| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Smon_0659 |
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| Symbol | |
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| ID | 8600382 |
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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 | 743128 |
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| End bp | 746037 |
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| Gene Length | 2910 bp |
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| Protein Length | 969 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | |
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| Product | protein of unknown function DUF450 |
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| Protein accession | YP_003306010 |
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| Protein GI | 269123433 |
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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 | ATGGGGATTA GAGATACAAA GATGGAAGCA GAACTTGAAA ATAATATCAT TGAGTATCTT
GTTTCGAATC AGGGTTATGT ATATATAAAA TCAGACGAGA TGAAGATTTC TTTTGATAGG
AAATATGCTT TTGATGAAAA GAGGCTTTTG GAATTTATTA AGACATCTCA GCCTGATGAA
TTTGATATCT TAAGGCTTGA TACAGACAGT GGAAAAGAAA AGTTCTATAA GCAGCTGGAT
ACTTCAATTA GGCAAAATGG GATTGTTGCT GTTTTAAAGA ATGGTATTAA GTGCTATCCA
TCCTCAGGGA CTATCATTTT TTATCATGCC TTAGATCCTA AAAGACCAAG TTCTTATGAT
GAATTTAAAA TGAATATTTT TTCAGTTACT AATCAGTTGA CATATTCTGA TAAAAATAAA
GGCTTAGAAC TTGATTTGGC TATTTTTGTA AATGGGCTTC CAATTATAAC AATGGAACTT
AAGAGCAGAG CCTCTAGCAC AGGCTGGACA TATAAAGATG CCGAAGAGCA ATATAAAAAT
GACAGAGATC CAAAAGAAAC CTTATTTAGT TTTAAAAGGT GCATTGCACA TTTTGCAGTT
GATGAAAACT TTATTACTTT TGCAACAAAA TTAGATGGGA AAAACACAAG ATTTATGCCA
TTTAATAAAG GTACTACCGT TGGCGGATCG GGAAATCCTA TAAATGATAG TGGCACAATG
ACAGATTATT TATGGAAAGT TTTTTTGAAA AAGGAAACAT TGACAAACCT AATAAGAGAC
TTTGCATATA TTTCTGTAGA TAAAGTCAAA AAAACAGAAA CGTTGATTTT CCCTAGATAT
CATCAATATA GAGTGGTTAC AAGACTTGTA GAAGATGTTC AGAAAAATGG TGTCGGAAGC
AGATATTTAA TCCAACACAG TGCAGGTAGT GGTAAGAGTA ATTCTATAAC GTGGCTCGCT
TATCGTTTGG TTGAAGTTGA TTATAAAGAC CAAAAAGCTT TCGATTCGGT AATAGTTGTT
ACCGATAGAT TGAACTTGGA TAAGCAAATT AACGATAATA TTAGGAAATT TATAGATGAA
AAGAGTGTTG TTGGACATGC TGGTTCTTCA ACAGATTTAA AGAATATGTT GATTGATGGT
AAAAAGATTA TCATTACAAC CGTTCAGAAA TTCCCATATT TATTTGAGAA AATTGGAACT
GATTTAAAGG GTAAGAATTT TGCAATTATA ATTGATGAAG CTCATTCATC ACAAAGCGGT
AGGGCAGCAG CTTCATTAAA TATGGCTGTA TCAGGTAGCT TAGGTAATGA GGATGAATTT
GAAATAGAAG ATAAACTAAA TGAGCTGATT GAGGCAAGAA AGATGCCTGA AAATGCAAGT
TTCTTTGCTT TCACTGCTAC TCCTAAAGCA AAAACTATCC AAATGTTTGG AAGTGTATTT
GATCTATACT CCATGAAACA AGCTATTGAA GAAGGATTTA TTCTTGATGT TTTAAAAAAT
TATACACATT ATGAAAACTA TTATAAGATT TACAAAACAA TAGAAGACAA CCCTGATTTC
