Gene Nmag_1547 details

Gene Information

• Locus tag: Nmag_1547
• ID: 8824381
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Natrialba magadii ATCC 43099
• Kingdom: Archaea
• Replicon accession: NC_013922
• Strand: +
• Start bp: 1577330
• End bp: 1580875
• Gene Length: 3546 bp
• Protein Length: 1181 aa
• Translation table: 11
• GC content: 54%
• Product: hypothetical protein
• Protein accession: YP_003479685
• Protein GI: 289581219

Plasmid Coverage information

• Num covering plasmid clones: 1
• Plasmid unclonability p-value: 0.0222453
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGGACGGGG ATCACAGGGG TGTCGGTGGG GACCGAGCCG CAAGTCCAGT ACTCGGTATT 
GTTCTTCTCT TTGCGATGGT CGGGATTGGT GCACTCCTGC TGTTCACAGC TGGATCCATT 
ATGCTCGACG GGCTTGGCTC TGAGGTCGAC CGCGAAAAGG TCCACCTCTG TATGGACGAG 
ACTGACCACC GGCTCGGCAC CGTCGCCTCA ACGGGATACG AACAATCGCT AGCACTTGAC 
GATCCAGATT GCCAACCCTC GGTTGTCAGC GATGGCTCAA TTTCAATCAC CTGGTACAAC 
AGTACGGACG GTAAAAAACC ACCATGGGAC AACTCGAGTC GGACAGCCAC TGAAGATCTT 
GGTGCACTCG AGTTCGAACT CGAGGATCGG ACGCTCGCAC ACCAGGGTGG TGCCATCTGG 
GAGGTTTCTG AGTCCAGCGT GCGAACAGAG AAGTCGCCGG AGATCGGCTT CACCGAGGAT 
GGATTGCTGG AACTGGGGTT CATGCAGGTC CATCAGTCGG AGACGATCGG ATCGGAGGGA 
GTTCTCCGGC ACGACTTCGA AAGCGAGTCG GAAGCGGCAA CAAACCTCAC GACAGCGGTT 
GAGGAGGCGA ACGAAGACGT TGCGATCAAG ATCGAGAGCG AGTATGCGGA GGGGTGGAAG 
GACCACCTCG GAAGCGAAGA AGAGTACGCT GATCAATTCC ACGAGTTCGA TGTCAACGTA 
GAGTCGACCT CGAATCCCAA CGAGGTCGTG ATGACGATCG AAGAGATCGA CACAGCCCCA 
GAAGAGCCGT ATTTCTTGGT CGAAGAGGAC CACGGGCTAT GGGATCAAGG CGGGAACGAG 
CCACTTCCTA GTCATATCTT GGATCATGGG GACTTCTTCC ACGTCAATAC GACACTGATG 
AATTACGGAA ACGAATCAGG GCATGTCAAC GCTACGCTCA TGATTCGGGA CGAATCGGGT 
ACTGGTGTCG AGAGTCGGGA AATCACGTCT GACGACGAAA TTGAGCCTGG CGAATATATC 
TCGACGGCCA ATCACTCGGA GTGGAACTGG GACGGGGCTG GCGCAAACCA CTTTTTCAAA 
ACTGGCAACC CAAGCGATGC AATCGGCGTC GAACCGGGGG AAGAGTACGA GTACAACGTC 
GAAACTGCTC CAGGAGGGGC CACCCTCAAC GACCCAGGCC AATTCATCAT CGAGGATGAT 
CCACCGGAGG TCACCATCAC TAACGTCGAG GATCCAGTCG GCCAGGGAGA GACGTTAACA 
GTCCACGCAA ATGTCGAAAA GCGCGGGTAT GGAGACGATC AACTCGTTTG GCTCAGTGGT 
TTCGACGGCA CCATCGTTGA CACCACCGAA GTCGATTCCG AGGGGAGTGG AATGGAATCG 
GTCGAACTCG AGTGGGGAAG CGTCGATTTA CCCACGGACT CCACTGACAC CGAAATCGCA 
GTCGGAACGG AGTCTAACAG TGATACCGAA AAGGTCGATG TCTATCCGTC GCTCAACATA 
