| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccur_11280 |
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| Symbol | |
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| ID | 8375335 |
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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 | 1284618 |
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| End bp | 1287794 |
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| Gene Length | 3177 bp |
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| Protein Length | 1058 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 644994049 |
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| Product | formate dehydrogenase, alpha subunit |
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| Protein accession | YP_003151500 |
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| Protein GI | 256827541 |
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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 | [TIGR01553] formate dehydrogenase, alpha subunit, proteobacterial-type |
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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 | 104 |
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| Fosmid unclonability p-value | 0.786 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGACTTAA CGCGGCGCGG GCTTTTTAAG GCAACGGCGC TGGCATTTGC CGGCTCGATG
GCCTGGGAGC TATCCAATCA GTCGAAGGCG TTTGCATTCG ATAATCAAAA GGAATGGAAG
CTCGAAGACA CCGAAGAGCG GACGAGTATC TGCTGTTACT GCGCGTGCGG CTGTGGTTTG
GTTACCTCGG TGCGTGACGG TGAACTGGTC CATGTTGAAG GTGACCCGGA TCACTTTGTA
AACGAAGGTG GCCTTTGCCC CAAGGGTGCG GCTGAATTTC AAACGGAATA TATCGTAAAT
CCCAAGACGG GCGCTCTCGA AGAAAACCCT GGCCGTGTTA CTACTCCAAA AGTTCGTCGT
CCGGGCGCAA GCGAGTGGGA AGACATTTCC TGGGACGAAG CGATCAATGA GATTGCGCGT
CATATGAAAG ACACGCGCGA TGAAACCTTT GAAGAAGTCA ACGAAGCAGG TGTGACGGTT
AATCGCACAC CAGCTATTGC CTGTTTAGGC GGGTCTTCAA TGACCATCGA AGAAGAGTAT
TTCATCGTCA AGCTCTTCCG CGAATTAGGG GCCATCACCC TCGATAACCA GGCGCGCGTT
TGACACAGCT CTACGGTTTC CGGTCTGGGA CCAACGTTTG GTAGAGGTGC AATGACGGGA
CAGTGGGGCG ATCTTGCCAA CGCTGACGTG CTTCTTACGT GCGGCTGCAA TAATGCCGAA
AATCATCCCG CTTCAATGAA ATGGGTCGAT CGCGCTCGCG AAAACGGCGC AACATTTATT
GTTGTTGATC CGCGTTTCAC GCGTACGGCT GCGCTTGCTG ACATCTATTG TCCTATTCGC
CCTGGTACTG ACATCGCTTT CTATGGCGGC ATGATCAACT ACATCTTTGA ACATGATCGC
TGGCAGCATG AGTACTGCCT TAATTACACG AACCTTTCTT ACCTGATCAA CCCTGATTTT
ACCTTTGATC CGGAAGAAGG TTTATTTAGC GGATTTAACG AAGAAACAAA GTCGTACGAC
AAGACTACCT GGTCGTATCA GGTTGAATCG GAAACCCAGT GGGATACGTC TGCGACTGGC
GCGTATGCAT GGACAACCGA AGAAGGCGTA CCTGCTTTCA CACCGCCTGT CCTAAAGACG
CCGAAGAAGG ACCCCACGCT TGAGGACCCC AACTGTGTGT ATCAGATCAT GCGCAATCAT
TACTCTCGCT ATGACCTCGA TACGGTATGC AGCGTCTGTG GCATGAATCG TGAAGCGCTT
GAGCAGGTCT ACGACATCTA TACAAGCACC GGTGCAACCG ATAAAGCGGG CACGATTCTG
TATGCGCTCG GCCAGACACA GCACAGTACC GGCGTGGGCA ATACCCGCAG TATGTCCATT
ATTCAGCTTC TGCTGGGCAA CATTGGCGTG CCGGGCGGTC AGCTTGCCGC ACTGCGTGGC
GAACCCAACG TACAGGGGTG TACCGACATG TGCATCTCTC CTGGCGATAT GACGGGCTAT
CTCAAGTGGC CTACCGATAC AAGAGGTCGT ACGATTGGTG AGTATTGTGC CAACGAAACG
