| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spro_0294 |
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| Symbol | |
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| ID | 5607232 |
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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 | Serratia proteamaculans 568 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009832 |
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| Strand | + |
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| Start bp | 341925 |
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| End bp | 347828 |
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| Gene Length | 5904 bp |
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| Protein Length | 1967 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 640935798 |
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| Product | coagulation factor 5/8 type domain-containing protein |
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| Protein accession | YP_001476532 |
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| Protein GI | 157368543 |
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| COG category | [S] Function unknown |
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| COG ID | [COG5368] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.630839 |
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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 | 4 |
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| Fosmid unclonability p-value | 0.000980746 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAACAATG AATATACAAA AACGGTATTT GAAGGTAATA CTGCCGACAA AGCCGATACT
TTGCTGGCAA GGATAGACTT CAATACGGAA ATTAACGATG TCTCAGGGAG TGATAATATA
GAGAAAGTTG AGGGTAATAT CATTCTGGTT AAAAATAATA TTGGCCAGAA TGGTTATTTC
GAAAATGGCA CTATTTCACT GGTCAGGGAT GGTTTTTTAT TTTCTACAGA TCGTGATTTT
AGCCTATCGT TCTGGATTAA ATCTGGTTCA TCAAGTGATG GCGTGATTAT CTCTAATAAA
AATTGGGGCA AAGGCTCAAA TATCGGCTGG TTGGTGGGTA TTAATCATGA TTATCTGGTC
TGTAATTGGA AAGGGGTCTC CGGTTCACGT TTAGATGTCG GCGCTGAACA AAATATAAAA
GTTGCTGACA ATCAGTGGCA TCACATTGCA GTCACTTTTG ACCGTCAGGG TGACGCTATT
TTTTATAAAG ATGGAGATCA AGTATATAAC ATTAATATTT CTAACTCGGG CAGTATTGAT
AGTGGATATA CAACGGTTAT CGGTGCGGAT GCTCTGGGTC AATATCCTTT AAAGGGCTGT
CATCTGGATG AGATTGAAAT CCACGATAAA GTATTAACTC AAGAAGACAT TAAGCAAAAA
TTTTATGATC TGAAAGATAA ACTGCAGAAG CCACTGAGCG TCTTCATGAA CTTTGAAGGG
GATCTCAAAG ACAGTTCAGG CCAAAGCAAC GATGGTATAG CAACCGGGGA TATTGGTTTT
GTTCGTGGTT TTGATGGACT GGCGGCTAAA TTAGAAAAAT CGTATATTAC GCTACCACAA
AGTGAGTTAT TTCCCGCTTT GGATGGTGAC TTCAGCGTTT CTTTCTGGGT AAAGGCTAAC