ACCGATATCG ATGTGCTTGA TGATCCGGTT GAGGAAGACG GATCGGTAAC CGTTGAGGCA 
ATTATTGAAT CAATAGGAGA TGAAGCCGAA ACAGATGTAT TTATAGGGGG GGACGAGGCC 
GGTAGTCAGT CCGTTACCGT TCCGGATACG GGAACAAAGG CTGTCGAACT TGAGTATGAC 
GTTGGAGAGC GAACTGATCG CATCACGGTC AGGACGGATA GTTTCGAAGC AGAAGACGAC 
GAGATGGAGG AAGTTGTCGT CGTCAAGCGA GATGGGCCAG AATGTGATGC CGTCGATTAT 
GAGGGTAGTG GGTCAGAACA TGACCCGTAT CAAATAAGCA ACGTCGATCA GCTCCAGTGT 
ATCAACGATC AGGGCCTCGA TGAACATTAC GAACTCGTCG ACAACATCGA TGCCCACGGA 
ACCGAGTACT GGAATCCAGC TGTGAGCCAC TCAGAAACAG TATATCCAGA AAGCCGCGAA 
TTTGGATTAG GTGATCGGTT TGAGCTCTCC AACACTCCCG TAGTTGAAAG AAGTGTCGAG 
GTAGATGCAG GCACTTTGAA TAGTGATCCA GAGTTTGAGC TTATCGATGC CGAAGCAGGC 
GTCGTAGAGA TACGAGAGGA TTCAGGACGG GGCGACAACT GGAGGCAACT AGAGGTATCC 
TATCAGGAGT CAACAGAGTC CGGCGAACCC CGTGGATTCG AACCGATCGG GCAAGACGGG 
AACCCCTATG CGGCAAACGG TGACCAAGGG AACTCCAGTG GATCGTTCGA CGGCCATTTC 
AATGGAAGCG GTCACCTGAT TGAGGGACTA TCCATCGATC GACCCGATGA ACGATTTGTT 
GGGTTGTTTG GTGCGACAGG TCACACGACG AACGCCGATC CAGTCGGTTC TGGGTCAACG 
ATAGAGAACG TGAGGCTTGC CGACGTGAAC ATCCATGGAC AACAGCACGT TGGTGCACTC 
GTTGGTCAGG CCGGCGGTGA AGTGATTCAA TCACGCAGTG AGGGAGTTGT CAGAGGTGAA 
GAACAGCTGG TGGGTGGATT AATTGGAGAC GGGGCTCACG CCAGTCTTGA TAATGAACTT 
GTCGCGGAAG GTACCGTAAT TGGTGGGCCG AACACCGATT ACAGGAATGG TGAAGGAATC 
GGTGGGCTGA TTGGCCGATC AACGTTCCAG ACCGAGGTTT CTGTGGGCTA TACACAGAAC 
ATGACGGTGA TCGCCGATGA TGGAAATTCG GTTGGAAGTC CACCAGACCG GAGCCATGCG 
GGAGGGCTCA TCGGGACATC ATCCTACCGA GACTCTACAT TCGATCAGAT GTATACGATT 
ACGAACGCCG ACGGATTTGA CGGCGCGACT GGGGCAATTG TCGGAACGAT CTTGGGTGCT 
CAGGGAGAAA GCACTACCGG TGACACGTTC ACCGAGAGCG TCTACTGGCA GAACAGTGAA 
GATCCGTACG GCGTAAATGA TGTTGATTGG AACGCACCAA GTCCCACACT CAACTGGAAT 
GGGCGGAGTG AAGACGACAT GAAAGGTAAC GATGTGAACC AAGGCGGCAG AATGGGCAAC 
CTCAACTTTG AGGAAGAGGG GGGCCCATGG GTCGCCGTCC CCGATGATTA CCCTCGCTTC 
GACTGGGAGC TCGAGGCCGA GGGAATCTTC GAGGTCGACA TTGACAACGT CGAAAACGTA 
ACCGCCGGCA ACTCCACTAC GATCGATGCC ACGGTTACGA GCCGTGATAC GGACTTGGAT 
GAGGACGATG TCCCACAGAT AATCACGCTC ACGGACACCG ACGGCCAGGT CGTCGATACG 
AAAGAAGTGG TAGAAAGTGA TCTAAACGAA GACGGCGAGA CGGAGGTCGA ACTCGAGTGG 
CAGACCAGTC TCAACGACGA TGGCAGCGGC GAGGTGACTG TTCGAAGCGA GGATCGAGCG 
GATTCAGCAC CGATTGAGAT CGAACCCGGC GACGAAATCG ACTGGACTGG GGACGCAGAT 
GGATCGCTGG ACGACATCGG CGATTCCACG ATTGAGATTG ATGTTGATGC CGTCGAGGTT 
GGCTGA 

