| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maeo_0414 |
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| Symbol | |
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| ID | 5326369 |
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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 | Methanococcus aeolicus Nankai-3 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009635 |
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| Strand | + |
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| Start bp | 431821 |
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| End bp | 434541 |
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| Gene Length | 2721 bp |
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| Protein Length | 906 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 640787805 |
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| Product | UDP-glucose 6-dehydrogenase |
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| Protein accession | YP_001324612 |
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| Protein GI | 150400846 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG1004] Predicted UDP-glucose 6-dehydrogenase |
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| TIGRFAM ID | [TIGR01443] intein C-terminal splicing region
[TIGR01445] intein N-terminal splicing region
[TIGR03026] nucleotide sugar dehydrogenase |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.0697467 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAAATTT CAGTAATAGG AACAGGATAT GTTGGCTTAA TTCAAAGTGT AGGTTTGGCA
GAGTTTGGAT TTGATGTAGT AGGTATAGAT ATAGACGAAA CTAAGGTAAA ACGACTTAAT
GAGGGTAAAT GTCCATTGTA TGAAGATGGT TTGGAGGAGC TCCTAACAAA TAATATAAAT
AAAAACTTAA AATTTACAAC CTCATACCAG GAGATAAAAG ATAGTGATAT TATTTTTCTA
TGTGTGGGGA CCCCCCAAGA TGAAAAAGGA AATGCAGATT TAAGATTTAT TTACTCCGCC
ACAGAATCGA TTAAAAAACA GCTAACAAAG GACAGTTATA AAGTTATAGT TCTAAAATCC
ACAGTACCAA TTGGAACAAA TAGAAAAATT AAGGAATCGT TAAAGGATTA TATCGTTGAT
GTTGTTTCAA ATCCTGAATT TTTAAGGGAG GGAATTGCAG TAGATGATTT CTTTAATCCT
GAAAGAATTG TATTGGGATT TGAAAATTTA GAAAATAAAA AACCAATTGA AGCGATGAAA
AAAATATATG GGGAATTTGA AGATAAGGGA GCTCCCATAA TTATCACAGA TTGGGAAAGT
GCTGAAATGA TAAAATATGC TTCCAATGCC TTTTTAGCTA CAAAAATTTC CTTTGCAAAT
GAATTATCAA AATTATCCGA TGAAGTTGGT GCAGATATAA AAACCATAAG TGAGGCCATG
GGAATCGATA AAAGGATTGG AAACAAGTTT TTAAACGCTG GAATAGGCTA TGGCGGAAGC
TGCTTCCATC CTGATGAAAT ACTATTTGTG GATTTTGGAG ATGGATTAGA ATGTATGGCA
TTTAAAGAAC TATTTGACGA GCTCAGTAGA GACAATAATA GAAGTGTGAA AATATTATCC
ATCAATAAAA ATTTAAAATT GGATTTAGCA AATCTAAAAT TAATAACAAA AAGAGATTAC
TCTGATGATT TAATTGTTTT AAAAACGACA ATGGGAAGAG AAATAAAAAT AACAAAAGAC
CATCCTGTTG TTGTGTTGAA TGGAGATAAA CTACATGTTA AATTAGCGGA AAATATTAAA
GAAGGGGATG AAATAGCACT ACCTAAGGGG GAATTTAATA GTAATAGTAA TATTAATAAT
ATAATTACAA TCGATATATT GGAAGAAATA AAAAATACCC CATTAATTGA AAAAACATAT