GCACAATATG AAGGGGTTAT ATTTTCTAAC AAAGATTGGC GTGTTGGCGG GAACATTGGT
TGGGTAATAG GGATTAGTGG TAAAAGCCTA AGGTGGAATT GGCAAGGTGC TTATGGTCGC
CGGTTGGATA TGGCGGATAT CCCTATCGCC GATTTTAAAT GGCATCATGT TGCTATTGCA
CACGATCGTT CCAGAGACGC TGTTTTCTAT CTCGATGGTC AGGAGCAGTC CCGGGTCACT
ATTGCCAACA GTGGACACAC TAACACCCAT TTGGATTTTA ATATCGGCGC GGATGGCCGA
GGCGAATATC GATTGGCGAA TACTTTTCTC GATCGAGTAA ATATAACCAA CACCATTATT
TCCGCCCAGC AAGCCCGACA AGAATATGAC GAGTATTATG AGAAACTCAC TCCGGCACCT
ATCTCACTGC ATTACGACTT TAATGATCAT TTAAATGATG CCTCGGTTAA TGGCTACGAT
GCAGTCATAC ATGGCAAGGA GGAATATGTA TCCGGTTTTG CCAACAGTGC ATTTTTGTTC
AATGGCGATA GTTTTATCAC CATTCCTAAT CCAGAATTAC AAAATGATTT GTCAGGTGAT
TTTAGCCTGT GCTTTTGGAT CAAGGCCCCT ACCGGCAATA AAGAACAAAC GATTATTTCG
AATAAAGACT GGAACAGTGG GGGCAATCCA GGCTGGCAAT TAGGGATCCA TAAAAATGCA
CTGAGTTGGA ATTGGAAGGG GGACAGCGCC GGTCGTTATG ATCTTGCTGA TGACTATCCT
ATTTATGTGG CAGATGGCCG CTGGCATCAG ATCACGGTGA GTCACGATCG CTTTGGCAAT
GCCTGTTTCT TTAAAGACGG TGTGCTGAAA CAACAGATTG ATATTCGTTT TTCGGGGGAT
ACCGCAACTG CGTTGGATAT CGCTGTTGGT GCAGATGCTA TGGGCCAGTA TCGCCTAAGC
AACGAAACAA TGATTGATGA GCTACGGATT ATCAACCGGG CTGTAGACAG GCAGGAAGCA
CTGGCACTCT ATGAGGAATA TCGCGATCTC ATTGTTAAAC CCTTGACCGA GAAATTTAGC
GGTAGCTTGA AATTCGTTGG AGCGGAACAG ACGGTGACGG ACTCCGCGTT TACGCTGAAT
CTGCATTTAC GTACCAACAA TATGGAGAAT GTCATTGATG ACTGCACCAG TGAGCTTCAT
TATGACTCAT CCTTATTTGA ATTTATTGAG GCCGTTGGCA GAGATATTTC TGCACGAGTT
ACAGCAAACG GTGTTTTGAA AGTCAGCGTA TATGGCGGTC GTACCTTCAA CAATACTGAC
CCTTTAGACT GGCAAAAAAC AAAAGTGGGG GAACTGCGGT TCAAAACCAC TGCAGCAGCG
GGTGCCGGTG AGTTCTCTTT GTCAAATTGT CAATTCTACG AGAATGGTCG TTTATATCAG
ATTGATTCGC TGGATGTGGA AACACATCAT CTGACGATCA ACGAGGCATT ATCCCTGGAC
GCTAACCAGG ATGGTGTGAT CACATTAGGC GATATTATTG GCCTTCCCCA TGATCGGCAA
GTCCATGTTG CAGAGCAGCT TGCTTTTATG CCTTATAAGC GCGTGCTATT TATTGGTCTG
GATGGTGCGG GTGCCGGTGT CAGCATGCAG GCTCCCTATT GGCCTTCCGT GGAGTCGAAA
AAAGAAACGG TTGGCGATCG ACTGCATATC CCGTATTTAC GAAAAATGAT TGAGCAAGGC
GCGGTGACCT ACACGGCGCA ATCGGTTATG CCGTCCGACT CTGCCCCAAA CTGGGGGGCG
ATACTTACCG GTGTAGATAC GAGTAAACAC GGGGTAACCA ATGGTGTCGC TGCCGAATAC
TACTATCCGG AAAACAGCCT CTATCCGACC TTATTTAAAC GGCTGCGACA GGCCATGCCA
AACCGCAAGC TTGCCGCTTA CGTTTCCTGG GATGCCATTG CCAATAGCCT GATTGAGCCT
TCGCTTGGGG TGGAGTGCGT CAAGGATTAT GATGCGGCCA TCGTGGAAAA GGTCACGGCC
TATATTGCCG GCGGCAAGAT GAAAGATACT GCATTCATGA TGGTCCATCT AAGCAATATC
GATCTGGCCG GACATTCAAA GGGATACTAC GGACCGGACT ATTACCGGGC AATGACCACG
GCAGATGGGC AAGTCGAGAA GATTATCAGT GAGCTGGAAC GGCAGGGCTT ATGTGAAGAT
ACTTTGGTGA TTATCTCCCC CGACCACGGT GGCGGTACCG AGCAGGTGGA CGGGACTCAA
ACACAGAACT TTAGCCATGG GCAAAACTCC GCATTGGCGC GAACCGTCTT TATTGCGGCG