 

Protein sequence

MDGDHRGVGG DRAASPVLGI VLLFAMVGIG ALLLFTAGSI MLDGLGSEVD REKVHLCMDE 
TDHRLGTVAS TGYEQSLALD DPDCQPSVVS DGSISITWYN STDGKKPPWD NSSRTATEDL 
GALEFELEDR TLAHQGGAIW EVSESSVRTE KSPEIGFTED GLLELGFMQV HQSETIGSEG 
VLRHDFESES EAATNLTTAV EEANEDVAIK IESEYAEGWK DHLGSEEEYA DQFHEFDVNV 
ESTSNPNEVV MTIEEIDTAP EEPYFLVEED HGLWDQGGNE PLPSHILDHG DFFHVNTTLM 
NYGNESGHVN ATLMIRDESG TGVESREITS DDEIEPGEYI STANHSEWNW DGAGANHFFK 
TGNPSDAIGV EPGEEYEYNV ETAPGGATLN DPGQFIIEDD PPEVTITNVE DPVGQGETLT 
VHANVEKRGY GDDQLVWLSG FDGTIVDTTE VDSEGSGMES VELEWGSVDL PTDSTDTEIA 
VGTESNSDTE KVDVYPSLNI TDIDVLDDPV EEDGSVTVEA IIESIGDEAE TDVFIGGDEA 
GSQSVTVPDT GTKAVELEYD VGERTDRITV RTDSFEAEDD EMEEVVVVKR DGPECDAVDY 
EGSGSEHDPY QISNVDQLQC INDQGLDEHY ELVDNIDAHG TEYWNPAVSH SETVYPESRE 
FGLGDRFELS NTPVVERSVE VDAGTLNSDP EFELIDAEAG VVEIREDSGR GDNWRQLEVS 
YQESTESGEP RGFEPIGQDG NPYAANGDQG NSSGSFDGHF NGSGHLIEGL SIDRPDERFV 
GLFGATGHTT NADPVGSGST IENVRLADVN IHGQQHVGAL VGQAGGEVIQ SRSEGVVRGE 
EQLVGGLIGD GAHASLDNEL VAEGTVIGGP NTDYRNGEGI GGLIGRSTFQ TEVSVGYTQN 
MTVIADDGNS VGSPPDRSHA GGLIGTSSYR DSTFDQMYTI TNADGFDGAT GAIVGTILGA 
QGESTTGDTF TESVYWQNSE DPYGVNDVDW NAPSPTLNWN GRSEDDMKGN DVNQGGRMGN 
LNFEEEGGPW VAVPDDYPRF DWELEAEGIF EVDIDNVENV TAGNSTTIDA TVTSRDTDLD 
EDDVPQIITL TDTDGQVVDT KEVVESDLNE DGETEVELEW QTSLNDDGSG EVTVRSEDRA 
DSAPIEIEPG DEIDWTGDAD GSLDDIGDST IEIDVDAVEV G