Gene Nmag_1658 details

Gene Information

• Locus tag: Nmag_1658
• ID: 8824493
• 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: 1676173
• End bp: 1679691
• Gene Length: 3519 bp
• Protein Length: 1172 aa
• Translation table: 11
• GC content: 63%
• Product: hypothetical protein
• Protein accession: YP_003479796
• Protein GI: 289581330

Plasmid Coverage information

• Num covering plasmid clones: 5
• Plasmid unclonability p-value: 0.815472
• 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

GTGAGCGACG ATGTCGTCGA GCGACTTCGC TTCACTCACG AAAACAACCC GAACGCCAGC 
CCCAAGCGAT TGCTCTGGCT GGCTGACGCT GATCCCAGCT ACCTCGAGGC GGCCGAGGCG 
ATCGTCGACG GTGAGCTGGT GGACGATCAG GGACCTGTTC ATGGACACTG CCGTACGGGG 
TCAACCGATC GCGGTGTATC CTGGAACCAC TGGGCAGATG CTGACTTTGC CAACCCTGAA 
CCGAACACCT GGCCCGGCGA GTTGCTTGAG CGCGAGCAGT GGATGGGCCA CATCGAGAAG 
AAACCGTTCG CCCCCTGGGG CGACCAGGAT GCACCCGCGG AGTGTTCGAA AGACGGCCAC 
GACACCGCTG CGACATGCGA CTGCGATGCC CGGTTCAAGT GGGGTTACCA CGGCAACTAC 
GTCGACGGCG AAGCCGTCGC GATGGCCGAG ATCGATCCCC GACTCGACGG CCGCGCGTTC 
CTCCAAACCG AAGACGACCC GTTCGTCTAC GTCGACGGTG ACGATGTCCG CTGTCCTGAG 
ACCGGCGATG TCCATCCAGC GTTCATCGCG ATCCTCGAAC ACCTGGGTAT AACCTACGCC 
GACGTCTCTC AGTCCGACAG TGGTGCACAC GCGATCTATC GCGGTGAACT TCCCAACGGT 
GTCAAGCAAG CGGCTTGGCG AATCGACGAG GATCCATGGG GTGAGAACGA CGATCTCCCA 
TCGATCGAGA TCTACCCCGG CAAGCGTGTC TGCGTGATGA CCGGGGAGCA CGTTCTCGGG 
ACGCCGACCG AGATTAACGA GTGGGACGAC AGCGTTCTCG ATGACCTCCT GGAGGCCAAC 
GACCAGCTCC CTCGTAAGGT CACTCGCGAC CCGGCTGATG TCTCGGTCGA CCGTGAGGAC 
TACGATCTCG AGGACTACGA ACCGAACACA ACCTCGAGCA GCGAGACCAC GGACGACATC 
CGCGACATCT TCCACGCAAT CGATCGACTC GACGCTCAAC ACGTCGCGAA AAAGACGATC 
GTCCAGCGCT GGAACGACGA CGCCAACACA AGCGAAGGCG AGCGAGCGTT CTGGCCCACG 
TGGGGATCGT TGTCCGACGG CGGGACGGCG AACATCGTCA ACGACGAGCG CTGGCAAGAC 
ACCGGTGAAC TCGGTGGCTA CGGTGGCGTC GTCACCATGG CCGCGATCGA CGCTGGCGAG 
ATCCGCCCCG CGAACGCCCG TCCCGTCGAC GGCGAGACGT GGTGGCGCGG TGTCGAGCGA 
CTACGCGAAC TCGGGTTCGA TATCCCTGAG TACGATTCCG ACGACGCGTA TACGCAAGAT 
GGCGATGGTC GCGCTGTTTC AGCGCTTCCG ATCGCCCAGT TAGACGCACT CAAGCCCACG 
GAACGCCGAC GGTTCGCCAA GAAACGCGGC CTCGAATGGC CGTCGACGGA CGACGCTCGC 
GAAGAGCTCT TCGAGACGAT TGCCGACGTG ATCCGCAACG AAGACGAGCA GATCGTCGAT 
GCCCCGACAT CGCTCGGGAA GTCCTACACG ATCGCGTCGA CGCGCTGGGG CGCTCGCGAA 
