| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Snas_1595 |
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| Symbol | |
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| ID | 8882784 |
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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 | 1675315 |
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| End bp | 1678644 |
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| Gene Length | 3330 bp |
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| Protein Length | 1109 aa |
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| Translation table | 11 |
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| GC content | 61% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003510391 |
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| Protein GI | 291299113 |
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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 | 13 |
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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 | 28 |
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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 | ATGGCCACCA GCAACCGCGA CCGCATAGGC CAGATGTTCG ACCTCCTAGC CCCCCAACTA
GACGGCTTCC TCTCCCGAAT CCTCAACCGC CAACTCGGCG CCGGGCGCAC CTGGGTCGAC
ATCGTCACCG CCGCCGAAGC TAACAACGGC CGCGAAGTGC ACCACGGCGA CATCTCAATC
CAGCTAAAGC TCATCACCCA GAACTACACC AACCGCTTCC GATCTGGCTG GAATCCCCTT
CGCTCGCATC TCAACCGCAC CCACGAGGCC TACGCCTCCG AGCTCCTGCA AGTCCGTCAC
ACCTGGGCCC ACGGTAAAGC TTTCACCGAC GACGACGCCT ACCGAGCCCT CGACACCGCC
CAGCGCCTCG CCACCGCAAT CGGAGCCGCC GGTACCAGCG ACGACATCGC CCAGATCCGA
CTCAACCTTC GCCGCGTCAC GGCCGACAAA GACGACAAGA AAGCTCTCAA AGCCGCAGTC
GACAATCCCG AAGCCTCTGG CTTGAAACCC TGGCGCGAAG TACTTCCGCC CCACGATGAC
GTAGCGACCG GCAACTTCCA CGCATCCGAA TTCGCCGCCG ACCTCTACAA AGTCTCCACC
GGCGGTGAGT TGGACACCGA CTACTCTGAC CCCGTCGAAT TCTTCAATCG CACTTACCTC
ACCGAAGGTC TGCGTGACCT CATCACCCGA GCCGTACGCC GCCTCTCCGG TGACGACAAC
GCTTCCCCGG TCATCAATCT CCAAACGAAC TTTGGAGGCG GAAAAACACA CTCGATGCTG
TCCCTATGGC ACATCGCCGC CGGACTCCCC ATCGGCGAAT TCTCCCAGGA CACCCAAGAA
CTGCTAACCG CAAGTGGCTA CAACGGCGAG AAGATCAACC GAGTCGCGAT CGTCGGCAAC
CACCTCAGCC CCACAGGATC CACAAAAAAC GACGGCATGC AGGTCAACAC GATCTGGGGC
GAACTCGCAT GGCAACTTGG CGGCGCCGAA GCCTTCGAAC TCGTCGCCGC CGCCGACAGA
GATCGCACGC ATCCCGGAGA CGCCCTGCAC GACCTACTGG CCCTGTACTC CCCAGCCGTG
ATCCTGATCG ACGAATGGGT TGCCTACGCT CGGTCCTTGG TTGGCCGCGA CGACCTCGCC
GGCGGCACCT TCGACGACCA GTTCACATTT GCTCAGTCTC TCACCGAGAC CGCAAAGGGC
ACCTCCGGAA TCCTGCTAGC CATCTCCATC CCCGCATCCG AGCGCGGTGA GAACGCCGAA
CCCGTCGCAG GCACCGCCGA AGAGGTCGGC GGAACCAACG GGCTTGAGGC TCTGGAACGA
CTTCAGAACG TCGTGCGGCG AGTAGCTGAC CAGTGGCGTC CCGCCTCATC TGACGAGGCT
TACCACATCG TGAAGCAGCG GCTGTTCAAA CAGGTCGACG CCGCCGCGCT CGCCGCGATC
AGCGCCACTG CTCGCGCCTA TGTGGACATG TATCGCAAGT ACACCGATGA CTTCCCTCGC
GAAGCAAGAA ACTCTGCGTA CGAGAATCGA ATCAAGCGAA CGTACCCGAT CCACCCAGAA
CTGTTCGACA CTCTCTACGA AGAGTGGTCG TCACTGGAAC GCTTCCAGCG CACCCGTGGC
GTGCTCCGTC TGATGAGTAT GGTTATCCAC GCATTGTGGA CTGGCGAGGA TGCCGCGCCG
CTGATCATGC CGTCGTCGAT CCCGCTGGCA GCAGGGAAGG TGAACTCTGA ACTAACTCAG
