| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nmag_0288 |
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| Symbol | |
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| ID | 8823109 |
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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 | 276726 |
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| End bp | 279404 |
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| Gene Length | 2679 bp |
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| Protein Length | 892 aa |
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| Translation table | 11 |
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| GC content | 59% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003478442 |
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| Protein GI | 289579976 |
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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 | 3 |
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| Plasmid unclonability p-value | 0.0410702 |
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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 | ATGACTACCG ATATTTCCAC CGACGAAACC CGGAGTACAG ACAGCCCACA GCCCACGGCC
CACGAGTTAG AGCACGTCGA CCTCGACAAA AACGGACTCG CCGAAGACGG CCTTCCGATC
GGGAGGTTCC TCGAGGCCGA CGCGTCGCGT CGCGATGTTC TTCGCGGACT CGGTGCAGCT
GGGACAGCAA CGGTCGGCGG CTCGGCGATC GGGGCGACGG GCGCGGCCGC CGAGGAGGAC
GGCGACACCG AAGACGACGA CCACGAAACA CCAGACTGGC ACTACGATCC AGAGGGAGAC
GCACCGACGG CGATGACGAC GGCGGGGCAA GCGTACTGGG TTGACGACGA CATTGCCGAA
CCGGAAGCCG ACGAGACTAT TCTGCACTCG ACGGCAGTTT CCGAACGGGA GAGCTACGAT
GCGCATCTCA CGACGCTCGG GAATCACATC GAGGACATGA GCACGATCGC GTCGCTCGAG
GCGCGCAACG AGATCGCCAA CTCGTGGGAG GACAACGAGA GCCAGACGAG CGGATACAGC
AACACTCTCT CGCGGATTCG GGACTACTAC GCGGAACCGC ACGAGAAGAA CCATTACGAA
CTGACGAACA AGGCACTCAC CCAACTCTCA CACCTGGCAC ACACTGCTCA GGCAGACGAC
GACGTAGAAG ACGATTTCAT TGCGTTCTTC GTCGACAATT CCTCGCATCC CGACGAGGAA
CTAGCGATGG CGACGCTCAC GAACGAGCGC GTGGAAACCG AGTTCGAACT GCACAACGGC
GACACGATCA CCATGGAGTC GCCGGAGCTG TACGTTCAGA CCGAGAGCGG TGACGGAGAG
TTCCGCGGAC CGCTGTCGGC CGAGATTATC GACTCGTGGG ATTCCGAGGA AGAAACGTTC
GAACTCGAAG CCGACGACGG CGAAACGTGG GAAACGAGCC TGAACTTCAC CGTTATGTCG
GTCGGTGATC CTGAAGACGG TGGGCTGGAG AGTGAAACCG TCTTCTGGGG AGCCGAGTTT
GCTGGGCTCC TGGAGGAGAT CGAGGACCAG AGCGACCGGG TGACGGGCAA CTACTCCGAG
GATTTCGTCG AGGACCTGTA CGCCGAACTG GACGACGGCA ACATTGAACC GTCTGATATT
CGCGGCGCAG AGGGGAATGC CCGTTTCCTC GCCGGAACTG ACGACGCATC GAGTGACGCG
CTTCGGATGG CCCTGCTCCA GCAACTCAAC ATGGAACAAG CTGATCTCTC TGAGGTCGCC
AGTATGACGA TCACATACTC GGGATACACG GCCCAGGAGA CTCGGGAGGC CGATGACGAG
