| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Smon_1454 |
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| Symbol | |
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| ID | 8601206 |
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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 | 1604607 |
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| End bp | 1608686 |
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| Gene Length | 4080 bp |
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| Protein Length | 1359 aa |
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| Translation table | 11 |
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| GC content | 24% |
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| IMG OID | |
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| Product | Eco57I restriction endonuclease |
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| Protein accession | YP_003306764 |
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| Protein GI | 269124187 |
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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 | ATGAAAGAAA CGAAGATAGA AGCAATAGAC ATATTAGACA GAATTATTGT TGGTAGAGTT
GAGCCTCATA TTTACGCTTT TACAACAAAT ACAATTCCTA ATTATTTAAA AATTGGAGAT
ACATATAGAT CCGTTACACA AAGATTAAAT GAGTGGAAAA ATTTTTTTCC AGATTTGGAA
AAACAATATG AATGTAAAGC TGTTATTGAT AATGAAATAT ACTTTAGGGA TTATTCTGTT
CATCAATTTT TAGAAAATGA TTTAGAAAAA ATAAGATTAT TACGTTCTGA TTTAGATGAT
GATATATATT ATAGTAAGGA GTTTTTTAAA GATACGTATC CATTAGATAT TGAAAAAGCT
ATTGAAGATA TAAAGGACAA TTATATACAA AATACAGATA AATATGAATA CTATAGTTCT
AATAATAAAC TTTTAAAAAC ATTTCATTAT CAACGAGGTG CTAATTGGAA TTTAAGACCA
AATCAATTAG AAGTGGTAAA TAATTTTAAA AAAGCAATAC AAAATGGTAG AAAAAATTTA
TTAATGTATG CAGTTATGCG TTTTGGTAAA TCATTTACTT CGCTTTGTTG TGCATTAGAG
ATGGATGCTA ATTTAGTTTT AATAGTTTCT GCTAAAGCTG ATGTTAAAGA TGAATGGAAG
AAAACACTAG AAAGTGCAGG AAATTTTTAT CAATATGTAT TTTTAGATGT AAATGATTTA
ATTAGTAATG AAAAAATTAT AAAAGATAAA ATAATAGAAA ATAAGAAAGT AGTTCTTTTC
TTAACCTTAC AGGATTTACA AGGAGAAAAT ATAAAGGATA AACACAGACA ACTTTTTGAA
GAAAAAATTG ACTTGTTAAT TGTTGATGAA ACTCATTTTG GAGCAAGAGC TGAATCATTT
GGAAAAATAT TAAAAGATGA AGGATATGAT AGAAGTGATG ATAAAAATTT TAAAAAATTA
TCTGATTATA GTATGGATAT TGAAGAAGCA AATAAAAAAA TAAAGAAAAT AAATGCGACT
ATAAGATTAC ATCTTTCAGG AACACCTTAT CGTATATTAA TGGGAAGTGA ATTTGAAAAA
GAAGATATTA TTTCTTTTGT ACAATTTTCT GATATAGTTA AAGAACAGGA AAAATGGGAT
