| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Huta_1604 |
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| Symbol | |
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| ID | 8383883 |
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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 | Halorhabdus utahensis DSM 12940 |
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| Kingdom | Archaea |
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| Replicon accession | NC_013158 |
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| Strand | - |
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| Start bp | 1580474 |
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| End bp | 1583776 |
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| Gene Length | 3303 bp |
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| Protein Length | 1100 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 644972665 |
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| Product | von Willebrand factor type A |
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| Protein accession | YP_003130511 |
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| Protein GI | 257052678 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2304] Uncharacterized protein containing a von Willebrand factor type A (vWA) domain |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | ATGGTCGTCT CGCCTGTACT GGCAAGCGAC CCGGTTGCAA CAAAGCTATC GGAGCATCAG
TCATTCGATT CACTTTCTGA CTCAGTGAGG GACGCTGACG GTGCGTTCAC AGGGACGGAA
TACACTTTAA GAGGCGAAAA GTACGGAAAA AGTAACGGGA ACGGAAACGG CGGGTCTCCA
GGTAACGGTG GGCCACCAGG GAAGTCTGGG AACGACTTCA CCGGGCCGGA CAGTAATGTA
ACGATCCCAT CATATATCGA GAATGCGACT GTCCAGAATC TCGAGATGCT GTCTTCTTTG
GAACAACGGG CCTGGGTTCT GGCACAACTC GAAGATGTTG ACCCGACGAA CCGAAAGGAA
GATCGACGAT TGACGGACGC ATTCAAGTCG ATAAACGAGT CAGTGCGTTC CTATGTCGAT
TGGTCCAGAG TCGAAGCGTC CGACCTGTTC GGTTCAGATC GTTCGGCACT GCAAGCACTC
CGGCACTTCG GGGCCGATTC GACCGTGTCC AACGCCACTA CTGCACTCGT CTTGTCCGAT
CGGTCACTGG CAACACAGTC GATCGCAGAC GCTGAGCACG TCTTCGAGGA GTTTGAGGAC
GAAGTCGAGA CACCGGGACA GCGACGGAAG GCGGAACGAC AGATCGAAAA CGCAAAGCGT
GCGCTGGATC GCGGAGATGA GCGACGTTCC GACGAGAAAC ACGGACACAA TCGGGATCGA
CAGGCGATCA AGCACTACGA ACAGGCCTGG AAACACGCAC AAAAGGCGAT CGAAGCCGTC
GATAGCGAGG TCGGTCTGTC GTTGTCCGTT TCGACCGGAC AGCACGAACC CGGAAACGAG
ACGATCACGT ATCCGGTCAG TGGGACGATC TCGGCACCGT CCGCAACGGT CGAATCTGTC
GAGATTTACG TCGATGGCGA GCGCCACAAG ACCGTCAATG TCTCGACCTC GATGATGCCT
GGCATTCCCG AGCGCTTCGA GACGGAACTC GAACTGGCGA CGACGGAGGC AACGGTCACC
GTGGTAGCGA GAGACGAATC CAGTGGTGAA GAAGTCTCCA AGACGATTAC ACTTGACGCA
CCGGGATTCG CCGACGAAGT GTATGATATC GAACTCACGG ATCCCGAAAG TGGCGCGGAA
ATATCTGTCA CCGGTGAGGG AATCGTCAAA AGCGATTTCG TGGTCGATCC CGTCCCGGCT
GAGGAAAATC GTTCGTTCTA TGCTGGTCCG TTCATCCACA TCCGGAACTT CTCCGATTTC
GAGAGCGCGA CTGTCGAGAT GCCACTTGAC GATGATGTCG ATCCGTCCGA CGGAAACCTC
TCGGTGTACA AGTGGGATCA ACACGACGAG AAGCCCTGGC ACGCAGTCGA GACTGACGTT
CACGTCGAGA ACGGGACGGC CGTCGCGACG GTGGATTCGT TCTCGTATTT TTCGGTGTTC
TGGGTGGACA ATTGGAACGA TGCCATCACG GACACGGTGA ACCTCGCTGA ACACCCCGAA
TACGTCGCAA ACGAAACCGA GGGATCGATA GAACCGATCG ATCTCGCGTT TGTCATCGAC
GAAAGCGGGA GTATGGGTGG CGCTCGTATC CAAGACGCCA AAGCCTCAGC CAAGCGCTTC