ATCTACCGCG CCCCGTCTGA CTGGGTGCAA GACCGCACTA TGGAAGGCTT CTTCCAAGCT
CGCGAACTGC CCGATTCTGG CCTCTCGACT GACCAGACGT ACGCTGCTGG CACCACGTCC
CATGTGGTCG TCTACGATTC TGGCTACATG TGCTTGCTCG ACCCGGTCAA TGACGAGATT
ATCTGGGAGT ACGACCCCAA CCACGGCGGC AGCCTCGAAG GCTTCGAAGT CGGCCTTCGG
TCTGGCGTTT CGTTCGGCGC TTATGCGTCC ACTGACAACA CCTACGCAAT CGACTTATGG
ACTGGCGAGG AGCTATGGAC TGACAGCACT GGTAGCCGTC CCTATGCGGC TGCTGAAATC
TCCGAAACGG AGGTAGTACT CACGGATGGC GATCTCCGGA AGCTCAGCAT AGAGACTGGC
GACGAACTGG AGACGATTCC GTACAGTCAC GGATCTCCTG AAGAACTGGT TTACTACGAT
GACATGCTGG TTCTCGGGGA TGTCACAGAG GACCTTGTTG CTGCGATTGA TCCAGAGTCT
GGTAACGAAC TGTGGACTTT CGAGACTGAG AACTCCCCCA TGTTCATCGA CTGTTATGAT
GGCTACATCG CTGTCGGAAC AAGGGACAAA ATCTACCTCG CGGAGTCTGA CGATGACGAT
TTTGACCCGG ACTGGTCTGT TGACTCGTCA TCGGATTTCC GACGACTGAC TCTCACTGAC
GGGGGCGTCT TAGTTCTCGA AGGCGACGAT GTCCGGTACC TTGACAGGTC CGACGGGGAC
GAGTTGTGGA CTGCTTCCCC GTCGAGCAGC ACCCGCCACG CTGTTCGAAC AGCGGACTCT
GATGCTGTGA TTTGCTTCGA CTGGGACGAT GATGAGGCGT TCTACCTCGA CCTCGATAGC
GGCTCCCGGA CGAGCACACT CGACGCTGGC GACAGCTTCG GTGCGGGCGT TCCCCTGCTG
CCGGACACTC CGGTCGACGG CTTGGTTGAT ATGCCGCTGA TCTATGACGC TCCCGAAGGC
GAGGAAGTGC CGATGCACCA CGGGTCTGTG ACTATCGATG AGATGACGGA CTCGGACGGC
AACGTGATTG AGGACTACGA CGGCGAGAAC TGGGGCCGCC CAGAGTACGA CAGCTACGAC
AGCCAGGAGT TCGTCGAGCA GGTCGAGAAG ACCGAGAACT ACCAGATAGA GGAGTACTGG
ACAGAGGAAG GCGACAACAT CGACGTGAGT CTTCCCGGAC TTGGCGATAT AGGCGACTTT
GGAAGGGGTT CAGCTCTCGT CGGCCTCGCG GTCATCGCAG GCGTGATTAT GGTCGTCGTC
AGTATCGTGA CCGACATTGT CCCAATCCTG GGTGACTAA
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| Protein sequence | MTTDISTDET RSTDSPQPTA HELEHVDLDK NGLAEDGLPI GRFLEADASR RDVLRGLGAA
GTATVGGSAI GATGAAAEED GDTEDDDHET PDWHYDPEGD APTAMTTAGQ AYWVDDDIAE
PEADETILHS TAVSERESYD AHLTTLGNHI EDMSTIASLE ARNEIANSWE DNESQTSGYS
NTLSRIRDYY AEPHEKNHYE LTNKALTQLS HLAHTAQADD DVEDDFIAFF VDNSSHPDEE
LAMATLTNER VETEFELHNG DTITMESPEL YVQTESGDGE FRGPLSAEII DSWDSEEETF
ELEADDGETW ETSLNFTVMS VGDPEDGGLE SETVFWGAEF AGLLEEIEDQ SDRVTGNYSE
DFVEDLYAEL DDGNIEPSDI RGAEGNARFL AGTDDASSDA LRMALLQQLN MEQADLSEVA
SMTITYSGYT AQETREADDE IYRAPSDWVQ DRTMEGFFQA RELPDSGLST DQTYAAGTTS
HVVVYDSGYM CLLDPVNDEI IWEYDPNHGG SLEGFEVGLR SGVSFGAYAS TDNTYAIDLW
TGEELWTDST GSRPYAAAEI SETEVVLTDG DLRKLSIETG DELETIPYSH GSPEELVYYD
DMLVLGDVTE DLVAAIDPES GNELWTFETE NSPMFIDCYD GYIAVGTRDK IYLAESDDDD
FDPDWSVDSS SDFRRLTLTD GGVLVLEGDD VRYLDRSDGD ELWTASPSSS TRHAVRTADS
DAVICFDWDD DEAFYLDLDS GSRTSTLDAG DSFGAGVPLL PDTPVDGLVD MPLIYDAPEG
EEVPMHHGSV TIDEMTDSDG NVIEDYDGEN WGRPEYDSYD SQEFVEQVEK TENYQIEEYW
TEEGDNIDVS LPGLGDIGDF GRGSALVGLA VIAGVIMVVV SIVTDIVPIL GD
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