| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nmar_1047 |
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| Symbol | |
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| ID | 5774406 |
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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 | Nitrosopumilus maritimus SCM1 |
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| Kingdom | Archaea |
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| Replicon accession | NC_010085 |
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| Strand | - |
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| Start bp | 921429 |
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| End bp | 924140 |
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| Gene Length | 2712 bp |
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| Protein Length | 903 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 641316689 |
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| Product | fibronectin type III domain-containing protein |
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| Protein accession | YP_001582381 |
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| Protein GI | 161528555 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 50 |
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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 | ATGATTGCAA TAATCCCGAC TGCATATGCT GATGTGGAAT TTTCATTCAA ATTTGGAACT
CTTGGTTCTG ATGACGATGA ACTGGATAAT CCTACTGATG TTATAGTGAA AAGTAATGGG
CGGGAAATTT ATGTTGTAGA TAACAACAAT AATCGAATAA ACGTATTTGA TGATGATGGT
GATGCTGATT TTCTATATGG TACTTTCTGT AATGTAGCAC AAATTCAAGA TTGTAATGAT
AATGCTGATG GCGCTGAAGA AGATGGAGAT GGACAGTTTA ACACTCCTCT TTACATTGCT
ATGGATGCAT TAGGTAAATT TTTTGTAGTA GATTCTGAAA ACGAGCGAGT ACAAGTATTT
GACGATGATG GAGAATTCCA ATTCAAACTT GGTTCATCTG ATAGTGGTGA CGATGAATAT
CTTGGCGGTG CACAAGGTGT GACAATTCAA GATTCTTCAA GAAAAATATT TGTTTCAAAC
ACTGAAAATG ACTCAATCTC TGTTTTTGGC TCTACTGGAA ATTTTCTATT TGATTTTGAC
TCTTTTAACG GAAATGATGA TTTTACAAAT CCAAGTGAAA TGATCATTGA CAATTCTAAT
GATTTGTTAT ATGTTGCAGA TTCTGGAAAT GATAGAATAG TCATTTTTGA GATTGTTGAT
GGAACTACGT GTCCTGATGG TACAATAGAA TCAGTAGATG GAATATGTTA TGTCAAAGAA
TTCGGCTCTT CGGGAGATGA TGAAGGTGAA TTTGATGATC CTTCTGGCTT GGCATTAAAT
TCTGAAAATG ATTTGTTATA TGTTTCAGAT TCTGACAATG ACCGAATCCA AATTTTTGAG
ATTGTTGATG GAACTACGTG TCCTGATGGT ACCGATGAAA TTATTGATGG CGTGTGTTTT
GTAGATGAGT TTGGCTCTAC TGGAACAGCC GATGGACAGT TTGATTCTCC TCTTGGAATT
GCTTTAGACA ATTCTAATGA TTTGTTATAT GTTGCAGATT CTAAAAATGA CCGAATTCAA
GTGTTTGATC TAAACTCTGA ACCTGCCGTG CAAACCCCTG AAAAACCAGT AAATGTTGAT
GCATCTCCTG TTTCCCCTAC ATCTATTATT CTTACTTGGG ATGCTCCTGA ACAACATGAA
ACCATTCCAG AAATTACTGG ATACAAGATT GAGTATAGGA TAGGTTCTGA AAACTATATT
GCGATAACTC CTGATGCATC TAGCAATGTA TTTTCATTTG TTCATGATGG ATTATCTGAA
