| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Snas_0459 |
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| Symbol | |
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| ID | 8881642 |
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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 | Stackebrandtia nassauensis DSM 44728 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013947 |
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| Strand | - |
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| Start bp | 468527 |
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| End bp | 471580 |
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| Gene Length | 3054 bp |
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| Protein Length | 1017 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003509267 |
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| Protein GI | 291297989 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | 16 |
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| Fosmid unclonability p-value | 0.104459 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTGTTG ATGGTGGGCG GGTTGCTGCC CGAGGCTTCC AGTACCAGTA TTTGCGTACT
CTCGAGGCTC TGCTGGAAAG GATCGACGAT GAGTCGATAG CGGCGCTGCG TGTGGAAGGT
GGCTCCGGCG CCGATGGGAT TAACACCGTT GACTTCGATC TAACGGGCGA CGGTGGCGAA
CGTATGGTCG CGGTCCAGGT GAAGTCACGT CAACCCGGTA GCACAATGAG TGCCTCCGAA
GCATTTGGCA TTCTACTTGA CCTAGTTGTG GCAGTCAATG CGAAGGAATA CCAACTTATA
ACTAACGCGC AAGCTGGTCC CGGCATGAAG GACTTGGTGA CCGCTCTAGA GGCCATCGAC
GATTTCGATG AGCTGCGTCG ATCCCTCTTG GCGACCTTGG CTGGGGCACC AAGCCGTGCT
AGCCAGGTCA GCCAAATGCT GCCGTCGATC ATTGAACGAT TTTGCAGGGC ACGGGTCATT
GTAGATGACC GCGACGACAT AGAGATCCGT TACCATCTGG CCTCCCGGCT TCGCCAGTTT
CGCGTTAGTG CCCGTGAGGG GCTCGGCGAG CAATCCGCGG GCCTGCTTCT TGGCTTTCTC
ATTTCTGATG TCCTGAGACG TGCTGCTGAT GAGGGCGCGG CATGCTTGAC ACGTCAAGAG
TTTCGCGAGC GTCTGCTTGT CCCCGGGCAC GTGCTGGCGC AGTCACTTGC GGTTCGTGAC
TGGGGAGTCG TTGTTGGCCG GGTTCCGCCC ATTCCAGATG TTCCTCGTCC CGAGATCATC
ACGAGGCTCA ACGACGTGTT CGCTCCGTCT ATCGATGCCG GGGTGCGCAC TGCGGCATTG
GTGGGATTGT CGGGCATCGG CAAATCCAGT CAGGCCGCTG CCTATGTCGC TAACCGCGCA
GACTTGTACG ACCTGATTTG TTGGGTGGAC GCGGAATCCA CCTCCACCCT TACAGCATCG
TTGCGCCAAG TCCTAGCGCA CATTCGCGGC ATCACTCGGG CCTCGATCAT GGAAGCAACT
CCGGATGAAC TACGCGATGC CGTCCACACC GAGCTAAGCC GCTATAACGG ACGATGGCTC
ATAGTCTTCG ACAATGTCAC GGTGGCGCGT GACTTGGGTG CATGGCTTCC CGCTGTCGGC
CGCGGCGACG TACTCATCAC GGCGCTGGAT GCTGCCACCC GCTTCGGCAA GGCCGCAACG
ATTCCGGTAG AGCAAATGAG CCGCGACGAA GCCGTCACAC TCCTGCGACT GCGCCTGGAC
ATGTCGGACG CCGAGTACAG CAGTCACATC GGGCTTCTCG AACGGATCGT CAACGCGATG
GGCCGCTGGC CTCTGGCCAT TGAACTGGCG ACCGGATATA TGCACGGCTG CGGAATCCCC
ATCCACCAAG CCCACCACTA CCTCGACAGG CTCAAACAGC GCGCACTAGC GGACGACATG
GCCATTCCTG TCGGGTACCC ACGCACGCTC GTCGCAGCGA TCGACATGTG TCTCGATCAC
GTGGCGACTC TTACGAAGGA GGAGCCACAT ACTCTTCAAA AGCTAGCCCC CTTGGCGTTG
