| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Smon_0381 |
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| Symbol | |
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| ID | 8600090 |
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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 | Streptobacillus moniliformis DSM 12112 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013515 |
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| Strand | + |
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| Start bp | 447472 |
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| End bp | 450732 |
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| Gene Length | 3261 bp |
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| Protein Length | 1086 aa |
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| Translation table | 11 |
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| GC content | 26% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003305742 |
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| Protein GI | 269123165 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGAAGGGAA TAAAGACTTT AACATTATTA TCTATAATGA TGGTTAATAT ATCATTATCA
GATAATATAG AAACTAATGC ATTAATATTA TCATCTAAGA GAAGAAACAC ATCTATATCA
AAGAAAGCAA ATGAAATAAA GAAAGTAAAT GAAGTAAAAG AGGAGGATGA CTTTTTTAAC
TTTAGTAAGG CAAAGAAGAT AGAGTTGTTA TTAAAGGTTA ATAGTGAGAG TACTATTTTA
AGTACAAGGA ATATGTTTTT AAAGAATGAA CTTTATGGTT CTGCTAAAAT ATATGAATTT
TTAAAATTAT CTGGTGGATT GGATTTCGGA GCTAAAACAT TTAAACCTCA AAATTACTAT
GGAGCATTAG GATTAGACTT TAAAGAATTT GGTAGTATAG AGTTAAAATT ACATTCTAGT
AAGAAATTAG ATTTAAAGTA TGAGTATGAG AAGAAATTAA AGGATTTAGA TATTAATTTA
AACACATCAT ATTCTCTTTT TAATGCAGCT CGTAAATTAG CTGGCACAGA TAATGAAATA
AGGGTAGAAC ATCTTTATGC ATTAAATGCT AATTTGGGAT ATAACCTAGG GAATAATTTT
AAATTAATAA CAGATTTAAA TTTAAGTGCA TCTACTTGGA AATTACTTAA TAATTTTTTT
ATGTATAATC TTTCAATAGG AGCAGGATTA GATTACAAGA ATAATGTATT AGCTGGAATA
TATATAGCTC ATTATAATAA AAGAGAACAA CGATTTATAG ATGATGAACT TAGTACAAAT
CATGATCTTA ATTCAAGATA TAATAAAGGC TTTAGCTTTA GGGGATATGT GGGATATGAA
TGGGAGAAGA GGTTAAATGA AAGTAGTAAG TTAGGACTTG TTGGTAAAGT GGGGGCTAAT
TTAGATAAAC AAATCATTAG TGATAGGAGT GAACTTAATG ATGATGGTGA GGTGGAGGTT
ATTAGAGATT GGGGACCAAT TACTATAAAT AATAACTCCT TTGCAACAAT AAATCCACAA
TTAGGATTAA AATACAAGGT TAATGATAAC CTTAATATAG AAGCAGAATA TGAAGCTAGT
ATACTATTTC ATAAAACTGG ATATATAGTA ATGGGTAATA AGATAAGAAC AGGATTGAAA
TATACATGGG AGAAATTAAG TGGTAAATCA ATAATAGATG TATTAGCTTT AAATTCAAGT
TCATCAAATG AGATATTTAA AAAGAATATA TATGTAAGAG ATAATACAGA ATTAAGATTA
AGACATGAAA AAAAAGAGAA TAAACAATTA GCTAGTAATA ATCCTTTAAT TAAATATGAA
GTGAAAAAAG AACTTAATAT AGGAGCTTTA ATAGGAAAGA ATAAAGACCT ATTTGTATTC
CTTGGTGGAG AAGTAGTAGG AAAAGATTTA AAATACAAAA TGGATAAAAA AACTAATTTA
AAAACAATTG AAGGACTAGA TGGGATAGCT AACATTGGAT TAAACTTTAA AAGGAAGTTA
AATAAGAATA TAGAGCTTAC ATTTAATGGA GGATACCAAC ATAAAGGTGG AATGGAGGCA
AATGTAAAAG AGGGGTTAAA GTTAAGAGGA TTATGGGATA AGAAATATGA AGAAGATGAA
ATGGCAAGAA AAGAGTTTTA TCATTCACAG GGATTAAGAT TTAAAAATGA TGAGGTATTA
ATATCAGGAG TATTAGATTT AGATTATGAG ACAACTAAAT CAAAGATAGG TATAATATAT