AAGAATAATT TGAATAATGA TGATGTGAAC GAATGGGATA ATCCATATTA TGGGTTTCCT
CAAATGATAA GATTTGCATT TAATCCTAAT AAATCATCAA GACAAAAGAT GGAAGCCTTA
AGAAAAAAAG GTGTTAGTTT TGTATTTTCA AAATTATTTG AACCTATATC TATAAAAAAA
GACAGTAAAA ATAATGCTCA CAAAAAATTT CAAAATGAAT CTGAAATAAT TGATTTATTA
AAAGTTATAG ATGGAAGTCA AGATGATGAA AATTTATTAG GATTTCTTGA TTATGGTAAA
ATGTGTAAAC ATATGGTTAT GGTATTGCCT TATTGTGCAT CTTGTGATGC TATGGAAGAA
TTAATTATTA AAAATAAAGA TTTTTTTAAA AATTTGAATG AATATAAAAT TTTAAATATA
TCAGGAGTAG ATTCAAACAA AATATATAAA ACACCGAATG ATATTAAAAA TAAAATTAAA
GAGTTTGAAT TGGAGAATAA AAAAACGTTG ACACTTACAG TAAATAGAAT GCTTACAGGT
TCAACTGTAG AACAATGGGA TACTATGATA TATTTTAAAG ATACCTCTTC TCCTCAAGAA
TACGATCAAT CAATATTTAG ACTACAAAAT CAGTATATTA AAACTTTATC AAGTGAAAAA
GGTATTATAA AAGAAAATTT AAAACCACAA ACTTTACTGG TAGATTTTGA TCCTAATAGA
TTATTTAGAA TGCAGGAACA AAAATCATTA ATATATAATG TAAATATTGA AGAAAATGGT
AATTCAAAAT TAAAAGATAG AATAACAGAA GAACTACGAA TTTCACCTAT TATAGTAATG
AATAACAATA AAATTAGTCA GGTTGAAGCA ACAAATATAC TTGAGACAGT AAGTTTGTAT
AATAATCAAA GAAGTGTTTC AGATGAGGTA TCAGATATTC CTGTAGATTT ATCAATTTTA
GAAGATGATT ATGTGAGAAA AGCAATTGAA GAACAAGGAG AATTCAATTC TAAACAGGGA
TTAACAATAA ATCCGAATCA AGGGGATGGT AATGATATCG ATATAGATGA TTATTCAGAT
AGTACTTATG AAAAAGAAAA TAGAAAAGAT AAAGAAAATC AGTCATATAG AGAAGAAAAA
ACTGATGAAG AAATTAAGCG TCTAGAAAGA CAAATTAAAA CATATTATCA AAGATTACTT
TTCTTTTCAT TCTTAACTAA GGATAATGTA TCATCATTAG ATGATATATT AAATGTTTTA
CAAAAAGAGG AAAATACTAG ATTAGCAAAA AAATTATACT TAAATAAAGA TGTTTTAGTA
AAATTATCAT CTTTAATGGA TCCTTTTAAA AGAAGTAAGT TAGATTATAA AATACAAAAT
ATTTCAAGGC TTGCTTCTGA TGAGAGTGTT AATCCATTAG ATAGAGCCTT AACATCTTTG
AAAAAATTTA ATAGAATGTC AGAATCTGAA GTAATAACAC CAACAAATAT TTGTGAGGAT
ATGGTTAATC TTTTTCCAGA AGATGGATTA AGAGAAATTG TAAATAATAA AAATAAATTA
TTGGATATAG CAAGTAAGTC TGGAGAATAT ACTGTAGCAA TATATAAAAG ATTAGTAGAT
GATTTAGGCT TTTCACATAA TGAGGTTTCA GATATTATTT ATTCTATACC GACATCTTCT
ATTGCATATG AATTTACTAG AAGATTTTAT GAAATATTGA ATTTAAATGT AGATAATATA
GCAACTAAAT TTAATTCTTA TGATTTAATA AAAATTACAT CTGAAAATAA TGAAGTTGAT
TACAAAAAAG TGAGTAATTT ACTGAAACAA AATAAGAAAT TTAGTTATAT AGAATTAACT
GATGAAATAA AGGCAGGTGA AGAAACAGTG AACTTTGGAG CAATAGTAGG AAATCCACCA
TATCAAGTTA GTGATAATAA TAGTGGAACG GGAAGTGCCA AACCTATTTA TAATAAATTT
TCTATGATAT CCTTTTATTT AAAACCAAAA TTTGCGACAT TAATAGTTCC AAGTGTTTGG
TTTTCTGGAG GTAAAGGATT AGATGAATTT AGAGAGTATA TGTTGGGATT AAAAGGATTA
AAGCAAATTA CAAATTTTAT TACACCTCAA GATATTTTTT CTAATGTGAA TCTAAGAGGA
GGAATTAATT ATTTCTTATA TCAAGATAAA TATGATAGTG ATAATAATGG AATAAGAATT