ATGACCGCGG CGGCGTATAC CGCCTCACGC CAAATTCCCA TACACCTTGC TGCGGGAGCC
TTGTTTGCCC ACGACGATGA GCTGCGCAAC CCCGACTTCA GGACCGCCGG CCCCATGTTT
GTCGGCCCGG AATCCGCTGA CCTTCTCGAG GCAGTCCGAG AACTTCGTCG ATTCTCTCTT
GTCGACTTCG ACGAAGATCT ACCCCACGAG TTCGATTCAC TGGTTGCTGA TGGTTCGCGA
ACCATCGCGG TCAACACCAT CGTGCAAGAC GTCATCCGAC GCCTTCGCGA GACACACTCA
GGCATGTTCG ACCTGCTAAA CCGTTTGGCG ACACTCACGA ACATTTGGAT GACCTCAAGC
CTGCACGCTG GGCACGTTCA ACTGTCATAC CTGATGTCCA CTCACGCGGA GGCGCTCGTC
GAAAACATCG CCGCCCAGCA GCTGGCATCA CCTCAAATCC TGCTGCTCTT CGGCAACTTC
GCGATCTTGC AACGCGACCG CGGTAACACC TTGGCGGCTG AACAACTATG GCGTCTGGAG
ATGTCGATAC TTGACCAGAT CGAACCAGTC AAGGACGACG ACTTCGACAG CGAGCTTGTC
ACGATGCAGA TCAAGATTTC ACTGTCTCTT TTGTTCATCG ACGAGGAAAC CCGCACCGAC
GTCACGATCG ACGAAGTCAT CCCCTGGTTG CAAGACTCCC TCATGTCGGC CCAACGTTTG
GCACTCGAGA AACCCGACGG GGCCATGGAG CTCCTTACAC CGCTGAGGAA CGCGCTCCAC
AACCCCCGAG GACAATCACT CATCGAACAC AATGAAGAGA TCGCGACTCT AAACAGCGCG
TTCGCCGACT TGATCAGCAG ACTGCCGTCA ACTGAGCATT CAGACGCTCT TGACGCATTC
CGCCAAATCA CAATGGAACT TCAAACCGGT CGCGACTACG AGAATGCCGA GCGACTTTGC
CGATACCTGA TCGGCAAGGC CAACTTTCTT GGTGGTCCAC AAGAACTTGA AGCTCGTCGG
CTTCTCATCG AGGTGCTGAT CCGCCTTCAG CGGTGGGCTG ACGCCAAGTC CGAGCACGAC
AAGATCAGGC GGCGAATCGG GGCAACTCCC ATGCTGCCAT ACACCGTCAA CATGATGATC
CACAATGTTG GTTGTAGTTG CGCAGCTGCT TACTTGCTTG GTGAGACCCT CGACTCCGAC
CACGCGGCGA AACTACTCGA TGACCTGCTT ACGTGGCCGC ACGCCAAACC AATATCCGGC
ACCTCAGACG AGTACACCCA AAAGTTTCTC CTGCTCGCGG CAATCAACGA TCTCGCTAAC
GGCCGCCTAC TCGAAGGCGA CGAGAAGCTC TCACGGGTTC CACGCCCTGA AGCAAACGAA
CCACACCCAA CCAACGAAGA CCTACCCTCG TGGCGTCTAC TGTGGGAGTA CACACGCTTG
GCACTTCTGC AGCGAGCTTG GCACACAAAA CAGACTTACA ACACATTAGA TTGA
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| Protein sequence | MAVDGGRVAA RGFQYQYLRT LEALLERIDD ESIAALRVEG GSGADGINTV DFDLTGDGGE
RMVAVQVKSR QPGSTMSASE AFGILLDLVV AVNAKEYQLI TNAQAGPGMK DLVTALEAID
DFDELRRSLL ATLAGAPSRA SQVSQMLPSI IERFCRARVI VDDRDDIEIR YHLASRLRQF
RVSAREGLGE QSAGLLLGFL ISDVLRRAAD EGAACLTRQE FRERLLVPGH VLAQSLAVRD
WGVVVGRVPP IPDVPRPEII TRLNDVFAPS IDAGVRTAAL VGLSGIGKSS QAAAYVANRA
DLYDLICWVD AESTSTLTAS LRQVLAHIRG ITRASIMEAT PDELRDAVHT ELSRYNGRWL
IVFDNVTVAR DLGAWLPAVG RGDVLITALD AATRFGKAAT IPVEQMSRDE AVTLLRLRLD
MSDAEYSSHI GLLERIVNAM GRWPLAIELA TGYMHGCGIP IHQAHHYLDR LKQRALADDM
AIPVGYPRTL VAAIDMCLDH VATLTKEEPH TLQKLAPLAL MTAAAYTASR QIPIHLAAGA
LFAHDDELRN PDFRTAGPMF VGPESADLLE AVRELRRFSL VDFDEDLPHE FDSLVADGSR
TIAVNTIVQD VIRRLRETHS GMFDLLNRLA TLTNIWMTSS LHAGHVQLSY LMSTHAEALV
ENIAAQQLAS PQILLLFGNF AILQRDRGNT LAAEQLWRLE MSILDQIEPV KDDDFDSELV
TMQIKISLSL LFIDEETRTD VTIDEVIPWL QDSLMSAQRL ALEKPDGAME LLTPLRNALH
NPRGQSLIEH NEEIATLNSA FADLISRLPS TEHSDALDAF RQITMELQTG RDYENAERLC
RYLIGKANFL GGPQELEARR LLIEVLIRLQ RWADAKSEHD KIRRRIGATP MLPYTVNMMI
HNVGCSCAAA YLLGETLDSD HAAKLLDDLL TWPHAKPISG TSDEYTQKFL LLAAINDLAN
GRLLEGDEKL SRVPRPEANE PHPTNEDLPS WRLLWEYTRL ALLQRAWHTK QTYNTLD
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