TCTGCTGAAG AACTAGTATA TGAGAAAAGT AGGTTTGAAG GGTTCTTAAA TCTAAATCAA
AGATTAGGTA ATTTTAACAT AAATGGAAAT TTTAATTACA AACTAAAAGA CATACATGAA
GTATTAGATA GAATGGGTAG AGTAAAGGGA GATGTATCTT TATCAGGAAA AGTAGGAAAT
TTAGAAATAA TAGGGAAAAC ATATGTACAC ATAGGTTCTA TAATAAGGAG TGATAAGGAT
AGAACATTTG GAGGAGAAGG AAGTTTAGTA TATAAAAACA GAAATCTTAA TTTAAAGACA
ACTTTAAAAC ATGAAACTAT GTATGATTAT AGTGAGAATG AAAGTAAAGA GATATATAGT
AAACCAAGAC CTAAAAAAGA CAAGACTAAT AGCTTGGTTC AAAAAGAAGA GTTTTTATTT
AATTTAGGAT ACATCAATAA GAATATTGAA CTTAAATCAA ATATTAAAGT AAGAAGTAAA
ATATTAACAG ATATTAAAAA TGGAATTAAA ATAGATACTA ATAAATATAA GAAAAATGAT
ACAAACAATA AGAACAAAGA TTTTACAGTC TTATTAGCTT ACACAGATAA TGAGTTAAAT
ACAAAGCTAG GAGATATTAC TTTAAGACTT TCATCAAAAT ATAGATACAA TATGGATATG
AATGATATTA AAAAATTAAC ACATAAACAT TTAGGATTAG CAGGGATTGG TATAACATAT
GATATTAAAA CTGATGATCT AATGTTAAAA AATAGTGTTG ATGCAAGATA TTTAATATCA
TATTCTGATA ATGAGGATTA TTCTATAATA AATGCATGGA TGGATAATAA TGTAGACTAT
AGAGTAAACA ATAATTTAAG ATTAAAAGGA GAACTAAACT TAACTAGTTC AAATAAGGTT
AAATTATTAG AGAAAAAAGG AATGGAAATA TTAGCTTTAG GAGATTTAAA AGGTATAATA
GAAGCTAATT TAAGTGATAA AGTTGAGCTT AAGAATGAAA CAGGATTAAA TGCAATAGTA
TTATTTGACT TTAAAAATGG AAATAATTCT ATATCAAGTT CTTCAAAACA ACAAAGTCCA
GTATTAAAAG AATTGTTATT AGACACTACT CATAGTTATA AGGTGTATAA TAAAAATAGT
TTAGGTTATG AAATAGTAGA TGGAATAAAG TTAATAAGTA ATTTAGAATT TTCATATTTA
AGTGGGTATA AATCAGATAA GTTATACAGT GTATTAAAAG ATATAAAAAG AAAATTAATG
GATGAAAATG GAATAATAGG AATAGGGAAT AATGAAAAGA AAAAAATAGA AGAAGAAAAG
TCTAAATATG AATCTAAAAG TGGCTTATCA GTAATAGCAA TAAAACCTGG TATAGAGGGA
GAATTTAAAA TTTTAAATGA TAGATTAACT GTAAAACCAA AAGTAGAAGT TCAAGTAAAC
TTTACTAATG ATTCATATAC AACATACAAG TATAAATCAA CAAATGCAAA AGCAATATTA
AATATTGACT ATAAGTGGTA A
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| Protein sequence | MKGIKTLTLL SIMMVNISLS DNIETNALIL SSKRRNTSIS KKANEIKKVN EVKEEDDFFN
FSKAKKIELL LKVNSESTIL STRNMFLKNE LYGSAKIYEF LKLSGGLDFG AKTFKPQNYY
GALGLDFKEF GSIELKLHSS KKLDLKYEYE KKLKDLDINL NTSYSLFNAA RKLAGTDNEI
RVEHLYALNA NLGYNLGNNF KLITDLNLSA STWKLLNNFF MYNLSIGAGL DYKNNVLAGI
YIAHYNKREQ RFIDDELSTN HDLNSRYNKG FSFRGYVGYE WEKRLNESSK LGLVGKVGAN
LDKQIISDRS ELNDDGEVEV IRDWGPITIN NNSFATINPQ LGLKYKVNDN LNIEAEYEAS
ILFHKTGYIV MGNKIRTGLK YTWEKLSGKS IIDVLALNSS SSNEIFKKNI YVRDNTELRL
RHEKKENKQL ASNNPLIKYE VKKELNIGAL IGKNKDLFVF LGGEVVGKDL KYKMDKKTNL
KTIEGLDGIA NIGLNFKRKL NKNIELTFNG GYQHKGGMEA NVKEGLKLRG LWDKKYEEDE
MARKEFYHSQ GLRFKNDEVL ISGVLDLDYE TTKSKIGIIY SAEELVYEKS RFEGFLNLNQ
RLGNFNINGN FNYKLKDIHE VLDRMGRVKG DVSLSGKVGN LEIIGKTYVH IGSIIRSDKD
RTFGGEGSLV YKNRNLNLKT TLKHETMYDY SENESKEIYS KPRPKKDKTN SLVQKEEFLF
NLGYINKNIE LKSNIKVRSK ILTDIKNGIK IDTNKYKKND TNNKNKDFTV LLAYTDNELN
TKLGDITLRL SSKYRYNMDM NDIKKLTHKH LGLAGIGITY DIKTDDLMLK NSVDARYLIS
YSDNEDYSII NAWMDNNVDY RVNNNLRLKG ELNLTSSNKV KLLEKKGMEI LALGDLKGII
EANLSDKVEL KNETGLNAIV LFDFKNGNNS ISSSSKQQSP VLKELLLDTT HSYKVYNKNS
LGYEIVDGIK LISNLEFSYL SGYKSDKLYS VLKDIKRKLM DENGIIGIGN NEKKKIEEEK
SKYESKSGLS VIAIKPGIEG EFKILNDRLT VKPKVEVQVN FTNDSYTTYK YKSTNAKAIL
NIDYKW
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