GACATCACCG GTGACCGGCC GGTCGTCCAC CTGCTCGAGA CACGCGACGC TCGTGACGAG 
GCCGTCGACG TCGCCGAAGA GCACAGCGGA CAGTACCACG TCCTGCTCGG TCGCCACGAA 
GCCTGCCCGG TCTGCGCCGG CGAGCACGAC GACGAGATCA CGATCAACGG CGACCCCGCC 
AGCGACTGGC TCGATGCCCA GTGTGAAGGC AAGGGGATGC CGTTCAGCGC TGCGCATCGT 
TACCTCGAAG AGCACAACGA CCAGGGCGTC GAACTCCCTT GCGGCGGTGA TCGGTGTACG 
GCGATCACGC AGTGGGAGAA GTATCGCGAG GGACCCGACG GGGAACTCGA CTACTGGCCG 
CTCGTCATCG CGACGCACAA CTTTGCGTTT GCTCCCGGGC TCCGCTCGCA CAATAACGTC 
GTCGTCGATG AAGAGCCCAG CTACGAACAG GACGATCTCT CGACGAGCCG TATTCGTGAC 
GCCATCGGCG CGTACCTTCG CGAGATCGAC GCCCCTGTCA CGACCTGGGA AGCCTTCATC 
CAACTCTCAC TCCACGACGA CTACCAGGGT GACGCCGCTC GCGAACGCGA TGCCCTTGAG 
GATGTCCTCT GGACCGAGCC CGATCGGGAC TGGTACTTCG AGTGCCCGGA TGCGCACACA 
CTCGCACCAG CGCTCGCGAG GGCGATCTTC CGTGCCGAAG ATCGCGCCAA CGGTCGCCGA 
TTCGGGAAGA CAGGCCACGA ACCACCGCGT CTCGAGGCCG GCGTTCGCGA TGACGACGAC 
TGGAACCGCG AGTGGGTGAG CGTCGTCCTC GACGAGAACA ACGATGTCCA GACTGTCCGG 
ACTGTTCCTG ACTTCGGCGC TGCGCGATCT GTCGTTGGAC TTGACGCACA CCCCGCAGTG 
CCGCTGTGGC AAGCCAACAC CGTCCCGTGG ATCAAAACGA CCGACGTCCT CGAATCCGAA 
GCACGGCAAC TGTGGCGACG CTACGAACGC GGACTCCGTG TCGTCCAGGT TGGCGACGCA 
ACCCGACCGC TATCGGGTGA CAAGGCGCTC GAGTGGCTGA ACGAGGACAA GCTTGAGGTA 
CTGCTCGACC AGCTCGTCGA CGAGTATGGC ACCCAGTTCC GCACGGCGAT CACGACGGGA 
CAAGTGGAGG ATCGACTCGA GGAGTTGATG GAGGAGGCCG GCTGCCACCG TCCCGAGTTG 
ATGCACTTCG GCGAGGAGAA GTCACGGAAC GACTTCCAGC ACGAGCGCGT CGGCCTCGTC 
AACGGCTGCA TGGATCCCGG CGACGACTAC GTTCTGGATC TGCTCGCCGA ACTCGACCTC 
GAGGCAGAAG TTGAGACCGC CACCGACAGC GCCGGGGAGG AGTACCGAGC ACGTGGCCGT 
GGCTTCGAGG GAGACGACGC CGACACTGCT CAAGAGATCC TCGCGAGCGT TCGCGAGAAC 
CACATCGCTC AGGCTGCCGG TCGGTACGCT CGCGATCCGA CCGATCCCGA CGTGACCGCG 
ACGGTATTCG TTCGAACGGA TGCGATGCCC GCTGCTTTCG CCGACGTCCA GACGCCTGGT 
GTCGAGTGGG TCTACTCTGA CCTCCAGGAG GCGATCGTCG ACGAACTTCG TTCGAGTCAT 
CGCTCGCGAA CAGCGCGGGA GCTCGCCGAC GCCGTCGACT GTTCGAAAGA GCACGTCCGG 
CAGACACTCG AGCGACTCGT CAACGTCGAC GCTGTCCAGG CTGCTGAAGG GTTGGGATCG 
AACGGTGCGA CGCTGTATTC CGAGTCTGGA CTGCCTCATA CTGGCGTTTG TGACATTCAG 
GAATCGCCAA CTGACTCCTA CGTAGACTCT AGTAGGTGGG CGTTGGCGAT CCGCGACCCG 
ACTACCCCGG ACAACGGTGA TCTAGGACCT CAAGACGGCT CGAGTGATCA GCCGGCTGAT 
GTTTGGGACT GGAAAGCCGG TCCTGGTTCG GGTGACTGA 

