTCACTCGGT GCGCTCCGAT TCGACGACGC GCCAACTGAC
GTGCTCCAGC AGGAGCCGTA CAACTTCTCA CCCGACGGCT ACGTTGTCGG CTACTACACC
ACCGGCGAGG ATTGGACCGT GCTCGTCCAC ACCACCGAAG ATCAGGCACT CGGCGTCGTC
GACTCGATTG GCCAGTTTGG CGCGCTGATC ACGCTCGCAA GCGTACTCAT CATCGCCGTC
CTCGGTGCCG TTATCGGGCG CAATACCGCC GGGTCGATCG ACCGACTCAC GGAGAAGGCA
AAACAGATGG AGTCGGGTAA TCTCGACGTC GAACTCGAGT CCAACCGGAT CGACAACATC
GGCCGTCTCT ACGACGGCTT CGATTCGATG CGAGACGAGC TGAAGAACTC GCTCCGGGAA
GCAGAAGACG CTCGTGCTGA GGCCGAAGAC GAACGTGAAC GGGTTGGTCG GATGAACGCC
CACCTCGAAC AGAAGGCCGA CGAATACAGT ACGGTGATGC AGACCGCCGC AGACGGCGAC
CTCACGGCTC GAATGGATCC CGAAAGCGAG AACGAGGCGA TGGGAGAGAT CGCCACCGAG
TTCAACGAGA TGCTCGGGGA ACTCGAGACG ACCGTCGACC AACTCTCGCA GTTCGCGACC
GACGTCGCCA CGGCCTCCGA ACAGGTGACC GCTTCGAGCG AGGAGGTCCA GACTGCAAGT
GCGGAGGTCA GCGCCTCAGT GCAGGAAATC TCCGACGGTG CGGACCGGCA GCACCAGTCG
CTGCAGTCGA TCGACAGCGA ACTCAACACG CTCTCGACGA CGACCGAAGA AATCGCGGCC
TCCTCGAGTC AGGTCGCGAC GCTCGCCGAA CGGACGGCCA ACACGAGCCG CGACGGCAGC
GATACCGCAC AGGAAGCGAT CGACGCCTGT GAGGACCTCG AAGACGAACA CCAGGCAGTC
GTCGAGGAGT TCGAGGAACT CGAGATGCAG GTCGACCAGA TTGCAGAGCT CACGGAAACG
ATTACCGAGA TTGCGGCACA GACGAACATG CTCGCACTGA ACGCTTCTAT CGAGGCCTCT
CGCTCGGCCA GCGACGGCGA TACGGGCGGC TTCAGCACGG TTGCCGAGGA GGTCAAGGAG
CTCTCCCAGG ACGTCAAGGT GGCTGCAGAG CAGATCGACG AGCGACTCGA GGCGGTCGAA
TCCCAGACGG CGCGCTCTGC GACGGAGGTC GACCAGACGA CCGACGAAAT CGAGCGCGTG
AACGACCTCG TGACGGCTGT CGTCGACGAC CTCGAAGAGA TTGCCACGTA CGCCCAGGAG
ACGAACGACG GCGTGCAGGA GATTTCGGCG GCGACGGAGC AGCAGGCGGC CTCGACCCAG
GAGGTCGTCG CGATGGTCGA CGAAGTCGCC TCGATTTCCG AGGAGACGAC CGCGGAGGCC
GAGACGGTCG CCGCGGCTGC CGAAGAGCAG ACGAGCGCAC TGACGGAAGT GACCGGCTCG
GCCCAGCAGC TGAGCCAGCA GGCGACGACG CTTTCGGCGG CACTCGACCG ATTCGAAACG
GATGCGACTG CAGACGCCGA AGATGCGGCG TTGCTCGATG CGGCAGTGGC TGGTGAGGAA
GCAAGCGCCA TCACGTCTGC GTCCGCTGGC ATGACAGACG GCAGCGACGA TATCGACGAC
GGCGACGGCA ACGTTGACGG AACTACTGAC GCCGACGGAA CTACTGCCAA CGCCAACAGC
GACGAAGACG CTGACACCGA AGCCAGCGTC TTCGAATTCA CCGACGACCA GGCGGAGTAA
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| Protein sequence | MSSGIRRLVP SFIRRRYALK FGIVLLVIGL SVGAIGIVET SMITDTVEQT VLTDQQDQAV
QEATEIDNWN DRNDQLLLST AQAPIFAASQ DDEQASGTET EDLEAIDSYL EDVYNELPEN
TRVNALYVDT STDSGDVLAG TENASSLDDL AFPETDELES ASAYTVQRTD PYLIEDDVSL
VFDERPVRSY YVGIPGTDRA VVLTFDLADR SSNSPTVWQS ETVVTIVDDE GQIIADDAYL
GYGSDPENTA FGETYGNAEL LDAAEEDSLG ALRFDDAPTD VLQQEPYNFS PDGYVVGYYT
TGEDWTVLVH TTEDQALGVV DSIGQFGALI TLASVLIIAV LGAVIGRNTA GSIDRLTEKA
KQMESGNLDV ELESNRIDNI GRLYDGFDSM RDELKNSLRE AEDARAEAED ERERVGRMNA
HLEQKADEYS TVMQTAADGD LTARMDPESE NEAMGEIATE FNEMLGELET TVDQLSQFAT
DVATASEQVT ASSEEVQTAS AEVSASVQEI SDGADRQHQS LQSIDSELNT LSTTTEEIAA
SSSQVATLAE RTANTSRDGS DTAQEAIDAC EDLEDEHQAV VEEFEELEMQ VDQIAELTET
ITEIAAQTNM LALNASIEAS RSASDGDTGG FSTVAEEVKE LSQDVKVAAE QIDERLEAVE
SQTARSATEV DQTTDEIERV NDLVTAVVDD LEEIATYAQE TNDGVQEISA ATEQQAASTQ
EVVAMVDEVA SISEETTAEA ETVAAAAEEQ TSALTEVTGS AQQLSQQATT LSAALDRFET
DATADAEDAA LLDAAVAGEE ASAITSASAG MTDGSDDIDD GDGNVDGTTD ADGTTANANS
DEDADTEASV FEFTDDQAE
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