| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccur_14010 |
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| Symbol | |
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| ID | 8375606 |
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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 | Cryptobacterium curtum DSM 15641 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013170 |
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| Strand | - |
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| Start bp | 1590647 |
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| End bp | 1593730 |
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| Gene Length | 3084 bp |
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| Protein Length | 1027 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 644994316 |
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| Product | o-succinylbenzoic acid synthetase |
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| Protein accession | YP_003151756 |
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| Protein GI | 256827797 |
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| COG category | [I] Lipid transport and metabolism
[Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG0318] Acyl-CoA synthetases (AMP-forming)/AMP-acid ligases II |
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| TIGRFAM ID | [TIGR01928] o-succinylbenzoic acid (OSB) synthetase |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 1 |
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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 | 134 |
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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 | GTGGAGTTGA ATATTATTCG GTTAATCGAA GAGAGGTTGG CTGCGCAGCC GGAAGCGATA
GGCCTTATCG ATGCAACTGA TGCGTATCGT GTAATACCGC TGCGTGAACT GGTAGCTTCT
GCTAAAGAGC GCGCAGAGTT GTTTGCCGCT TCAGGTGTAG GAAAAGGCGG TTGGGTATCG
ACTGACGGAG AAAATAGCGT CGCCTTTGTG GAACTGTTGC TTGCTGCTGC ATACGGTGGC
TTTACCGTGG TGGCGCTTAA TGCCCGCTTA ACCGAAGAAG AAAAATGCGA TCGTATTCGC
AGTATCGAAA GCGTGCTGCC GAGTACCGAT AGACCCATTC GTAGCATAGA GAATGCACTG
TACGGTGCTA GCCCGCAGAC CCACAGCGAC ACAAGAGACA AAAGAGGGTC GCAAGACCAC
GAGACTTCGC GTCTAACAAC CACCAGTTTT GTTGCACAGT CAACCTTGGA TACGAGCACT
ATTGCGCAAG ATGCGCAAGA GCCCATTTTG CACGCTAAGG TGGATACATG CTCGAGTGTA
TCAGCCACGA ACTTTGATCT TAAGCGACGA GCGGTTGTGA TGTTTACTTC GGGAACGTCA
GGCAGACCTA AAGCTGCTTC TCTTAGTTGG GGAAACATCC TCGGCGCGGC AGCTGCTTCA
AACGCTGTTC TTAATAATGG TGTCTATTAC AGCAGTGATT TTGCTCTTGG TGAGACTGCT
TTCGATGGGT TTACTGTTTC CGATAGCCTT TCTAGCATCA ATAACCCTTC TGCCGCTAAT
AATGATGCTG TTCTTAATAC CAGTTTTCCC CTCATGGACG ACGCTACTCT TGGCAATGCC
CCTGTTTCCA GTGGTAGAAA AGCAGTGCTT TGGCAGGCGA CGTTACCCTT CTATCACGTG
GGCGGTATGG AAATTATCTT TCGGTCGCTC TTAAGTGGCA CCCCGTTTAT TTTGTATCGA
AACTTCGATG CTTCGGTTGT TCTGGCAGAC GCTGATCGGT TTGGAGCCAC CCATATATCT
GTTGTCGACA AGACTCTGCG CGATCTTTTG AACTGCGCAG ACGCCAATAA ACAGGCGGCC
GGTATCTTGC AGCGCTATCA GTGTATTTTG CTTGGAGGGG CAGTTCCTAA CACCACTACG
CTGGATGTTG CCCGCCGTCT GAATGCGCGG GTGTATGTGA GCTACGGAAT GACCGAAACA
TGCAGCCAAA TTGCGAACGC CCGGCTGACA GCCAACTTCG ATGGAACACT GCACCTGTTG
CCTGGATATG AAGCAGTCAT TGTCGATGCT GACGAGTCAG GCTTTGGTCA GTTGGCAGTC
