| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Slin_3498 |
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| Symbol | |
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| ID | 8727251 |
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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 | Spirosoma linguale DSM 74 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013730 |
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| Strand | - |
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| Start bp | 4230625 |
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| End bp | 4234947 |
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| Gene Length | 4323 bp |
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| Protein Length | 1440 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003388305 |
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| Protein GI | 284038375 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.309515 |
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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 | 33 |
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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 | ATGAATTCTC TACGAGTATA CTTTACCGTT TTTATTACGC TTATTGTTAC CACTGTAACG
GCTCAGAAGA TCAACGTTGA CTACTTGTCG GGTCCTATCT GTATTAAAAC GCCTGTTACT
ATTCCATTTA CTGTCTCCGG TCGATTCGGC ACGGATAACC TGTTCAGGGT GCAGATTCGG
AATGCCTATA ACAGCCAATT GGTGTATACG TCGGAGGGCG TAGTGGCCAG TCCGGCACGC
GTACAGATAC CCACAGACTT GCCGTATTAC TATGATTCGG GCCGGTATCA GGTACGGATT
ATCAGCAGTA ACCCGTATGC TGAAAGTGCC TGGACAAATT TGCCAGCCGT GCAGGAGACT
GCCGTGGTAA CCATGGCTCC CCTGTCGTTT TCGATGGTTA ATCCGAATCA GGCAGTGACC
TTGCGGTATG TGGTACAGGG GAGCAGCCCG GTGAGTGTTA CACTAACGGA TGGCACCCGG
CATGAATTGG AGGGTTGCTG CAATAATCAA TTCGAGAACT ATGGTCTCAT TTATCCCGAA
AAGACGGCCG CCTACGCTAT TGCCTCCGTT CGGAATGTCT GCGGAGTGGG AAAAGGTCAG
GGGTCATCAA TGCTGACCGT AAATCCGATT GCGACAAAAA CCATGTCCGT CACGCCTTCC
CGTATCTGCT CCGGAAATTA TATCTATGTC GCTTACAGTA AGTCGGGCGG AGCATTTGCA
GCTGATAACA AATTCAAAGT TCGGCTTATT ACCTACAATC CATTTGCTTA CGATCAGCCG
GGGGGTAAGT ATTATGATTT TGATGGAGAA GAGTCGAACG GGACGGTTCG GGCTTTCATC
CCTGATTCAT TTGTAGGCGG ATATTCTTTT TATGTGCAGG TACTGACAAC CAATCCGGTA
ACGGTCAGTG ATCCGTCGAC GGGTGGGGTC AGTATCAATC CGCCCGCTAC TGCTGAGTTG
GTGACAGCCA GCCCTGTCAT CAATTATGGG CAGCAACAGA CGCTGGCTGT TCAGGTAACC
GGACGGGGCC CGTATCAGGT AGTACTTAAC GACAGTTTAC AGATTCCAAT CGATGATTAC
AGCGAAGGAA GTGGGTTTGG CAGTATTCAG GTCAAGCCCC GCCAGACGAC GACATACCGA
ATTACCGGCT TTCAGACTAC GTGTGGTCTG TCGCCTGCAA AAGCATCCAG TACGATTGTG
ACGGTGCGTC CGGGTGTGGC TATCGATTCA CTGCCGGGAA GTGGCTTTAC GCGCGGTCCG