GTCGGCGGTC TCTACGAGGA CGATAGGGCC GCACTCGTCA GCTTCGCGGG AGGCGCGACA
CTCGGACAAT CACTGACGAC CGATCACGGA GCAGTAAACG CAAGTATCGA CCAGTTGAAT
GCTGGCGGCG GGACCAATAC CGGTGCTGGA CTCCAGAAAG CAGTTGACGA GCTCACCAGT
AATGGTGAGG GCGACACCCA GGAGATCATC CTGCTCGCGG ACGGCGGAAC CGGCCTGGGC
CCGGACCCAG TTACAATTGC TCAGACCGCA GATGAGCATC GGATTACAAT TAACACGATC
GGAATGGGGA CTGGAATCGA CGCCCAGGAA CTGACGAGTA TCGCCGATGC GACCGGCGGC
GAGTTCTATC AGGTCAGCGA TTCCTCGGAA CTTCCAGAGG TGTTCGACCG CGTTGAGCAA
AACCGGATTT CGCTGGTCGA TTCCGACGAA GACGGAATCT CGGACGCAGT CGAAGATATG
GAGTTGGGGA TGACTTTCGG TCGTCCCGGG ATGGTCGGGA GGCCCCCAGA ACTCGAGCCA
GACAATCCAC GTACGGCTGC TGAAGAATAT GTCGACGGCG ATGCTACCGA GTTCGAGCGG
GTGACCTACG AAGACGATGG CGACCCGATG GTCACCGCGA AGATGATCGA CGCGAGTGTC
CATCCCGGGA GTGGTGAGTC CGTGCGGAAG GAAGCGATTC GCCTCGGTGT GACGATTCCA
TCGCGGATCG ATGCCGAAAC GAAGGAAAAT GTGTTCCATC TTAGATGGGG TGAAAACAGG
AACCCGTACG GCTCGGAGGG CAAAGATGGA GACGTAGCAA CTGGGTATGC CGCGGTGCAT
CGCAAACACC ATGTTCCAGC CGAGGGTGGG TGCTTCATTG GTTGCTGGGT TCCAGGCCAG
TCAAAACATC CAGATTGGCT CCCAGATGAA GATGCGATCA AGGACGAGGA TCAGAAACAC
ATCCTTCTCG AAAATGTCGA AGTCCATCTT CATTATTCGC ATGACGTAGC CACCGAGGAT
ATTCCGACAG AGTACGAATT ACAATTCAAG CCCGGCGATT CGTCACGCGA CATTCATATG
TATAATAATG TTGGAGAGAT CAATAGAGAT GAAATCATAA CGCAGACTGA TATCGTAGTA
TCTGCTCCAG ATACGGGTGA AAACGATTAC CAATGGGAAG AACTCGGTAT TCTCGAAGCA
AACTTCGATA TGTCTCAGGA TAGTCCAATT TATTTCGAAG CAAGAGATGA AGACGGTACG
ATCACGATAG AATCCGATGA ACCATATCTC TACGAAAGTA CGGTGAAAAC TAGGTTCCAA
GAAACGTACG ATGAAGCAAT GAACACATTG GAAACGGGGC TAATTATGGC TGCAGGCGGT
GGCCCTCTAT CTTCAGTAAC AGCATCTGCG AATACGCTAA TCGTAAGTGG TAGCTATGGG
ACGGCAGTTG GTGCGTTTGT CCTTGAGGAG GGAACGGGTC AACTTGTTAA TGTCGCGGGT
GGAAAAAGTA AGTACAGCAT GTACCATTCT GCCATCTACA AAAACATGTC TTCGGAATTC
ACTTGGACTA TCTCAGATGG AGATCCTACT GGAGGTACCA TGGATGTCAC TGTTCAAATA
GCTGGTATAG GCCCCTCTGT CGTCCGTGTG AACGATCCAC TATCGGATGG ACAAGAAGAC
TGA
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| Protein sequence | MVVSPVLASD PVATKLSEHQ SFDSLSDSVR DADGAFTGTE YTLRGEKYGK SNGNGNGGSP
GNGGPPGKSG NDFTGPDSNV TIPSYIENAT VQNLEMLSSL EQRAWVLAQL EDVDPTNRKE
DRRLTDAFKS INESVRSYVD WSRVEASDLF GSDRSALQAL RHFGADSTVS NATTALVLSD
RSLATQSIAD AEHVFEEFED EVETPGQRRK AERQIENAKR ALDRGDERRS DEKHGHNRDR
QAIKHYEQAW KHAQKAIEAV DSEVGLSLSV STGQHEPGNE TITYPVSGTI SAPSATVESV
EIYVDGERHK TVNVSTSMMP GIPERFETEL ELATTEATVT VVARDESSGE EVSKTITLDA
PGFADEVYDI ELTDPESGAE ISVTGEGIVK SDFVVDPVPA EENRSFYAGP FIHIRNFSDF
ESATVEMPLD DDVDPSDGNL SVYKWDQHDE KPWHAVETDV HVENGTAVAT VDSFSYFSVF
WVDNWNDAIT DTVNLAEHPE YVANETEGSI EPIDLAFVID ESGSMGGARI QDAKASAKRF
VGGLYEDDRA ALVSFAGGAT LGQSLTTDHG AVNASIDQLN AGGGTNTGAG LQKAVDELTS
NGEGDTQEII LLADGGTGLG PDPVTIAQTA DEHRITINTI GMGTGIDAQE LTSIADATGG
EFYQVSDSSE LPEVFDRVEQ NRISLVDSDE DGISDAVEDM ELGMTFGRPG MVGRPPELEP
DNPRTAAEEY VDGDATEFER VTYEDDGDPM VTAKMIDASV HPGSGESVRK EAIRLGVTIP
SRIDAETKEN VFHLRWGENR NPYGSEGKDG DVATGYAAVH RKHHVPAEGG CFIGCWVPGQ
SKHPDWLPDE DAIKDEDQKH ILLENVEVHL HYSHDVATED IPTEYELQFK PGDSSRDIHM
YNNVGEINRD EIITQTDIVV SAPDTGENDY QWEELGILEA NFDMSQDSPI YFEARDEDGT
ITIESDEPYL YESTVKTRFQ ETYDEAMNTL ETGLIMAAGG GPLSSVTASA NTLIVSGSYG
TAVGAFVLEE GTGQLVNVAG GKSKYSMYHS AIYKNMSSEF TWTISDGDPT GGTMDVTVQI
AGIGPSVVRV NDPLSDGQED
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