 

Protein sequence

MSDDVVERLR FTHENNPNAS PKRLLWLADA DPSYLEAAEA IVDGELVDDQ GPVHGHCRTG 
STDRGVSWNH WADADFANPE PNTWPGELLE REQWMGHIEK KPFAPWGDQD APAECSKDGH 
DTAATCDCDA RFKWGYHGNY VDGEAVAMAE IDPRLDGRAF LQTEDDPFVY VDGDDVRCPE 
TGDVHPAFIA ILEHLGITYA DVSQSDSGAH AIYRGELPNG VKQAAWRIDE DPWGENDDLP 
SIEIYPGKRV CVMTGEHVLG TPTEINEWDD SVLDDLLEAN DQLPRKVTRD PADVSVDRED 
YDLEDYEPNT TSSSETTDDI RDIFHAIDRL DAQHVAKKTI VQRWNDDANT SEGERAFWPT 
WGSLSDGGTA NIVNDERWQD TGELGGYGGV VTMAAIDAGE IRPANARPVD GETWWRGVER 
LRELGFDIPE YDSDDAYTQD GDGRAVSALP IAQLDALKPT ERRRFAKKRG LEWPSTDDAR 
EELFETIADV IRNEDEQIVD APTSLGKSYT IASTRWGARE DITGDRPVVH LLETRDARDE 
AVDVAEEHSG QYHVLLGRHE ACPVCAGEHD DEITINGDPA SDWLDAQCEG KGMPFSAAHR 
YLEEHNDQGV ELPCGGDRCT AITQWEKYRE GPDGELDYWP LVIATHNFAF APGLRSHNNV 
VVDEEPSYEQ DDLSTSRIRD AIGAYLREID APVTTWEAFI QLSLHDDYQG DAARERDALE 
DVLWTEPDRD WYFECPDAHT LAPALARAIF RAEDRANGRR FGKTGHEPPR LEAGVRDDDD 
WNREWVSVVL DENNDVQTVR TVPDFGAARS VVGLDAHPAV PLWQANTVPW IKTTDVLESE 
ARQLWRRYER GLRVVQVGDA TRPLSGDKAL EWLNEDKLEV LLDQLVDEYG TQFRTAITTG 
QVEDRLEELM EEAGCHRPEL MHFGEEKSRN DFQHERVGLV NGCMDPGDDY VLDLLAELDL 
EAEVETATDS AGEEYRARGR GFEGDDADTA QEILASVREN HIAQAAGRYA RDPTDPDVTA 
TVFVRTDAMP AAFADVQTPG VEWVYSDLQE AIVDELRSSH RSRTARELAD AVDCSKEHVR 
QTLERLVNVD AVQAAEGLGS NGATLYSESG LPHTGVCDIQ ESPTDSYVDS SRWALAIRDP 
TTPDNGDLGP QDGSSDQPAD VWDWKAGPGS GD