| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccur_12000 |
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| Symbol | |
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| ID | 8375406 |
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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 | 1362837 |
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| End bp | 1366259 |
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| Gene Length | 3423 bp |
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| Protein Length | 1140 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 644994118 |
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| Product | membrane protein YfhO |
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| Protein accession | YP_003151567 |
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| Protein GI | 256827608 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4485] Predicted membrane protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | 140 |
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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 | GTGAGGGCGC ACGCCGTGCA AACGAACAGT CTGTATGCCA GACAGCCTTC TGCAAAGCGA
CCCGCTGCGC AACAAGTTCA ACATTCTCGA AGGGTTTCAC CTATCCAACA GGCCAAGCAG
GTTCGACAGC GCCCTACCCA TTGTCTTGCA GGATTGATAC ACCGCGCTGC TTCACCTGTG
GCAGTGCTCC TTATATTTCT GTGTATGGCG CTTATGTTAC ACTTTTTGTT TTTGCCTCAG
TTTGCAGGCT TGCCCTTCGT GGGATTTACT TACGACGGTG GTGATGCGTC AGCCCAGTTG
ATTCCTGCTG TATCACTACT CGAGCGAAGC CTGATGGATG GCACGTTTTT CTGGTCGTGG
GATTACGGCC TGGGCGGCGA TCTCTTTTCT GAGTTTTCGT ATTATTATTC GACGTCGCCC
CTTTTCTACC TGCAATTCAG TATCAAATGG CTTTTTGGCG CCGCAGGTGG GGATTTCGCC
ACTACTCAAG CATGGCGCGT GGTGTTCAGC ATTATTAAGC AGATTCTCTG CATGCTGTTC
ATGTATCTTC TTATCAGGCG TGAAGGAAAG GGTCGCCTTG CTGCTCTAAC AGCTGGCATC
CTGTATGGCT GTTCATTCTG GTACATCGAT AATTCAGTAG CTTTTGACTT TATGACCGAC
GCCATGCTGT GGCCGCCGCT TTTGGTTATG GCTTTTAATC GCTGGAATCG CACCGGTTCG
TGGATGCCAC TTTGCCTTGT GCTCGCGCTG TCTATTGCGA GTAATTTTTA CTTTGGCTAC
ATTGTGTGCG TGTTCTGCAT CTTGTTTGCG CTGGTGTTTG CCTATCGTGG AGAAAACGGG
CAGAAATGGG CTGCTTTTAT TCGCGGATAT CTGCGACGTC TTGGTGTGTT GGCGCTGGTA
GCGATAGGTG CTATCCTGCT TTCATCAATT GCTTTTATTC CCTCTGTCAT TGCATTACTT
TCAGCTGATC GTGCGCAAGT TCCCCTGCAG GTGGGTATTT TTCCGTCGCT GCATTTTGTG
AAAGCATTGC CGGAGATTCT GTTTTTCAAG GGGGGTATGT TTTCGGCAAA TGATGCGCAG
ACGTATGCAT TTCCTCTTAT TGCTATGTTG GCACCATTTC TGTTCAAACA TTTGTCACCA
GCTGGGCGCA AGAGGACTAT TTTTGCGGCG CTTCTTGTTT TGCTCTGGTT ACTGCCGGTT
GTATCAAGCT TGATGAACGG CTTATCGTAC CCGTCAAACC GCTGGTGCTA TCTCGTGGTG
TTTGCAGTGG CCTATGCGGT GCCCGATTGG ATTGAATGCC TTGCAACAAA AGGTATTCGA
GCTGTTCGTC CAGTGGTTTT TGTTGGGTTG GCTGTGCTGG CACTTGTTGT TTTGGCAACC
CATAATGTGC GAGTACAAGA TCTCAGCGGT GCGCCGGGTT ATGTGTTCCA GCTCCTTGGT
ATATCTGACT TGGTATTTTT TGGGCTGCAA GTTGCCTTTA TCGCAGTTAT TTTGCTCAAA
GGAACACGAC AGCAAACAAA TGGGGCAGCT CGAGTGCATG GAGTGCCTCT TTCGGCAGCG
GCATTGGCAC TACTTGCTGG TGCGGTTTTG TTGGCTATGC CATTTGGACC ATATGCGGCC
TATGCAGGGT TTCGCGATAT GGGTGGAGCG GTTACCTTTT CGTCGCCCGA ACAACTTAAC
AAAACATTTG AAGGCGACAC GAGCAATCAA GAGACATATC GCCTTTTGGC TCAGGCTGGG
GCTGAATTTG AAGCTGGGGT CAAGACTAAG ACCGAACCCA GGGTTGCAGC TCATGTTCAG