AATGGTCGAA CCGTCGCCAG AGAGACGGCA GGTGAAAAAA CGCTGTTGGG CGGCTCCACG
AAAGATATTG CCGCTATGGT GTGCCATGCA TTGAATATCC CACAGACCAG TGATGAAGTG
GGTTTACGCA ATATGTTCAT GAGGCAAGAT GAGCTGTCAG ATGCCGACTT GCCTGAATGG
GTGATGACCC AAGTAGTTAA TACGCCGTCA AACAGCGTCG GTAGCTATCA ATTAATGCTG
GCAAACGGCA GCGATGATAT CTGTGCCGCC GATATTACGA TTGAGGTGGA TAATACCCAG
ATAGAACAGG TTATTCCCCT GCTGGCCGAC ATCAGGCTGT TACGCAAAGA GTTTGCCGCG
GAAAAGTTAC GCCTGGTATT TGTCTCCGAC CAGCCATTAC CGGCCGGGCA GGCATTGTTT
ACCTTTACGA CGCGAAGACA TTCCCCGCAG TATGGCCTGC AAATCAAGGA TGCGATGGTA
GCCAATCAGC AAGGGCATGA GACCCTGCCT GGATTGACGC AGCAAACACT GACGCAAGGC
GATCCACTCG GCATCACGCT GAGTCAGGAA ACGGTCACGT TGGAGATGGG CAAGCAGTTT
ACCTTGATCG CGGGTATCAA GGGAGTACAG GCCGATGATT TGAAATGGAA AAATACGCGC
CAAGATGTGG TCATCCTGCA AGCGAATGAA ACTATTTGCA CCGTTAATGC GCTTAAACCC
GGCTTCACGA AGATCACCGT CGAAAGTGTA GATGGTGCAT ATTCCGCTGA GTGTGACGTC
ACGGTGATAG CGCCTCTCAC TTTGGATAAT GAAGGTTTCA CCGACAAGAG CCGTTGGTTG
ATGGGTTCGG CGACCCCGGG GAGTAAGCTC GAAGTCACCA CTGAAAACGG GGCGTCGATT
TTCGGCTCGG TGGCAGACGA TGGACGTTTT CACCTTGAAC TGCCGTCGTT GTTGGAACAT
TCCCAGTTTT ATATCCAGGA AACCTATCCT CAGGGCACTA AAGGGGAGAG ACATAGTTTT
GAGGTGCGTC CTAGTTACAA CCTGTTGTGG GATATCAATG CCCAGGCCAG TGCCAGCAGC
GTTTGGTTCA AACAACCACA GTATGGGGCT GATAAAGCCA TTGATGGTGA TGCTGGCAGC
CGCTGGGCCT CTCATAACGA TCCGCTTCCG GCGTGGCTTG TGGTGGATTT GGGCGCTGAA
ATTGATTTCG ATCTGGTGAG AATCAAAGAG TATGAGTCTC GGGTTGCGGC CTTCACGCTT
GAAATCCTGC AAAATGGGCA GTGGTTGCCG GTTTATCAGG GGACGACCCT TGGACAAAAC
GCCCAGCTTT ATTTCCCTCG CGTTAAGGCA TCGCAAATCA GGCTGAATAT TACGGCCGCG
AGTGATTCCC CCACAATCTA CGAACTGCAA ATTTTTGATA CGGCCAATCC TCCGGTGCGC
GAGATCAGCG ATTCCGCGTT GATTGCGTTG GAAACCAGAA AAAGTTTCAA TTTCTTCTGG
GAAATGGCCA ATAGCGATCC TGCCAGCCCC GGCTACGGTT TGGTTAGCGA CGCGAAGCCC
TCGGCGATCT GCAATGTGGC GCAGGTCGGT TTTGCCCTGT CGGCGATTCC AATTGGCGTT
AACAACGGTT GGATCACCTG GGATGAAGGG GCTGCACGCA CCCTGGGCAC GCTGAATATG
TTGTTGAATA ATGTCGATCA ACACCGGGGA TTCTTCTACC ACTTCCTGAA TAAGTGGACG
GGGAAACGGG CCTGGAACTC TGAACTTTCA ACTATTGATA CCACACTGGC GTTGAATGGC
GTGATTGTTG CCGGGGAGTT CTTCGGGGGT GAAATCAAAC AAATGGCGGA CCAGATTTAT
CACAAAGTCG ACTGGGAGTG GTTCCGCGAT CCTATAACCA ATCAGTTTTA TATGGCGTGG
TACCCGGAGA ATGGCGGTGG ATTCAATGAG TACAAATGGT CCGGCCCGGT TGAACAGGCC
AGCATGTATG TACTGGCGGC AGGCTCTCCG ACGCATCCGG TCAATGGCGA TATGTTCTAC
AGCATAAATC GTGCTAAACG ATCGTACCGC GGGAGTGAGC CGGTGTTTGA TACCTGGTTT
GGCTCCAGCT TTACCAACCA GTTTTCTAAT GCCTGGGTCG ATTTCCGTGG CAAGGTCGAT
AAGCTGGGTG ATGACTGGTT TAACGATGCG GTGCTCAACT CGCAAATCAG TCGCCAATAC
AGCATTGATG AACAGGATAA CTTCAAGACG TTCGGTCCTG ATTCATGGGG ACTGTCGGCG
GCGCCAGGCC CAGATGGCAT CTATCATGGC ACCTATGGTG CGCCACCGGC GACGGCGGCC
AGCACGGATG GCACTATGGT GCTTTCCGGC GCAGTAGGCG CCATTGTATT CACGCCACAA