TTAAATAATA AAAATATGGT GTTAAATGAA TTTGAGAATA TAAGAGCTCA TCTATCAAAC
AAATATATTC ACGATATAAA GAAGAATGGA ACCGTAAGAG CAAAGGATAT GTTACCAATA
AGAAGCATAT TAAATAAATA TAATTATAAT TCAAATAGGC TATTCACCGT TAGAAGCAAA
TCTACAACAA TTCCATCAGT TATAAAAATA GACGGCGATT TTGCTAGATT AATAGGATAT
TATTTAGCAG AAGGTTGGAT TTCAGAGGAT GGTAAAAAAA ATGGTGCTAT TAGAAAAAGA
ATTAGTTTTT CATTCGGAGC TCATGAGGAA GAATATATCA ACGATGTTAA AAATATATTG
AATAAATTGG ATATAAATTA TATCGAAAAA ATTAGAAATG GTTCCCATTC CATAATAATA
TCTTCAAAAT TGTTGGCATA TATCTTCGAA GAGGCATTAA AATGTGGAAA TAATTGTTAT
AACAAGCAAA TACCGCCACA AATATTTAAT TCACCATCAG ATATTAAATG GGAATTCTTA
AAAGGTATTT TAAGGGGAGA TGGAGGTATT GTTAAATTAA ATAATAACAA GAACCTAAAC
ATTGAATATG GAACAGTCAG TAAAAAATTG GCAAATTCTT TGATGATATT ATTACAATCG
TTGGGCATAA TCACATCATT AAAAAGATGC TACAATAACA AAAGCACAAC ATTAACCTAT
ATTATAAGGA TAAACGGATT AAACCAGGTT AAAAAAATCG GAGAATTATT TGGGGATAAA
TGGAACAATT ACAAAGAAAT TGCAGATAAT TATGAAAGAA ATATAAAACC TATTGGTTAT
AAAAAATTTG ATAACTATGC ATCATTAAAG GTTAAATCCG TTGAAAGAGA ATATTATGGC
GGAGAAGTAT ATAGTGTAGA AACAGATAAT AATTTGTTAA TATCTTCTTA TGGATTGTTA
ATTCATAACT GCTTCCCAAA AGATGTTAGG GCACTTATAA ATCAGTTTGA AAACCACAAT
ATCTCCCCAA AATTGATTAA AGCCACAGAT GAAGTAAATG ATGAACAAAT AAAATGGTTC
TTCGATAAAA TTAAAAATTA TTATAACAAC GATATTAATC AAAAAACCTT TGCAGTGTTG
GGATTGGCAT TTAAGCCAAA TACTGATGAT TTAAGAGAAA GCAGAGGTAT AAAATTAATT
GATTTGCTGT TAGAAGATGG TGCAATAGTT AAGGGCTTCG ATTATGTTGA GAAAGCGAGA
GAAAATACCA TTAATAAATA TAAGTTGGAT AAATCAAAAG CATTTTATGG ATATAATTTA
TATGTATTAG ATGATTTATA CGAAACTGTA AAAGATGTTG ATGCCATTAT AATAACTACG
GAATATGATT TCAATGATGA AGATTGGGAA AAAATAAACA AATTAGTTAA GGATAAAGTT
GTATTTGATG GTAGAAATAT TCTCGATATG GACAAAATAA AGAAATTGGG ATTTGAGTAT
TATGGGGTAG GTAGGAAATG A
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| Protein sequence | MKISVIGTGY VGLIQSVGLA EFGFDVVGID IDETKVKRLN EGKCPLYEDG LEELLTNNIN
KNLKFTTSYQ EIKDSDIIFL CVGTPQDEKG NADLRFIYSA TESIKKQLTK DSYKVIVLKS
TVPIGTNRKI KESLKDYIVD VVSNPEFLRE GIAVDDFFNP ERIVLGFENL ENKKPIEAMK
KIYGEFEDKG APIIITDWES AEMIKYASNA FLATKISFAN ELSKLSDEVG ADIKTISEAM
GIDKRIGNKF LNAGIGYGGS CFHPDEILFV DFGDGLECMA FKELFDELSR DNNRSVKILS
INKNLKLDLA NLKLITKRDY SDDLIVLKTT MGREIKITKD HPVVVLNGDK LHVKLAENIK
EGDEIALPKG EFNSNSNINN IITIDILEEI KNTPLIEKTY LNNKNMVLNE FENIRAHLSN
KYIHDIKKNG TVRAKDMLPI RSILNKYNYN SNRLFTVRSK STTIPSVIKI DGDFARLIGY
YLAEGWISED GKKNGAIRKR ISFSFGAHEE EYINDVKNIL NKLDINYIEK IRNGSHSIII
SSKLLAYIFE EALKCGNNCY NKQIPPQIFN SPSDIKWEFL KGILRGDGGI VKLNNNKNLN
IEYGTVSKKL ANSLMILLQS LGIITSLKRC YNNKSTTLTY IIRINGLNQV KKIGELFGDK
WNNYKEIADN YERNIKPIGY KKFDNYASLK VKSVEREYYG GEVYSVETDN NLLISSYGLL
IHNCFPKDVR ALINQFENHN ISPKLIKATD EVNDEQIKWF FDKIKNYYNN DINQKTFAVL
GLAFKPNTDD LRESRGIKLI DLLLEDGAIV KGFDYVEKAR ENTINKYKLD KSKAFYGYNL
YVLDDLYETV KDVDAIIITT EYDFNDEDWE KINKLVKDKV VFDGRNILDM DKIKKLGFEY
YGVGRK
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