| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Snas_3322 |
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| Symbol | |
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| ID | 8884521 |
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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 | 3510789 |
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| End bp | 3514058 |
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| Gene Length | 3270 bp |
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| Protein Length | 1089 aa |
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| Translation table | 11 |
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| GC content | 67% |
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| IMG OID | |
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| Product | alpha-1,2-mannosidase |
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| Protein accession | YP_003512081 |
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| Protein GI | 291300803 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.0532336 |
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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 | 18 |
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| Fosmid unclonability p-value | 0.277705 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTTTCCG CGTCAAAGCG TGTCAACGCC GTCCTGGCCG CAGCCGTGCT CGCCGTCGGA
CTGCTCGTGC CGTCCTCGGC GGTCGCCGTG GAACCCGAGG ACCCCACGAC GTTGGTCAAC
CCGTTCGTCG GGACGCAGAA CTTCGGCAAC ACGTTCCCCG GTGCCAGCGC GCCGTTCGGG
ATGGTGCAGA TCAGCCCCGA CACCGGCGGC CAGGGCGGGT ACGACTACCA GCAGGACAAG
ATCCACGGAT TCAGCCAGAC CCACCTGTCG GGCGTCGGGT GTGGAGTGTC GGGTGAACTG
CCGATCATGC CGACCACCGG CGAGGTCGAC ACCGTCGATC CCGAGAAGTA CCGGTCGAAG
TACTCCCACG ACGACGAGGA GGCCACCCCC GGGTACTACC AGGTTGGACT GTCCTCATAT
GACATCAACG CCGAGCTGAC CGCGACAAAA CGCACCGGCT GGCAGCGCTA CACCTTCCCC
GACACCGACG CGGCGAACCT GATGTTCAAC ACCGGCAAGG CCAACCAGTC GGTGCACGAC
TCCGAAGTGC ACGTCGTCGG CGACCGCACC GTCGAGGGCC GGGTGACCGC CGGTGGCTTC
TGCGCGGGCA AGGACAAGCA CACCGTGTAC TTCACCGCCA CCTTCGACCA GCCCTTCGAC
TCCTACGGCA CCTGGCGGGA CAAGACCATC CGGCCCGACA CGCGCGACGC GTCGGGCGAG
GGCGGCAACG GCGCCTGGAT CGGCTTCGAC GCCAGCAAGG ACCGGGAAGT GGTGGCCAAG
GTCGGCCTGT CCTACACCGG AATGGACGGT GCGCGAAAGA ACCTGGACGC CGAGACCGGC
GACTCCTACG ACTTCGACGC CGTGCGGGAA CAGCTGCACG ACGACTGGGT CGACAAGCTC
AACTCCATCA CGATCACCGG TGGCACAAAG GAACGACGGG AAGCGTTCTA CACGGCGCTG
TACCACGCGC AACTGCACCC GAACCTGGCC GGAGACGTGG ACGGACGCTA CACCGGCTTC
GACGGCGAAG TGCACACCGC CAAGGGATTC ACGCCCTACC AGAACCTGTC GCTGTGGGAC
ACCTACCGTC CCCAGAACCA GCTGCTGGAG ATGCTGGAAC CCCAGGTGGC CCGGGACGTC
GCGCTGTCCA TCGTCGCGAT CGGCCGCGAG GGCGGCTGGC TGCCCCGCTG GGCACTGGCC
AACAGCGAGA CCAACATCAT GACCGGGGAC CCGGTGACAC CGTTCCTGGT GGAAGCATGG
TCGAAGGGGT TGCTGGCCGG GCACGAGGAC GAGGCCTACG AGCTGCTGAA GCAGAACGCC
ACCAGCACAC CACCGAAGGA CTCCCCCTAC AACGGACGGT CCGGAATCGA CTATTACCTG
AAACGCGGGT ACATACCGTC GGGTCTGGAC CTCGAAACCG ACTGCGCGCA CAAGGGCGGC
GACAACGACT GCAAGCACCC GGCCTCGGCG ACCCTCGAAT ACGCCGCCGC CGACTCCGCG
CTGGCGTTGA TGGCCGACGG CCTGGGGCAC GGCTCCGACG CGAAGAAGTT CGCCGCCCGT
GGCCAGTGGT ACCGCAACCT GTGGGACGAC AAGACCGGCC ACTTCCGGCC CCGAACCGGC