ATTAATATTA AAGATAAAAA AATTATAAAC AATCAACTAA GAGAAAAAAG AATTAAAAAT
TTAGAAATAT TTATTTCTGA TAATATAGCT TTTAATATTG TTTATAGAAT GGTTAATAAT
GGAGGTGTAC AACTAAATGA AAATTCTGAA AATATGTTAA TAAAATATAT TTCAGTTAGA
AATCCTTTTG GGTTTAATAC TAAATTCATA ACAACAGACT TATTTAAAAA TAATGAAAAA
GAAATTACAA ATCCAGTTAA AATTTATGCG AGTAAAGGTA AAATAGGATA TGTAGAAAAA
GATTTGATTA AAAAAAATTT TAATTGGATT AACAAATGGA AAGTAATAAC CCCTTTTGCA
AATAATATTG GAAAGGATTT ACAAGATGAT AATTTAAATA CTATTATTAG CGAACCTAAT
TCTATTGTTA CTGAAACATA TTTAGTTATT GGTGGAGATT TAAATTTAGA TAAGTCAAGT
TCAATGAATA TTGAAAAATA TTTAAAAACA AAATTTACAA GATTTTTAAT TAGTATTGCA
AAAGCGAATC AAAATGGAAC AAAGATTACT TATAGATTTG TACCTATTCA GGATTTTAGT
GATAAATCAG ATATAGATTG GTCAAAATCT ATTAAAGAAA TAGATGAGCA ATTATTTGAT
AAATATGAAT TAACATCTAC TGAACGAGAG CATATTAGAT CTTCAATAAA GGAGATGTAA
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| Protein sequence | MKETKIEAID ILDRIIVGRV EPHIYAFTTN TIPNYLKIGD TYRSVTQRLN EWKNFFPDLE
KQYECKAVID NEIYFRDYSV HQFLENDLEK IRLLRSDLDD DIYYSKEFFK DTYPLDIEKA
IEDIKDNYIQ NTDKYEYYSS NNKLLKTFHY QRGANWNLRP NQLEVVNNFK KAIQNGRKNL
LMYAVMRFGK SFTSLCCALE MDANLVLIVS AKADVKDEWK KTLESAGNFY QYVFLDVNDL
ISNEKIIKDK IIENKKVVLF LTLQDLQGEN IKDKHRQLFE EKIDLLIVDE THFGARAESF
GKILKDEGYD RSDDKNFKKL SDYSMDIEEA NKKIKKINAT IRLHLSGTPY RILMGSEFEK
EDIISFVQFS DIVKEQEKWD KNNLNNDDVN EWDNPYYGFP QMIRFAFNPN KSSRQKMEAL
RKKGVSFVFS KLFEPISIKK DSKNNAHKKF QNESEIIDLL KVIDGSQDDE NLLGFLDYGK
MCKHMVMVLP YCASCDAMEE LIIKNKDFFK NLNEYKILNI SGVDSNKIYK TPNDIKNKIK
EFELENKKTL TLTVNRMLTG STVEQWDTMI YFKDTSSPQE YDQSIFRLQN QYIKTLSSEK
GIIKENLKPQ TLLVDFDPNR LFRMQEQKSL IYNVNIEENG NSKLKDRITE ELRISPIIVM
NNNKISQVEA TNILETVSLY NNQRSVSDEV SDIPVDLSIL EDDYVRKAIE EQGEFNSKQG
LTINPNQGDG NDIDIDDYSD STYEKENRKD KENQSYREEK TDEEIKRLER QIKTYYQRLL
FFSFLTKDNV SSLDDILNVL QKEENTRLAK KLYLNKDVLV KLSSLMDPFK RSKLDYKIQN
ISRLASDESV NPLDRALTSL KKFNRMSESE VITPTNICED MVNLFPEDGL REIVNNKNKL
LDIASKSGEY TVAIYKRLVD DLGFSHNEVS DIIYSIPTSS IAYEFTRRFY EILNLNVDNI
ATKFNSYDLI KITSENNEVD YKKVSNLLKQ NKKFSYIELT DEIKAGEETV NFGAIVGNPP
YQVSDNNSGT GSAKPIYNKF SMISFYLKPK FATLIVPSVW FSGGKGLDEF REYMLGLKGL
KQITNFITPQ DIFSNVNLRG GINYFLYQDK YDSDNNGIRI INIKDKKIIN NQLREKRIKN
LEIFISDNIA FNIVYRMVNN GGVQLNENSE NMLIKYISVR NPFGFNTKFI TTDLFKNNEK
EITNPVKIYA SKGKIGYVEK DLIKKNFNWI NKWKVITPFA NNIGKDLQDD NLNTIISEPN
SIVTETYLVI GGDLNLDKSS SMNIEKYLKT KFTRFLISIA KANQNGTKIT YRFVPIQDFS
DKSDIDWSKS IKEIDEQLFD KYELTSTERE HIRSSIKEM
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