| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cagg_3665 |
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| Symbol | |
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| ID | 7268200 |
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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 | Chloroflexus aggregans DSM 9485 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011831 |
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| Strand | - |
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| Start bp | 4456208 |
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| End bp | 4459462 |
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| Gene Length | 3255 bp |
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| Protein Length | 1084 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 643568471 |
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| Product | molybdopterin oxidoreductase Fe4S4 region |
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| Protein accession | YP_002464937 |
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| Protein GI | 219850504 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.120548 |
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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 | 26 |
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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 | ATGAAACGAC AGCACGACAC CCCAACGCCT ACCGGCTCTG GTATCAGCCG GCGCGATTTC
CTCAAAGTTT CGGCGTTGCT CGGCGGCAGC GCAGCTTTGG CCGGCTGTGG TCCGCTCGCT
AGCCTCTCAC GCGGCGAACC GATCGATCTG CCGCTGGTCG ATGCCGCTAA CTCGATCCAA
ACCGTTTGTT TGCAGTGCAA TACCGGCTGT GGCCTCAAGG TCAAGTTGCT CGATGGTGTG
GCCGCCAAAC TTGAAGGTAA CCCCTATAGC CCTTGGACAA TGGAACCGCC CTTGCCCTAC
ACGACCCCAA TTAGCTCTAT CGGGTCGGTT GATGGCGCAC TCTGCCCGAA AGGACAGGCC
GGTATCCAGA CCGCCTACGA TCCGTACCGG TTGACCCGCG TTCTCAAGCG CAAACCGGGA
ACACCACGCG GAGCCGGTCA ATGGATTACG ATTGACTTTG AGCAGGCAAT CACCGAGATC
GTCGAAGGCG GCGATCTGTT TGGCGAAGGG CCGGTCGAAG GGTTACGCGC ACTGTATGCA
CTCAAAGATG CAAAGCTGGC CAAAGCGATG GCCGCCGCAG TGAACAATAT TCTCGCCGCG
AAGCCCGAAG AGAAGCCCGC ACTGGTCGAG CAGTTCAAGC GTGACTTTGC CGAGCATCTC
GATGCCTTGA TCGACCCCGA TCATCCTGAT TTAGGGCCAA AGAATAACCA ATTCGCCTTC
ATTTGGGGAC GCCTGAAGAA CGGACGTGGT GATTTGGTGC AGCGGTTCGT CAAGAGTGGC
TTTGGCTCGG TCAATGCCAA CGGCCATACT ACCGTCTGCC AGGGTTCGCT CTACTTCACC
GGTAAGGCCA TGAGCGAACA GTTTGATCCG GCAACCGGTA AATTCACCGG TGGTCAAAAG
TTCTACTGGC AAGCCGATTT GGGGAACGCT GAGTTTGTGC TCTTCGCCGG AACGAATCAC
TTTGAAGCCA ATTATGGCCC GACGCCGCAA TCACCTCGTA TTACCCAAGG CGTGATTAGC
AACCGCATGC GGTACGTCGT CCTTGACCCA CGCCTGAGCA AGTTGGCGAG CAAAGCGTGG
AAGTGGATCC CGATCAAGCC GGGTACTGAC GGAGCCTTCG CGATGGGAAT GATCCGCTGG
ATCATCGAGC AACAACGCTA TAACGCCACT TTTCTCGCCG CTGCTAACAA AGCTGCCGCT
GCTGCCATCG GCGAGCCGAG CTGGACGAAC GCAACGTGGT TGGTCAAGAT CAAAGACGGT
ACACCGGGCA AGTTCCTCCG CGCGAGTGAC ATCGGTTTGA CAACCGTCGT CGAAACGACC
GATGCCGAAG GGAAGAAGAC GAAACAGTAC GTCACTACCG ATGGCACCAT CTTCGCCTTT
GATCCTTTCG TCGCACTAGT CAACGGTGCT CCAACCCCGA TCGACCCGAA CAACCCCGAA
GCTACACCGG TGATGGGTGA TCTGCTGGTG AATACCGAGA TCAACGGTAT TCAGGTCAAG
AGTAGCTTGC AGATTATCTA TGAAGCGGCC AGCGTGCATA CGATCGCAGA GTGGGCAGCG