GTCTGCGAAG GGGCGTTACT AAAGCTACCC GTTTCTATGA ACTTCGCTCC GCAGGCTGCT
ACCCGTTTTT TTGTCGACTT TCGCTATCAG GAAAAAACGC TGGCTTCTGC ACCGGCAACG
TTAGAGAATG GTAAGGTGCT TGCACTGGTC GTGCCGGTGT TACCTACCGA TACATCGAAC
TTTAACGGGA TTCGTCAGTA CAGTGTACGG ATTCGAACGG CGGCTCCGGA AACGGAAGGG
GGAGCGGAGT TGAACCAGGT TTTGGTAGTT GTTAGAAAAC CCAACCCTAT TTTTGCCACC
TATACCCGCC AGATCACACT CGATAAGCCA GGCCTGGCCG CTGTAACGAT TCGCAATCTG
GGAGGAGGCC CTACCGAGAT TAATTTTTCG AACGGGACCG TATTGTCGTC AAGCTGTTTT
TATTGCGACG AGGTCTCCAC CGGACTTTTT GCCAGCCAGA CAACGACGTT CCGGATTAAC
TACGCCCAAA ACGCGTGTGG CCGGATTGAT AATCCACCAA CAGAAGCAAA AGTAACGGTA
AAGAGTGCGT CTCCGGTTGG TATTGAGATT GATTCAGTAC AGCAAAACCG GTGCAACAGC
GATAGCATTC TGGTTTACTT TCGGACAAAG GGTACATTCG ATGCGGGCAA TGAGTTCCGG
ATTCAGTCGG CATCATCGTC ATTGGGCGAG GGCTGGGGAT GGACCGAAGG TCTGGTTGTA
GGACGTGGCA CCCGTAGTCC AATCCGAATA AAACTGGGAG AAGATAGCAA GATTCGAATC
AATGCAATGA GCCCGGTGGT GGTCAGTAAT GAATTCCGGG TAGCTGTAAA CCAGAAGCCA
ACGGCAGACC TCAAGGCACC TGACGGTATC AATCATTACC ATTTGTATGG GTCGGAACCC
AACACCATAC CGGCGGGTAG CTCGGTAACA CTGGATGTGA ACTACCTGCG GGGAACCGGG
CCGTTCCGTA CGGTTTACAC GGATGGCAAG ACGGATTTTG TTAATCCATC CGGAACAAGT
GTTGTGGTAA AACCCGTTGG CCCGACTACG TACCGGCTGA AGGCGATTGC CAATGCCTGT
GGCCAGGGAG AGGTAAATAC GCGTGGTGTT ACGTTTGTGC CGATGCCTTA CCGGATAGAA
GTCGCTGTGC GGCCGAGCAG CGACCCTTAC TATTTCAGTT TCTGCACAGG AAGCAGCTGG
AGTTTGCCTT TTATAACCAA TCCTACCGCT CCTGCGGGTA CTGTGTTTAC CCTCCAGCTT
GCTTCCCGAA AAGATTCTTT GTTTACTGAT ATTGCCACCA CAAAAACCCC GTGGATGCTT
ATTCCAGTGC CAGCTTCATT GACAGCGGGG GATTATTACC TTCGAATTAT TGACAAGTCT
ACCGGTGCCC GCACGGCCTC ATTACCGGTA CAGGTACTCC AGCCACCTAC CGCCACATTG
CTGCCGGTTG AGCCCGTATC GGCCACGCTG TCACCCGGCA ATAGTGCTTC GTTGAGAGTC
AACCTGACTG GCTCATCACC CTGGCAGGTG TTTTTCAGCG ACAAAGCCTG GGCGTCTTTT
TACGGGTCGC CGGGTGTTCG TGAAATCCAG CCTCAGTCCG GACGAACGTA CACGCTGCAA
ACAGTGACCA ATGTATGTGG TTACGGAACG GCATCGGGTG AAGCCACCGT TTGGGTGAAG
CCTCAGCTAC GTCTGGCACT CGATTCTAAC GGAGGAGCTG TATGCGTGGG TAGCTCTGCT
GCGTTTCAGG TGTTGACATC GGGTGATTTT CCACCAAATA CCAGCCTTGG CTTTTCCCTG
GTCAATACCG AATCAATGAC CGAAACAAAC CTCGGAACCA ATGCGATAGG GGTTACCCGT
GTATCGTTGA AACTGCCCGC CGATCTGCCT CCGGGGTCTT ATCTGGCTCG GGTAACAGCC
TCCGATGGGA CGCAGGCGAG TAGCCAGCCA TTTACGGTTA GTGTTCCACC AGCGTATACA
TTAATGGGTA GCACGACGAT CAATGCTGGT CAGTCAACGT ACTTGACCCT CCGGCGAACC
ACTCCGGCAG GAGGAACGGA TATAGTTCGC TACGTTCTGT CTGATGGCTA CCAGGAAACG
GTTGTGGTGG ATGGGGCCAG GGCGTTTATT CAGGTAACAC CCACCGAAAC AACTACCTAT
ACGCTGGCAA CCCTGACCAA TGGGTGCGGT GTTGGCCAGG GAACAGGCAG TGCGGTTGTT
GTGGTTAATC CGTTACAGGA AAAAATGGTC AGCGTTACCA ACATGCGGGC CGGGCAATTG