AGTGAAACCT ACAGTTACCG TGTATATTCT ATCAACTCTG TGGGAACTAG TAGTGCATCA
TCAATTGCTA CAGTTAAACC AGAATCCACA ACCACTCCTG TAGCATTAAC TGCCTCTGCA
ATTTCTCCTA GTCAGATAAA ACTTTCATGG ATGGCACCTT CTGAAACATT CCAACAATCA
ATTAGCGGAT ACAACATAAA ACGCGTACTT ACTCCTGGCG TTTATGATGA TGTTGGAAGT
ACTAATGGAC AGACTTTGAC ATATGTTGTT TCTAATTTGG CAACTGACAA AACTTACACG
TATGCAGTTA CTGCAAATAT TGGATTTGGT CAAACAGGGG AATCAAACAC TGCCTCTGCA
ACCCCTAGAT CCGATTCTAC TGATACTACT GAAGATCCAC TAGTTTCAAC ATCTGTAGAT
ATGACTGTTC CTTCATCACC TATCAAATTA ACCGCATCTA CCAAAACTTC CACTTCTATA
ACTCTCACAT GGGTCTCTCC TACTGATGAT GGCAATTCTG AAATTACCGG ATACAAGATT
GAATCTAAAA AAGATAATGG TTCTTTTAGT ACTGTAGTTG AAGACACCCA AAACTCTTCT
ACAACATATG TTCACTCTGA GCTTGTAGAG AATTCAAAAT ATGCGTATAG AGTTTCAGCA
ATAAACTCTG TAGGTGTTAG TGAACCTTCA AATGAATCAT CTGCAACTGC CAAGATTACT
GGTCTTGCAC TCAGTCCTAT GGGCAAATTG ACAGTAAATG AAGGCCAATT GCTGTCATTT
GCAGTTAAAC TAACTGATAA TACAATCAAA GATCCTGTGT TTAGTCTAAA GAATGCTCCT
TCTGGTGCAA AAATAATCTC AAACACTGGT GCATTTGCAT GGACACCTTC ATCTTCTGAT
GGTGGTCAGA CATACAATAT TGTAGTTGAA GTTAGGAAAA ATGAATTATT TGATTCCCAA
ACAATAGAGA TTAAAGTAAA TGACTCATCT GTTTCAGAAC CCATATCTGA ACCAACCTCC
GAGCCAACAT CTGAACCTGT AAAGACAGAA CCTGGTGAAT TGGGACTGGC TTCATTTGTG
GATGAATCTG TAGACCCTCA AAACTATGTT GACCGATACA ACAATGAACC AAATTACAAG
AAGTGGTTTG ATGACAATTA TTCAGAATAC GATTCAATTT ATCAGGCAGT CGGATTAGAG
AAACCTCCAC AAATTCCTGC TGATTTTGTA GATGAATCAA TGGATCCATA CTATTATGTT
GCACGTTACA ACATTGATCA AAAATTCCAG AAGTGGTTTG ATGATAATTA TTCTCAATAC
TCTTCAATAG GTCAAGCAGT TGATTTTCAT GATTCTGGAG AGCCTCAAAA GGTGTATGGT
TTCTGTGGTA CTGGCACTAA ACTAATTGAT GGCGTGTGCA CTGTTATCAG AACTACTGAA
TCTACTCCTT AA
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| Protein sequence | MIAIIPTAYA DVEFSFKFGT LGSDDDELDN PTDVIVKSNG REIYVVDNNN NRINVFDDDG
DADFLYGTFC NVAQIQDCND NADGAEEDGD GQFNTPLYIA MDALGKFFVV DSENERVQVF
DDDGEFQFKL GSSDSGDDEY LGGAQGVTIQ DSSRKIFVSN TENDSISVFG STGNFLFDFD
SFNGNDDFTN PSEMIIDNSN DLLYVADSGN DRIVIFEIVD GTTCPDGTIE SVDGICYVKE
FGSSGDDEGE FDDPSGLALN SENDLLYVSD SDNDRIQIFE IVDGTTCPDG TDEIIDGVCF
VDEFGSTGTA DGQFDSPLGI ALDNSNDLLY VADSKNDRIQ VFDLNSEPAV QTPEKPVNVD
ASPVSPTSII LTWDAPEQHE TIPEITGYKI EYRIGSENYI AITPDASSNV FSFVHDGLSE
SETYSYRVYS INSVGTSSAS SIATVKPEST TTPVALTASA ISPSQIKLSW MAPSETFQQS
ISGYNIKRVL TPGVYDDVGS TNGQTLTYVV SNLATDKTYT YAVTANIGFG QTGESNTASA
TPRSDSTDTT EDPLVSTSVD MTVPSSPIKL TASTKTSTSI TLTWVSPTDD GNSEITGYKI
ESKKDNGSFS TVVEDTQNSS TTYVHSELVE NSKYAYRVSA INSVGVSEPS NESSATAKIT
GLALSPMGKL TVNEGQLLSF AVKLTDNTIK DPVFSLKNAP SGAKIISNTG AFAWTPSSSD
GGQTYNIVVE VRKNELFDSQ TIEIKVNDSS VSEPISEPTS EPTSEPVKTE PGELGLASFV
DESVDPQNYV DRYNNEPNYK KWFDDNYSEY DSIYQAVGLE KPPQIPADFV DESMDPYYYV
ARYNIDQKFQ KWFDDNYSQY SSIGQAVDFH DSGEPQKVYG FCGTGTKLID GVCTVIRTTE
STP
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