CCGAGCGATG GGTATTGGTC GAACACGCCG AAGTTCCTTG TGTCATATCT GAAGTCGTTC
TTCGGCGACA ATGCCACCGC CGATAACGAT TACGGTTTCA ATTGGCTTCC GAAGCTTGAT
AATGCGTCGA AGCGCTCGCT GCAGAATGCA TTCCACCTGA TCGAACAAGG TGTTATCAAG
GGCTATATGT TCTTTGGTCA AAACCCCTTG CAGTCGCAGG CAAATGCAAG CTATCTGCGG
CGCGTTACCG GCAATCTGGA CTGGTTGGTC TTTGACGACA TGTATATAAC AGAGACCGCT
GCGTTCTGGG ATGCTCCGGA CATCAGGGAA AATGCGGCTA ACATTAAAAC CGAATGCTAC
TTCCTTCCCA TTGTGAGCTT GTTCGAAAAG CCTGGCACCG TTCTCAATTC AGGTCGTGTC
ATGCAGTGGC GTTACAAGGC GGTTGAGCCA CGCGGCAATT CGAAGCCCGA CATGGAAGTA
CTCATGTTGA TTCATCAGAA GCTTCGCGAG CTCTACGAAA AGGAAGGTGG CGCGTTCCCG
ACGCCTATTC TGAATGCTAA GTGGGATTAT GCTGGCGAAG ACGGCAAGCC CGATATGCGC
AAGATTGCCT GGGAGCTTAA TGGCTATCGC ACCGAGGGGG CGACGGAGGA CTTCAAGAAC
AATACGCCTA AGCTGCTTGA TGCATTTAGC AAGCTCAAGG CTGACGGTTC AACGGCGAGT
GCTTGCTGGA TCTATACCGG CTACTATGGC AACGCCGACG CTCCGTTGGA TCCGTCGCAG
CAAAACACAG GTCGTCGTGA TAACACCGAC GTTGGCGATC TGCACATCTT CCCCAAGTGG
TCGTTTAGCT GGCCTGCGAA CCGTCGTATT TTGTACAACC GTGCTTCGTG CGACATGAAC
GGTAAGCCCT GGCGTGCCGA TAAGGCACCG GTGGAATGGG ACGGTGAGAA GTGGATTTTG
ACTGATGTGG GCGACTTTGC AGCCAGCAAG GCGAACGCTG ATGGCACTAC CACACCGATT
GCCCCAAACA ATAAAGCCTT CTTTATGCGT TGGGAACAGA ACGCCTGCCT GTTCAGCAAT
GTGATGAACG ACATGCCTCT GCCTGAACAT TATGAGCCGT TTGAGTCTCC CACGACCAAT
GTGCTTAATG GGTCTGACCA TAATCCGGCG ATTCTGTTTG CGGAGGATCC GTCTATCAGA
GACACCAAGG GAAACGTTGA GAAGTACCCC TACGTGGCGA CCACCTATTC ATTGACTGAA
CAGTGGTCTA CGGGTCAGGA AACGCATACG ATTCCCGCGC TCAACGAAAT GGTTCCCCAC
CAGTACTGCG AGATCCCGGC AGAACTCGCT GAAGAAAAAG GTATCAGCAA CGGTGATGAG
GTGCGCATCT TTAATAATCG CGGGTCCATC AAGGTTCACG CCATGGTCAC CAAACGGGTG
GCGCCGCTGA AGGTGCACGG CAAAACGCAG TACACCATCG GTATCGTGCA TGACTGGGGT
TACACAAACA TCTTCACTCA GGGCGATATT ACGAACGACT TGGTGCCCAA TGTGGGCGAC
CCGAACAGTT TTATTCAAGA ATCGAAGGCC TTCCTTGTTG GCCTCGAGAA AGCATAA
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| Protein sequence | MDLTRRGLFK ATALAFAGSM AWELSNQSKA FAFDNQKEWK LEDTEERTSI CCYCACGCGL
VTSVRDGELV HVEGDPDHFV NEGGLCPKGA AEFQTEYIVN PKTGALEENP GRVTTPKVRR
PGASEWEDIS WDEAINEIAR HMKDTRDETF EEVNEAGVTV NRTPAIACLG GSSMTIEEEY
FIVKLFRELG AITLDNQARV UHSSTVSGLG PTFGRGAMTG QWGDLANADV LLTCGCNNAE
NHPASMKWVD RARENGATFI VVDPRFTRTA ALADIYCPIR PGTDIAFYGG MINYIFEHDR
WQHEYCLNYT NLSYLINPDF TFDPEEGLFS GFNEETKSYD KTTWSYQVES ETQWDTSATG
AYAWTTEEGV PAFTPPVLKT PKKDPTLEDP NCVYQIMRNH YSRYDLDTVC SVCGMNREAL
EQVYDIYTST GATDKAGTIL YALGQTQHST GVGNTRSMSI IQLLLGNIGV PGGQLAALRG
EPNVQGCTDM CISPGDMTGY LKWPTDTRGR TIGEYCANET PSDGYWSNTP KFLVSYLKSF
FGDNATADND YGFNWLPKLD NASKRSLQNA FHLIEQGVIK GYMFFGQNPL QSQANASYLR
RVTGNLDWLV FDDMYITETA AFWDAPDIRE NAANIKTECY FLPIVSLFEK PGTVLNSGRV
MQWRYKAVEP RGNSKPDMEV LMLIHQKLRE LYEKEGGAFP TPILNAKWDY AGEDGKPDMR
KIAWELNGYR TEGATEDFKN NTPKLLDAFS KLKADGSTAS ACWIYTGYYG NADAPLDPSQ
QNTGRRDNTD VGDLHIFPKW SFSWPANRRI LYNRASCDMN GKPWRADKAP VEWDGEKWIL
TDVGDFAASK ANADGTTTPI APNNKAFFMR WEQNACLFSN VMNDMPLPEH YEPFESPTTN
VLNGSDHNPA ILFAEDPSIR DTKGNVEKYP YVATTYSLTE QWSTGQETHT IPALNEMVPH
QYCEIPAELA EEKGISNGDE VRIFNNRGSI KVHAMVTKRV APLKVHGKTQ YTIGIVHDWG
YTNIFTQGDI TNDLVPNVGD PNSFIQESKA FLVGLEKA
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