ATTGATACTG ATGCTAATGC TGGTGTTGAT GCTAATTCTG GCACCGACTC TATTGATGCT
AACAATACGT TCTTCCGTAC AGCAGATGAA GAAACTTATC AAGATGATGC TAACTATCGT
CGCTTTGAAA ATCGTTCGTG GATCCTGGGC ACTCATCCAG TGAGTGTTTA CAATTCCCTG
ATCACCAAGG ATATTAGCCA GTGGATCAAG CGCGAGCGGC AGGTAACTCC GACAACGCGG
TCAGCCTCCC AGTATCGTGG GTTTGGGCAT CGACTTTTTA TTGAGAACGC ATGGGGTATT
GAGTATAAAT TCAACACCAC CGAAGCGAGC AATCTCTATG GGTATGAGCC ACTTGATGAT
AGCAGTCACG AATCGCTCGG CGATACTTCC CAGGTACTTG GTGCTCAAGA TGCTTCGAAT
GAGAACGCTA GCCAGACAAA TATCTCGCAT ACAAATACTT CTCAGACGAA TGCCCCTTCA
AGCGACGAGG CAACCGAAGG GAAAACGACT GAGGGTAAAA CAACCGCGGA CAAGACCACC
ATGGACAAGG TCACCGCGTC AACCAAAGAA ATCTGGCGCA ACCGCTATGC TACCGGTATC
GATCTATGGT ACTCGACAGC AACTGCAAAA AGCAGCACAC CTACCTGGAG TTTTGAAGAA
AGCGATGCAG CCTTACTACA AACAGCAGTT GTTGACGATG ACGTGGCCAA TCGCCTCGCG
CTGCCAAGTG GTACCCTTGA GTCGACGGTA ACCGTTCTTC CTCTTGATAA TTCGAATACA
CACTTCGACA ATTGTTCACT TTCAAACGGG ATTTTGCAGG TTGATTCAGG TGGGGGATCG
ATAACTATCG ATCTTCCCGA TAATCTCGGC AGTGGTGAGT GCTTGCTTTC TTTCACGCTT
AAGAATACAC AGGAAGAATC GTTCACGTTC CGTGTTAATG GCGAAGAGTA CTGGCAAGGT
GGAAAGACGC ATCGCTGGCG GTATCCGATC GATAATTACT CTCTCTGTTT TCCCGAACCG
GAAGGCTCTC TCAAGGTCAA TATTTCTGCG GGAACGTACA CAGTAGACAA TGTGCAGCTT
GAGTTTGGGT CATACAGCCG ACTTGCTGAT TGGACTAACT CGGTAAATCG GTATGGATTG
GCTGATCTTA CCGTCGGAAA AAGCAGCATT ACAGGTACCA TTCATACAGA TGAAGCAGGC
ATTTTGGCTT TAGCAATTCC CTATAAAAAG GGGTGGACCT GCTTAGTTGA CGGTAAGCCG
GCAGATTCCT TTGTGGTAAA CGGAATATTC GCCGGAGTCT TTCTTGATGC GGGGGATCAC
ACCGTACAGT GGAGCTATGC TAACCCCTAT TTTCCTTTTG CTGCAGGACT GAGCATCTTG
ACAGGTATGG CTCTTGCAGC GATATGGTAT TTTAGGCGGC GAAAATCTGG GTCTAATGTA
CTTACTCGCA AGCAGATAGC GCGTCCGTCG GTACCGTCAT GCTCACAGTC ACGCGTACGG
TCACACTCAC CACACTTACT TGAAAACGAC CTTGCGAAAC AACACGAAGT TCCACGCCAC
AATGCAGACC ATAGTAGCGA GCTTAGCAAC AAGCGGCATA ATGCCGACAC CAGTCATATA
TGA
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| Protein sequence | MRAHAVQTNS LYARQPSAKR PAAQQVQHSR RVSPIQQAKQ VRQRPTHCLA GLIHRAASPV
AVLLIFLCMA LMLHFLFLPQ FAGLPFVGFT YDGGDASAQL IPAVSLLERS LMDGTFFWSW
DYGLGGDLFS EFSYYYSTSP LFYLQFSIKW LFGAAGGDFA TTQAWRVVFS IIKQILCMLF
MYLLIRREGK GRLAALTAGI LYGCSFWYID NSVAFDFMTD AMLWPPLLVM AFNRWNRTGS
WMPLCLVLAL SIASNFYFGY IVCVFCILFA LVFAYRGENG QKWAAFIRGY LRRLGVLALV
AIGAILLSSI AFIPSVIALL SADRAQVPLQ VGIFPSLHFV KALPEILFFK GGMFSANDAQ
TYAFPLIAML APFLFKHLSP AGRKRTIFAA LLVLLWLLPV VSSLMNGLSY PSNRWCYLVV
FAVAYAVPDW IECLATKGIR AVRPVVFVGL AVLALVVLAT HNVRVQDLSG APGYVFQLLG
ISDLVFFGLQ VAFIAVILLK GTRQQTNGAA RVHGVPLSAA ALALLAGAVL LAMPFGPYAA
YAGFRDMGGA VTFSSPEQLN KTFEGDTSNQ ETYRLLAQAG AEFEAGVKTK TEPRVAAHVQ
IDTDANAGVD ANSGTDSIDA NNTFFRTADE ETYQDDANYR RFENRSWILG THPVSVYNSL
ITKDISQWIK RERQVTPTTR SASQYRGFGH RLFIENAWGI EYKFNTTEAS NLYGYEPLDD
SSHESLGDTS QVLGAQDASN ENASQTNISH TNTSQTNAPS SDEATEGKTT EGKTTADKTT
MDKVTASTKE IWRNRYATGI DLWYSTATAK SSTPTWSFEE SDAALLQTAV VDDDVANRLA
LPSGTLESTV TVLPLDNSNT HFDNCSLSNG ILQVDSGGGS ITIDLPDNLG SGECLLSFTL
KNTQEESFTF RVNGEEYWQG GKTHRWRYPI DNYSLCFPEP EGSLKVNISA GTYTVDNVQL
EFGSYSRLAD WTNSVNRYGL ADLTVGKSSI TGTIHTDEAG ILALAIPYKK GWTCLVDGKP
ADSFVVNGIF AGVFLDAGDH TVQWSYANPY FPFAAGLSIL TGMALAAIWY FRRRKSGSNV
LTRKQIARPS VPSCSQSRVR SHSPHLLEND LAKQHEVPRH NADHSSELSN KRHNADTSHI
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