ATCGCCGATG TAACAGAGGA AGATATTATC ATTGTCGCAC GTGAATTCAC CAGCCACGGC
ACCCGTGCCG TCGCCGACAT CCACCGCGGC GCATCGCAAC ATACCAACGG CTTCTACACC
AATTTCGCCT TCTACACCTT GAATGCACTC ATCGGTAATT TTGACCATCG TGGTGGTCTG
ATCAAGCCTA CCACCTATGA CCGACTGGGG AGCAAGGCAA AAGGCCCATT CCTGATCGAA
AAGATGAACA ATGGCGCCAA CGTGCCATTC GGCATTGACC TGCTGCGCAC CAACACCGCT
TACGAGAAAT CGACGCTGTT TAACGGTTAT CCGGCACGAC GGCCATGGTT CCCACTCGCA
ACCGATGTCT ATCAGGAAGA TGTGCCCTCG ATGGGTGACG CATACCCATA CCAGATTAAG
GTCGCAATGT TCTATATGTC GGCGATCAAC TATGCACTGC CGGCAGCACA AACGGTGATC
GAGATATTGG CCGATCCCAA GAAGATCCCG CTCATTATCA CGAGTGATAT TATGGTCGGT
GAAACCAGCA CCTACGCCGA TTACATCTTT CCCGACTTGA GCTTCCTCGA ACGCTGGGAA
TTCCACGGAT CGCATCCGAG CGTGCCGTGG AAGGTAGAAA ACATTCGCCA GCCGGCAATG
AGCCTGCCTC ACTGGCCGAC CGTCAAGGTC TTCGGCGAAG AGATTCCGCT TAGCTTCGAG
GCACTCGTAC TCGCTATCGC CGAGCGGCTT GACCTGCCCG GCTTCGGGCC TAACGGCTTC
GGTGAAGGTA TTCCCTTTAC CCGACCTGAA CACCTCTATC TCAAAATGGT CGCAAATATC
GCCTTTGGCG AGAAAGAGGA CGGTAGCGAC GGCGTCCCAC CGGCTGATGA TGACGAGCTG
GACATTTTCC GACAAGCCCG TCGCTTCCTA CCGCCAAGCG TGTTCGACGA AGCTAAGTGG
CGCGCAGCAG TAGGAGACAA CGAACAGCTC TGGCGACAAA CCGTTTACGT CCTTAACCGT
GGCGGACGCT ATCAAGCTTA CGAGAAGGGC TGGAAGGGTC ATTTGGCAGG CAATCCATAC
GCCAAACAGA TCAACCTCTA CCAAGAAAAG ACGGCGAGCA CTATCAACTC GATGACCGGT
GAACATCTGA TCGGATATCC CACCTACGTT CCCGCCGGCC TAGCCGCCGA CGGTACGCCG
ATTGTTGACG AAGGCTACGA TCTGCACCTG ATCACCTACA AAGAGGCAAT GATGGCCAAG
GCGCGTGGTA TTGCAGACTA CTGGCTGCTG TCGCTCATGC CAGAAAACGC TATCTTGATA
AACCGCATCG ATGCCGAACG GCTCGGTCTG CGCACCGGTG ACCGTGTACG CATCAGCTCG
GCTAGCAACC CTGAGGGTGT CTGGGATCTG CAGAGTGGCA CGCGCAAGCC AATGATTGGC
AAAGTGAAAG TGATCGAGGG CATCCGCCCC GGTGTGATCG CGTTCCCACT TGGCTGGGGT
CATTTTGCCA GTGGCGCCGG TGAAATTGTG ATTGATGGTG TCACCATTCC GGCAGATCCA
CGTCGTGCTG CCGGTGTGCA TGCCAACGCC GCAATGCGGG TCGATCCGGT GCTAAAGAAT
GTGACGTTGA GCGATCTGGT CGGTGGGAGT GCAGTGTTCT ATGACTCGAA GGTGAAACTC
GAAAAGGTAG GCTAA
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| Protein sequence | MKRQHDTPTP TGSGISRRDF LKVSALLGGS AALAGCGPLA SLSRGEPIDL PLVDAANSIQ
TVCLQCNTGC GLKVKLLDGV AAKLEGNPYS PWTMEPPLPY TTPISSIGSV DGALCPKGQA
GIQTAYDPYR LTRVLKRKPG TPRGAGQWIT IDFEQAITEI VEGGDLFGEG PVEGLRALYA
LKDAKLAKAM AAAVNNILAA KPEEKPALVE QFKRDFAEHL DALIDPDHPD LGPKNNQFAF
IWGRLKNGRG DLVQRFVKSG FGSVNANGHT TVCQGSLYFT GKAMSEQFDP ATGKFTGGQK
FYWQADLGNA EFVLFAGTNH FEANYGPTPQ SPRITQGVIS NRMRYVVLDP RLSKLASKAW
KWIPIKPGTD GAFAMGMIRW IIEQQRYNAT FLAAANKAAA AAIGEPSWTN ATWLVKIKDG
TPGKFLRASD IGLTTVVETT DAEGKKTKQY VTTDGTIFAF DPFVALVNGA PTPIDPNNPE
ATPVMGDLLV NTEINGIQVK SSLQIIYEAA SVHTIAEWAA IADVTEEDII IVAREFTSHG
TRAVADIHRG ASQHTNGFYT NFAFYTLNAL IGNFDHRGGL IKPTTYDRLG SKAKGPFLIE
KMNNGANVPF GIDLLRTNTA YEKSTLFNGY PARRPWFPLA TDVYQEDVPS MGDAYPYQIK
VAMFYMSAIN YALPAAQTVI EILADPKKIP LIITSDIMVG ETSTYADYIF PDLSFLERWE
FHGSHPSVPW KVENIRQPAM SLPHWPTVKV FGEEIPLSFE ALVLAIAERL DLPGFGPNGF
GEGIPFTRPE HLYLKMVANI AFGEKEDGSD GVPPADDDEL DIFRQARRFL PPSVFDEAKW
RAAVGDNEQL WRQTVYVLNR GGRYQAYEKG WKGHLAGNPY AKQINLYQEK TASTINSMTG
EHLIGYPTYV PAGLAADGTP IVDEGYDLHL ITYKEAMMAK ARGIADYWLL SLMPENAILI
NRIDAERLGL RTGDRVRISS ASNPEGVWDL QSGTRKPMIG KVKVIEGIRP GVIAFPLGWG
HFASGAGEIV IDGVTIPADP RRAAGVHANA AMRVDPVLKN VTLSDLVGGS AVFYDSKVKL
EKVG
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