TGTAGTGGCT CGTCCTTCTC GGTGACGTAT AGTTCGACGG GGGCCTTTTC GGCGTCTAAC
AAGTTCACCG TGCAGTTATC CGACTCAACA GGGGGGAATT TCCAATCCCT ACCCACCACA
GGCACCGTTA GTCCGCTTGT GGTCATCATC CCTACCACCA CACCTGTGGG CTTCGGGTAT
CGTTTGCGCA TTGTGGCCAG TGATCCCAAT ACAGCCAGCG GTGCCAGTCC CTATGCCTAT
CGGGTAGCTA CCGGTGCAAC CGCTGCGTTT GATTCGACCA CCTATTACCT GCGTCCCAAC
ACTACCGTTC AACTCAAGGT ACGTTTCACG GGCGATGGCC CCTGGTACTA TACCATTAGT
TCAAATCAGA ACTCGAGTGT TTTTTATGCC ACAAAAAACC CCGCTATTGT TGATCTTCGA
CCCATACAGC CAACGACTTA TCAACTTATT AACGTATCGA ATGGCTGCGG GATGGGGCGG
GTTGTTGATC CCTCTACGGC CCGGGTCGAA TTAGTGACGG CCACCGAAGC TGGCGAATTG
CCGGAGGTAA CCTTTTATCC AAACCCGGCT TCTGATCGAA TCTGGGTAAA CTTGAAAAAC
ATACCTAAGC CCGTAAACCT TAGTCTGATC GACCTGAACG GGCGGGTACT GAAGGAGGTT
CTCGCGCGTC AGGACATTAC CGAGTTGTCA ATAAACGATC TGTCGAACAG CAGCCTGTTT
CTACGTATAC AAACCAATGA AACGAGCCAG CCGCTGATGT ACCACATTAT TCGCCATCCA
TAA
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| Protein sequence | MNSLRVYFTV FITLIVTTVT AQKINVDYLS GPICIKTPVT IPFTVSGRFG TDNLFRVQIR
NAYNSQLVYT SEGVVASPAR VQIPTDLPYY YDSGRYQVRI ISSNPYAESA WTNLPAVQET
AVVTMAPLSF SMVNPNQAVT LRYVVQGSSP VSVTLTDGTR HELEGCCNNQ FENYGLIYPE
KTAAYAIASV RNVCGVGKGQ GSSMLTVNPI ATKTMSVTPS RICSGNYIYV AYSKSGGAFA
ADNKFKVRLI TYNPFAYDQP GGKYYDFDGE ESNGTVRAFI PDSFVGGYSF YVQVLTTNPV
TVSDPSTGGV SINPPATAEL VTASPVINYG QQQTLAVQVT GRGPYQVVLN DSLQIPIDDY
SEGSGFGSIQ VKPRQTTTYR ITGFQTTCGL SPAKASSTIV TVRPGVAIDS LPGSGFTRGP
VCEGALLKLP VSMNFAPQAA TRFFVDFRYQ EKTLASAPAT LENGKVLALV VPVLPTDTSN
FNGIRQYSVR IRTAAPETEG GAELNQVLVV VRKPNPIFAT YTRQITLDKP GLAAVTIRNL
GGGPTEINFS NGTVLSSSCF YCDEVSTGLF ASQTTTFRIN YAQNACGRID NPPTEAKVTV
KSASPVGIEI DSVQQNRCNS DSILVYFRTK GTFDAGNEFR IQSASSSLGE GWGWTEGLVV
GRGTRSPIRI KLGEDSKIRI NAMSPVVVSN EFRVAVNQKP TADLKAPDGI NHYHLYGSEP
NTIPAGSSVT LDVNYLRGTG PFRTVYTDGK TDFVNPSGTS VVVKPVGPTT YRLKAIANAC
GQGEVNTRGV TFVPMPYRIE VAVRPSSDPY YFSFCTGSSW SLPFITNPTA PAGTVFTLQL
ASRKDSLFTD IATTKTPWML IPVPASLTAG DYYLRIIDKS TGARTASLPV QVLQPPTATL
LPVEPVSATL SPGNSASLRV NLTGSSPWQV FFSDKAWASF YGSPGVREIQ PQSGRTYTLQ
TVTNVCGYGT ASGEATVWVK PQLRLALDSN GGAVCVGSSA AFQVLTSGDF PPNTSLGFSL
VNTESMTETN LGTNAIGVTR VSLKLPADLP PGSYLARVTA SDGTQASSQP FTVSVPPAYT
LMGSTTINAG QSTYLTLRRT TPAGGTDIVR YVLSDGYQET VVVDGARAFI QVTPTETTTY
TLATLTNGCG VGQGTGSAVV VVNPLQEKMV SVTNMRAGQL CSGSSFSVTY SSTGAFSASN
KFTVQLSDST GGNFQSLPTT GTVSPLVVII PTTTPVGFGY RLRIVASDPN TASGASPYAY
RVATGATAAF DSTTYYLRPN TTVQLKVRFT GDGPWYYTIS SNQNSSVFYA TKNPAIVDLR
PIQPTTYQLI NVSNGCGMGR VVDPSTARVE LVTATEAGEL PEVTFYPNPA SDRIWVNLKN
IPKPVNLSLI DLNGRVLKEV LARQDITELS INDLSNSSLF LRIQTNETSQ PLMYHIIRHP
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