GACGGCACCT GGCTGACCCC ATACGATCCC GTCAGCGCCG ATCACCAGTT CCACGAAGGC
GGCGCGTACC AGTACCAGTG GCTGGTCCCG CAGGACCCGG CCGGTCTCGT CGACCTGATG
GGCGGCGAGA CCGACACCGA GAAACGGCTG GACGACTTCT TCGTCTACGA CAAGCTGCTG
ACCGACCCCG AGGGCACCGC CCGCGAGGAC TGGATCACCG ACCCGTACGA CTACTACGGC
AAACCGACGT ACAACCCGAA CAACGAGCCG GATCTGTTGG CGCCGTACAT GTACCTGTGG
GCCGGTGCTC CAGCGAAGAC CGCGACGGTG GTGCGGGCGG CGATGACGCT GTTCACCACC
GGGCCCGACG GCATGACCGG CAACGACGAC CTGGGCACCA TGTCGGCCTG GTACGTGTAC
TCGTCGCTGG GGATGTACCC GACGATGAGC GGTGGCGACT TCCTGGCGCT GTCCAGCCCG
CAGTTCGACT CCGCGACCGT CACGATCGGC GAGTACGGCG ACCGCCAGGG CGGCACCCTG
AACATCACCG CGCCCGGCGC CAGCGACACC AAGCGGTACG TGCAGAACGT GTCCCTCAAC
GGCGAGGACG TCTCGCAGAC CTGGCTCGAC TGGGGCGACA TCGCGCACGG CGGCGACATC
GCCCAGGAAC TGGGCACCTC ACCGTCCGAT TGGGGCACCG GCGACGGCGA CCAGCCGCCG
TCGGTCGGCA AGGCCGACCC GGACGGTCGT CGGCATCTCG ACGCGTCGCT GCGGCCCGCC
ACGGCCGTGA TCGGCGAAAG CGACGCCGCC CAGACCGTCG CGCTGTCCGC CGACGTCCTG
GGCCAGGCGC CCGGCGACCT GAAGGTCTCG ATGAAAGCCA AGGCGCCCAA GGGATGGGAC
GTGGCTTTGA AGCCGAAACC GCCGTTGAGG ATCTCATCGG ACCATCTGCC GACGCAAAAG
ACCGTCGGGG TGTCGGTGAC GGTCCCGGCC GGGACCGCGA AGGGGGAGTA CCCGATCGAG
ATCACGTCCA AGGCCTCCGG GGCGAACCGG GTGACCAAGA AAGCCACAGT GGAGGTCAGG
TCGGCGGCGA CCTGTGCCTC GACCGATGAC GGGCAGTGCG CCGTCGAACT GAGCGAGGCG
GCCAACCACG ACGGAACCGC CACGACCGCA GCCTCCGAGG AGGGCGACTT CGACGGGCAG
GGCTGGAGCT ACGACGCCGA ACTGCTGCCG AAAGCCGGTC CGGTCACCTG GGACGACGTC
ACCTATGTCG CGCCTGATCC GTCGGGCACC GCTGAGAACT TCACCGAGGC CAAGGGACAG
GCGATGCTGC TTCCTGAAGG AGACTACGGG AAGCTGTCGG TGGTGGCGTC CGCACACAAT
GGACCAGTAT CGACCGCGTT GACGGTGCGG TACACCGACG GCAGCAGCGA GGACATCCCG
GTGACCGTCG GCGACTGGGC GGGCTCAACG CCGTCGGGCA GCACGGTGGC GCTGGAGATG
CCGCACCGGA TCAAGGCCGG ACAGGGCACG GACGGGCCGT CGGTGCGGCT GTACGGCAGC
TCGCTCACAT TGGACTCCGG CAAGAAGGTG CAGTCGGTGA CTCTGCCCGA CGACGCGCGC
GTGGAGGTGT ACGCGATCAC GTTGCTGTAG
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| Protein sequence | MLSASKRVNA VLAAAVLAVG LLVPSSAVAV EPEDPTTLVN PFVGTQNFGN TFPGASAPFG
MVQISPDTGG QGGYDYQQDK IHGFSQTHLS GVGCGVSGEL PIMPTTGEVD TVDPEKYRSK
YSHDDEEATP GYYQVGLSSY DINAELTATK RTGWQRYTFP DTDAANLMFN TGKANQSVHD
SEVHVVGDRT VEGRVTAGGF CAGKDKHTVY FTATFDQPFD SYGTWRDKTI RPDTRDASGE
GGNGAWIGFD ASKDREVVAK VGLSYTGMDG ARKNLDAETG DSYDFDAVRE QLHDDWVDKL
NSITITGGTK ERREAFYTAL YHAQLHPNLA GDVDGRYTGF DGEVHTAKGF TPYQNLSLWD
TYRPQNQLLE MLEPQVARDV ALSIVAIGRE GGWLPRWALA NSETNIMTGD PVTPFLVEAW
SKGLLAGHED EAYELLKQNA TSTPPKDSPY NGRSGIDYYL KRGYIPSGLD LETDCAHKGG
DNDCKHPASA TLEYAAADSA LALMADGLGH GSDAKKFAAR GQWYRNLWDD KTGHFRPRTG
DGTWLTPYDP VSADHQFHEG GAYQYQWLVP QDPAGLVDLM GGETDTEKRL DDFFVYDKLL
TDPEGTARED WITDPYDYYG KPTYNPNNEP DLLAPYMYLW AGAPAKTATV VRAAMTLFTT
GPDGMTGNDD LGTMSAWYVY SSLGMYPTMS GGDFLALSSP QFDSATVTIG EYGDRQGGTL
NITAPGASDT KRYVQNVSLN GEDVSQTWLD WGDIAHGGDI AQELGTSPSD WGTGDGDQPP
SVGKADPDGR RHLDASLRPA TAVIGESDAA QTVALSADVL GQAPGDLKVS MKAKAPKGWD
VALKPKPPLR ISSDHLPTQK TVGVSVTVPA GTAKGEYPIE ITSKASGANR VTKKATVEVR
SAATCASTDD GQCAVELSEA ANHDGTATTA ASEEGDFDGQ GWSYDAELLP KAGPVTWDDV
TYVAPDPSGT AENFTEAKGQ AMLLPEGDYG KLSVVASAHN GPVSTALTVR YTDGSSEDIP
VTVGDWAGST PSGSTVALEM PHRIKAGQGT DGPSVRLYGS SLTLDSGKKV QSVTLPDDAR
VEVYAITLL
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