GCATCACTGG CGGCGATGCA AAACTATTAC CGGAACCACC CTTATACCTG GGGCAAGTAC
GGCTTTAAAA GCGGTTATAA CCTGGATGTT AAGCCGTATT GGTACTCTTC ATCAGTTAAT
GGGCTGGAAA AAGGGATTAG CGTCGTCATG CTCGAAAATT ATCGCACAGG CATCATTTGG
CGGTTGTATA TGCAGAATGA GGCGATTAAG CGAGGTGTGG CCGCCATTGG CCTGACTGCG
CGCAATGAGG TTAGCGGAGA GTGA
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| Protein sequence | MNNEYTKTVF EGNTADKADT LLARIDFNTE INDVSGSDNI EKVEGNIILV KNNIGQNGYF
ENGTISLVRD GFLFSTDRDF SLSFWIKSGS SSDGVIISNK NWGKGSNIGW LVGINHDYLV
CNWKGVSGSR LDVGAEQNIK VADNQWHHIA VTFDRQGDAI FYKDGDQVYN INISNSGSID
SGYTTVIGAD ALGQYPLKGC HLDEIEIHDK VLTQEDIKQK FYDLKDKLQK PLSVFMNFEG
DLKDSSGQSN DGIATGDIGF VRGFDGLAAK LEKSYITLPQ SELFPALDGD FSVSFWVKAN
AQYEGVIFSN KDWRVGGNIG WVIGISGKSL RWNWQGAYGR RLDMADIPIA DFKWHHVAIA
HDRSRDAVFY LDGQEQSRVT IANSGHTNTH LDFNIGADGR GEYRLANTFL DRVNITNTII
SAQQARQEYD EYYEKLTPAP ISLHYDFNDH LNDASVNGYD AVIHGKEEYV SGFANSAFLF
NGDSFITIPN PELQNDLSGD FSLCFWIKAP TGNKEQTIIS NKDWNSGGNP GWQLGIHKNA
LSWNWKGDSA GRYDLADDYP IYVADGRWHQ ITVSHDRFGN ACFFKDGVLK QQIDIRFSGD
TATALDIAVG ADAMGQYRLS NETMIDELRI INRAVDRQEA LALYEEYRDL IVKPLTEKFS
GSLKFVGAEQ TVTDSAFTLN LHLRTNNMEN VIDDCTSELH YDSSLFEFIE AVGRDISARV
TANGVLKVSV YGGRTFNNTD PLDWQKTKVG ELRFKTTAAA GAGEFSLSNC QFYENGRLYQ
IDSLDVETHH LTINEALSLD ANQDGVITLG DIIGLPHDRQ VHVAEQLAFM PYKRVLFIGL
DGAGAGVSMQ APYWPSVESK KETVGDRLHI PYLRKMIEQG AVTYTAQSVM PSDSAPNWGA
ILTGVDTSKH GVTNGVAAEY YYPENSLYPT LFKRLRQAMP NRKLAAYVSW DAIANSLIEP
SLGVECVKDY DAAIVEKVTA YIAGGKMKDT AFMMVHLSNI DLAGHSKGYY GPDYYRAMTT
ADGQVEKIIS ELERQGLCED TLVIISPDHG GGTEQVDGTQ TQNFSHGQNS ALARTVFIAA
NGRTVARETA GEKTLLGGST KDIAAMVCHA LNIPQTSDEV GLRNMFMRQD ELSDADLPEW
VMTQVVNTPS NSVGSYQLML ANGSDDICAA DITIEVDNTQ IEQVIPLLAD IRLLRKEFAA
EKLRLVFVSD QPLPAGQALF TFTTRRHSPQ YGLQIKDAMV ANQQGHETLP GLTQQTLTQG
DPLGITLSQE TVTLEMGKQF TLIAGIKGVQ ADDLKWKNTR QDVVILQANE TICTVNALKP
GFTKITVESV DGAYSAECDV TVIAPLTLDN EGFTDKSRWL MGSATPGSKL EVTTENGASI
FGSVADDGRF HLELPSLLEH SQFYIQETYP QGTKGERHSF EVRPSYNLLW DINAQASASS
VWFKQPQYGA DKAIDGDAGS RWASHNDPLP AWLVVDLGAE IDFDLVRIKE YESRVAAFTL
EILQNGQWLP VYQGTTLGQN AQLYFPRVKA SQIRLNITAA SDSPTIYELQ IFDTANPPVR
EISDSALIAL ETRKSFNFFW EMANSDPASP GYGLVSDAKP SAICNVAQVG FALSAIPIGV
NNGWITWDEG AARTLGTLNM LLNNVDQHRG FFYHFLNKWT GKRAWNSELS TIDTTLALNG
VIVAGEFFGG EIKQMADQIY HKVDWEWFRD PITNQFYMAW YPENGGGFNE YKWSGPVEQA
SMYVLAAGSP THPVNGDMFY SINRAKRSYR GSEPVFDTWF GSSFTNQFSN AWVDFRGKVD
KLGDDWFNDA VLNSQISRQY SIDEQDNFKT FGPDSWGLSA APGPDGIYHG TYGAPPATAA
STDGTMVLSG AVGAIVFTPQ ASLAAMQNYY RNHPYTWGKY GFKSGYNLDV KPYWYSSSVN
GLEKGISVVM LENYRTGIIW RLYMQNEAIK RGVAAIGLTA RNEVSGE
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