AGCGGACCAG GCGTTATTTC GGAATATGTG AACGCGCAGG CGACCTTTAC TCGTGATGGA
TGCCTGTTAA CGGGCGACCG AGCTCGCCTC GTTGAGGAGC GCTTACAGGT TGCAGAGCGT
ACTGGCGACA TGTTTGTTTC AGGCGGTGAA AACATTTACC CGGAAGAAAT TCGTGCAAAG
TTACTTGCCT ACAAGGGGGT AACTGACGCA TTTGTATTTG GGGCAGAAGA TGAGGTGTGG
GGGAGGCGCC CGGTTGCGTT TGTTGAAGCC GCCTACATAT CCCAACAAGA CGGCTTTAAC
GAGATTGCCT TTGCGGATGA CATTCGGCGA GAGCTTTCTG TTCGCCTGTC GCGCCTCTAT
CAGCCACGAG ACATTATTGT TGTGCCTGAA TTTCCCTGCA CCGGTATTGG CAAGGTCGAT
CGTGCTGCGC TGCGCACTAT CTATCGCGAA CGGCTGGCTG TTACTCGTCT TGATGTTTGG
CGTATCAAGC AGCCAATGGT CGATACGCGG ACTGCAAAAA CACAGCTTAA GGAACGAGAA
TCGCTTATTG TTGCCGTGTG TGATGCGCAC GGTCATACCG GAATTGCCGA GGATGTGGCT
TTTTCTACTC CGTGGTACGG GCCAGAGACC ATTGAAGACG ACTTGCAGTT TATAGAAAAG
CGCATCGTGC CGTGTATTGT TGGGAAGACG TTTATTCATC CTCTCCAAGT GAGTAAGTAT
CTAGCTTTTC AGGATAAATA CGGGGTGGAT ACCAGCAATG ACGCTGATGA TAAACCTGAC
ACTAGCAATG CCCATGCTGT TAAAAAGAGT AATGCTACCG ATGTCGCTGA GACTGCCAAT
GACAGTAATG CCACTGAGAG TATGAGATCT CATCCGCTGG CTTGTGCTGC GGTGGAGCCG
GCGCTGTGGG ATCTTTACGG CGCGATCGTC GGAAAAAGTG TACGCGAGCT TATTGATGGA
CGACTGGAAA CAACAGAAGC GTCATCTTCA CATCCTGTGC CACCGGGGTG GGTTGCAGGC
GGCGCGGTGG TTGGCATTGC GAGCACGCGG CTTGTGCTCG ATAGTGTTTC TCGTGCTGTT
GAGACGGGGT ATACGCGCGT TAAATTAAAA ATTCAGCCAG GCCATGATCT GCGGATAGTA
CGCAAAGTGC GTGAGAGATA TCCAGGACTG ACACTCCTGC TTGACGCAAA CCAGAGTTTT
ACCGAGGCTG ATAAGGAAAC GCTTATAGAA CTGTCACGTC TAAATATTGC CTGCATCGAA
GAACCGCTTG ACCCGCATAA GGCTCCAGCG GTTGGACCGC GAGGTCTGTT CGAACGTCTA
AGTCGCTTAC AAGGCGAATT GGCTTGTCCT ATCTGTTTAG ATGAAAGCTG GACAGATGCT
CATGAACTGC GTCGCATAGT AACCAATCAT CCAGATTTGC GGTGCGTTGC CATGAAAATT
GGCAAGTTTG GAGGTGTACA ACCAGCCCTC GATTTTTACT ATTGGGCACG CGAACGTGGT
GTTGCTGTTT GGATGGGCGG TATGTACGAT ACCGGCATCA GTAAGCGATT GCATGCGGCC
TTTGCGACGC TGCCTGGCAT GTTGGTACCA GGCGATATTT CTTCAAGTTC TCGATATTTT
GATACCGAGA TAACGACACC GCCGCTTACG CTTGAGCGGG GCATGCTGGA GATTAATCCC
CCTGAGCAGG CTGTCGGTTT GGGCTGTGCG CTTCACCAGG AAACAATTGA CGAGATTGCC
GTTGAACATC GGGTATACGA ATAA
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| Protein sequence | MELNIIRLIE ERLAAQPEAI GLIDATDAYR VIPLRELVAS AKERAELFAA SGVGKGGWVS
TDGENSVAFV ELLLAAAYGG FTVVALNARL TEEEKCDRIR SIESVLPSTD RPIRSIENAL
YGASPQTHSD TRDKRGSQDH ETSRLTTTSF VAQSTLDTST IAQDAQEPIL HAKVDTCSSV
SATNFDLKRR AVVMFTSGTS GRPKAASLSW GNILGAAAAS NAVLNNGVYY SSDFALGETA
FDGFTVSDSL SSINNPSAAN NDAVLNTSFP LMDDATLGNA PVSSGRKAVL WQATLPFYHV
GGMEIIFRSL LSGTPFILYR NFDASVVLAD ADRFGATHIS VVDKTLRDLL NCADANKQAA
GILQRYQCIL LGGAVPNTTT LDVARRLNAR VYVSYGMTET CSQIANARLT ANFDGTLHLL
PGYEAVIVDA DESGFGQLAV SGPGVISEYV NAQATFTRDG CLLTGDRARL VEERLQVAER
TGDMFVSGGE NIYPEEIRAK LLAYKGVTDA FVFGAEDEVW GRRPVAFVEA AYISQQDGFN
EIAFADDIRR ELSVRLSRLY QPRDIIVVPE FPCTGIGKVD RAALRTIYRE RLAVTRLDVW
RIKQPMVDTR TAKTQLKERE SLIVAVCDAH GHTGIAEDVA FSTPWYGPET IEDDLQFIEK
RIVPCIVGKT FIHPLQVSKY LAFQDKYGVD TSNDADDKPD TSNAHAVKKS NATDVAETAN
DSNATESMRS HPLACAAVEP ALWDLYGAIV GKSVRELIDG RLETTEASSS HPVPPGWVAG
GAVVGIASTR LVLDSVSRAV ETGYTRVKLK IQPGHDLRIV RKVRERYPGL TLLLDANQSF
TEADKETLIE LSRLNIACIE EPLDPHKAPA VGPRGLFERL SRLQGELACP ICLDESWTDA
HELRRIVTNH PDLRCVAMKI GKFGGVQPAL DFYYWARERG VAVWMGGMYD TGISKRLHAA
FATLPGMLVP GDISSSSRYF DTEITTPPLT LERGMLEINP PEQAVGLGCA LHQETIDEIA
VEHRVYE
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