TACCTTCAAG ATTCCTGGAA AGCGATCATC GATGCCGATG TGGATGGGCC AAACTCAGAA
CCCGCCAGGA TCGATGCGGA GAAACCGCTC TACGGCCAAC GGTCGCTGAC CAAGCGCCTC
GCGCGGACGG TGTTCTTCGG CGCAGCACCG ACCATCGCGC CCAAATCGAT TCATAAGGGT
GTCAGCGCCA AGCGAGTCTT CCTAGGCACC GCCGTTCCTG GTGATGTCCC AGGGAACTTC
CACTCCGCGC TAACACGGCT CTGTGACCGG GCGACGTACT TCTATTCCGG TTCCGGAAAG
TACTGGTACG ACCTCCAACC CAACATCACG CGTACCGCGA AGGACCAAGC CGAGAGGTTG
CACAAAGAGG ATGTGTGGGC CGACATCGTC CGTCGACTCA AACATCAGAC CAACACGCGC
GGCGACTTCA CCGGACTGCA CATCTGCCCC GAAACCAACG CCGACATCCC TGACACCGAC
GAAGCCCGTT TGGCAATCCT TCACCCCAAG GTCGCGCACA AGCGCGCTAT CGAGTCGGTG
GCGAAGGATT TCGCCAAGAG GGCCACCGAA CAGCGGGGAA GCGCCAACCG CACTCACCGC
AACATGCTCG TCTACCTCGC GGCCGATGAA GACCGGTTGG AAGAGCTTGA GGCAGCTATT
CGCGACTACC TAGGCTGGAA ACATGTCCTC GACAACGAGG TGGATCTCGA TCTGACCCAG
AATCAGAAGA AGCAGGCAGA GCAGCGCCAG GAACAGGCCG ATCAAACGGT GACTACGCGC
CTGCTGCAAA CCTTCGTCTG GGCGCTCATC CCCGCGCAGC CCGATCCGAG CGCGCCGTTC
GTCGTGCGGG AAATCAAGGT TGAAGGACAG TCCGATGCGC TCGCAGAGCG GGTTTCGCGA
CGCCTCAGCA ACGATGGTGA CCTGTCCACT CGTCAAGCGG CCGCGACGAT CCGACTGGCT
ATCAACAAAG TGCCGCAGAT CTGGAACGAC GGTCACGTCT CCCTTGGAAC TCTGTGGGGC
CTCTGCAGCC AATATCCCTA CATGCCGCGC CTGCGTGACC GCCGTGTCCT CAATGAGGGC
ATAGTCGACA TTCCGTTGAT CTGGCAGACC GACGCTTTCG CGCTCGCAGA AGGCTACGAG
GAATCAGACG GCCACTACGT CAACCTTTGG ATCCCGGACG ACAACCGGCC ACCTCCACCG
GCTACCGATT CTCTCCTGGT CGTCCGCCCT GATGTTGCCA CCGCACAGAG GAACACCGAA
GAAGCCACTG CGGAACCAAT CGTTGGACCC ATCGGACTGG ACACTGAGAA CCCCATCAAG
CCAGATCCCC AACACCCCAG CCCTCAGCAC CTCCACGTCA AGACTCGCTT CTTCGGTGTC
AAGACCCTCA ACAGCGAAAA AATGGCGCTG GGATTCAAGA ACATCGCTGA GGAAGTCATC
GCTCATCTGC GCGCGGACAC GAGCACCGTC ACCGTGCGGA TCGAGATTGA AGCGACTGAC
GAGTCCGGCT TTGACGAGAA CCGTGTGCGT ACGGTCTCCG AGAACGCACG CACCCTCAAG
TTCGACCAGT CCGGCTTCGA GGAAAGCTGA
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| Protein sequence | MATSNRDRIG QMFDLLAPQL DGFLSRILNR QLGAGRTWVD IVTAAEANNG REVHHGDISI
QLKLITQNYT NRFRSGWNPL RSHLNRTHEA YASELLQVRH TWAHGKAFTD DDAYRALDTA
QRLATAIGAA GTSDDIAQIR LNLRRVTADK DDKKALKAAV DNPEASGLKP WREVLPPHDD
VATGNFHASE FAADLYKVST GGELDTDYSD PVEFFNRTYL TEGLRDLITR AVRRLSGDDN
ASPVINLQTN FGGGKTHSML SLWHIAAGLP IGEFSQDTQE LLTASGYNGE KINRVAIVGN
HLSPTGSTKN DGMQVNTIWG ELAWQLGGAE AFELVAAADR DRTHPGDALH DLLALYSPAV
ILIDEWVAYA RSLVGRDDLA GGTFDDQFTF AQSLTETAKG TSGILLAISI PASERGENAE
PVAGTAEEVG GTNGLEALER LQNVVRRVAD QWRPASSDEA YHIVKQRLFK QVDAAALAAI
SATARAYVDM YRKYTDDFPR EARNSAYENR IKRTYPIHPE LFDTLYEEWS SLERFQRTRG
VLRLMSMVIH ALWTGEDAAP LIMPSSIPLA AGKVNSELTQ YLQDSWKAII DADVDGPNSE
PARIDAEKPL YGQRSLTKRL ARTVFFGAAP TIAPKSIHKG VSAKRVFLGT AVPGDVPGNF
HSALTRLCDR ATYFYSGSGK YWYDLQPNIT RTAKDQAERL HKEDVWADIV RRLKHQTNTR
GDFTGLHICP ETNADIPDTD EARLAILHPK VAHKRAIESV AKDFAKRATE QRGSANRTHR
NMLVYLAADE DRLEELEAAI RDYLGWKHVL DNEVDLDLTQ NQKKQAEQRQ EQADQTVTTR
LLQTFVWALI PAQPDPSAPF VVREIKVEGQ SDALAERVSR RLSNDGDLST RQAAATIRLA
INKVPQIWND GHVSLGTLWG LCSQYPYMPR LRDRRVLNEG IVDIPLIWQT DAFALAEGYE
ESDGHYVNLW IPDDNRPPPP ATDSLLVVRP DVATAQRNTE EATAEPIVGP IGLDTENPIK
PDPQHPSPQH LHVKTRFFGV KTLNSEKMAL GFKNIAEEVI AHLRADTSTV TVRIEIEATD
ESGFDENRVR TVSENARTLK FDQSGFEES
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