GATAAAAAGA AAGCTCAAAA GAAAATTAGA AATTATGTGG AAGGTCAAGA ATTTCCAATA
AGAGAAAAAG GCGAAGTTAT GGTGAATCAT TTCCTTGCAA ATACAGTGAA TAAGATTAAT
GGAAAAGCAA AGGCAATGAT TATAACACAA AGTATTTTAA GAGCGATTGA GTACTATCAC
ATAGTTAGTG AGCTACTAAA AAATTCTAAC ACTGGTTATG AAGCTTTGGT TGCATTTTCT
GGCGAAAAAG AATACAAAGG CAAGATTGTA ACAGAAACAA GTTTGAATGG TTTTTCTGAT
AAAGAGACAC CAGAAAAATT TAAGCAAGAT AAATATAAGT TTTTGATTGT TGCTGATAAA
TATCAGACCG GATATGATGA GCCTCTTTTA CATACAATGT ATATGGATAA GGTTTTGAAT
GATGTTAAGG CAGTACAAAC TCTATCAAGA CTTAATAGGA GTGCTAAATA TAAGATAGAT
ACTTGCGTGA TTGATTTTGC AAATGAACCG GAACATATAT TAGAAGCTTT TCAACCATAC
TATAAGGAAA CAAAGTTAGA AGGAGAAACA GACCCTAACA AACTTCATAA TTTATTATCT
ATGCTTGATG CAAAGTATGT TTATGAAGAA GATGAAGTTG ATAGATTAGT TGATCTATTT
CTAAAAAACA GCCCAAGAAG TTTTATTGAT AGCATTTTAG ATAAGTCTGT GGAAAGATAT
ACAGCTCTAA GCGAAGAAGA TCAGGTTGAA TTTAAGAGTG GTGTAAAATC TTTTATAAGA
ACCTATAATT TCTTGGCATC TATTCTGCCG ATTGGTCAAG TAGATTGGGA AAAGAAAGTG
ATTTTCTTTG AACAATTGAT TCATAGATTG CCGACACCAG AAGGAGATGA TTTGTCTGCA
GGAATTTTGG AGTCAGTTGA TTTAGAAAGT TATAGGCTAG AAAAGAAAAA TACAATTGAT
ATTATTTTGG AAGATGAGGA TGGTAAGGTT GAAGGCTTGG GTATAGGAGC TGGAAAAAAG
AATGAAGTTG AGCTGGATAC ATTAGAAAAT ATTGTATCTA CATTTAATGA CATTTTTGGG
AATATAGACT GGCAAGACAA AGATAATGTT GCAAGGCAAA TAAAAGAATT ACCTGAGATG
GTAATGAAAA ATGAGAAATT CAAAAATGCT CTAAAAAACT CAGATATTGA AAATATCAAA
AGAGAGTATC ATTCAGCGTT AAAAGAAGTT TTCAGAATTA TAATGGTAGA TAACATGGAA
CTATTTGGAC AATGGACAAA TAATTCTAAC TTTAGTAAAT GGTTAAACGA TACAATTTTT
GATGAGATTA TGAAGAAAAA TAAACGGTAA
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| Protein sequence | MGIRDTKMEA ELENNIIEYL VSNQGYVYIK SDEMKISFDR KYAFDEKRLL EFIKTSQPDE
FDILRLDTDS GKEKFYKQLD TSIRQNGIVA VLKNGIKCYP SSGTIIFYHA LDPKRPSSYD
EFKMNIFSVT NQLTYSDKNK GLELDLAIFV NGLPIITMEL KSRASSTGWT YKDAEEQYKN
DRDPKETLFS FKRCIAHFAV DENFITFATK LDGKNTRFMP FNKGTTVGGS GNPINDSGTM
TDYLWKVFLK KETLTNLIRD FAYISVDKVK KTETLIFPRY HQYRVVTRLV EDVQKNGVGS
RYLIQHSAGS GKSNSITWLA YRLVEVDYKD QKAFDSVIVV TDRLNLDKQI NDNIRKFIDE
KSVVGHAGSS TDLKNMLIDG KKIIITTVQK FPYLFEKIGT DLKGKNFAII IDEAHSSQSG
RAAASLNMAV SGSLGNEDEF EIEDKLNELI EARKMPENAS FFAFTATPKA KTIQMFGSVF
DLYSMKQAIE EGFILDVLKN YTHYENYYKI YKTIEDNPDF DKKKAQKKIR NYVEGQEFPI
REKGEVMVNH FLANTVNKIN GKAKAMIITQ SILRAIEYYH IVSELLKNSN TGYEALVAFS
GEKEYKGKIV TETSLNGFSD KETPEKFKQD KYKFLIVADK YQTGYDEPLL HTMYMDKVLN
DVKAVQTLSR LNRSAKYKID TCVIDFANEP EHILEAFQPY YKETKLEGET DPNKLHNLLS
MLDAKYVYEE DEVDRLVDLF LKNSPRSFID SILDKSVERY TALSEEDQVE FKSGVKSFIR
TYNFLASILP IGQVDWEKKV IFFEQLIHRL PTPEGDDLSA GILESVDLES YRLEKKNTID
IILEDEDGKV EGLGIGAGKK NEVELDTLEN IVSTFNDIFG NIDWQDKDNV ARQIKELPEM
VMKNEKFKNA LKNSDIENIK REYHSALKEV FRIIMVDNME LFGQWTNNSN FSKWLNDTIF
DEIMKKNKR
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