| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maeo_1409 |
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| Symbol | |
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| ID | 5326993 |
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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 | 1464109 |
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| End bp | 1466724 |
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| Gene Length | 2616 bp |
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| Protein Length | 871 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640788832 |
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| Product | oligosaccharyl transferase STT3 subunit |
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| Protein accession | YP_001325597 |
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| Protein GI | 150401831 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1287] Uncharacterized membrane protein, required for N-linked glycosylation |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | 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 | ATGGAACAAA TTAAAAAAAT AGCAAAATTC ATAAACAATC ACAGCTATTT AAAAACAATA
TTGATTGTAT TGGTTATAGC ATTAATGAGT TTTCAATTAA GAGCTCAACC TGCTGACATG
GGATTTACAG ACAATCAGCA ATTAAAAGAG ATGTTTGCTG ATGAAAATGG TAGAATGTAT
TTAATTGCAT TAGACCCCTA TTATTATCTT AGATTGGCAG AAAATTATAA TAATAACGGA
CATTTGGGAG AAACACTAAA AGAAATTAAT GGGGAGAAGG TTCCGTATGA TACAATTCAA
TATGCTCCAC CGGGACACCC TGCACCAAAA GATGTTCCTA CAATTACAAT GGTAACGCTG
GCAGTTTATG ATATTTGGCA TTCATTTGAT TCAACTGTGT CTATAATGAA TGCGGCATAT
TGGGTTCCAG CATTATTGAG TATGCTGTTG GGAGCTCCTG TATTTTTCAT GATTAGGAGA
ATTACCCAAA GCAATATTGG AGGAATTGTT GGAGCAACAA TTATAAGCAC AAGCCCAGCT
TTATTATATA AAACATCAGC AGGATTTGCA GATACGCCGA TATTTGAGGT TTTACCTATA
TTATTTATAA TATGGTTTAT TATGGAGGCA ATCCACAACC AAAATAATTT AAAAAAATCT
TTAATATTTG CATCACTGGC AACCATTGCA ATGACTTTGG CAACTAAAAT GTGGGCAGGT
TGGTGGTATG GTTATTATAT CTCCGCTGGA TTTTTATTGA TATACTCAAT ATATTCTATA
ATAATTAAAA AATATGACAT AAAATCAATA GTAAAAGCTG AAAATATAAA AAGTATCCTT
TCAATTGCAG GAATATTTAT TATTGGAAGT GCATTATTAA TATCATTATT ATATGGCGTG
GATACACTTA TGGGGGGGAT AATGTCTCCT ATTGGTCAGC AAGCCGCCCT CACAACAACG
GAACATGCAT CAGGTTGGCC TAATGTATAT ACTACTGTTG CGGAATTAAA TAAGGTAGAT
ATGAACACAA TAATAGGGAG CTCCGCAGGA AGTAAATATT TATTTGTGGC AGGAATTATC
GGAGTATTGG CATCATTTGT ATCTATGAGA TATCGAGGTA AAAAAGAAGA TAATATAATT
AAATTTGATG TAAAATATGC CCTTATATTG GCAATTTGGT TGGCAATAAC ATTTTATGCG
GCAACAAAAG GAAATAGGTT TATTGGATTA ATGGTTCCAC CATTATCAAT AGGTATCGGA
GTATTTGCGG GACAACTTGA TAATATTATT AAAATAAGAA ATGATGATTT AACAAAATGG
ATTTTATATC CGATAATTGG ATTATTGGGG CTTATTAGTA TTATCGGAAT AAAGTCTGAA
ATATTAAATA TATTATTGCC TACAACCTAT GTTCCTATTG CGGCATATGG GTTTTTGGCA
TTAGTGGCAA TACTTGCTAT TTATAAAATG GTAGATATAA TAGCTTCAAA TAAAGATATG
CAAATTAAAA AATTAATTAG TATATTGTTG GCAATAATAT TGGTAGTTCC ATCACTGGCA
AGTGCAGTTC CGCTAGCAAC TGTTCCAACT TATAATGATG GCTGGAAAGA AGGATTAGAC
TGGATAGCAA CAGAAACACC AGATAATTCA GTAACTACCT GTTGGTGGGA TAATGGACAT
ATATATACAT GGGCTACTCG AAAAATGGTT ACATTTGATG GAGGAAGTCA AAATTCACCA
CGGGCATATT GGGTAGGAAA AGCATATTCT ACTTCTGATG AAAAATTGGC AACAGGGATA
TTAAGGATGA TTGCTACAAG TGGAGATAGT GCCTTTGATG GAAGTAGCAT ATTGATGAAA
AAAACAAATG GCAGTGTTAA AGAAACCACC ACAATATTAA ATAAAATATT GCCATTAAAT
AAATCTTCGG CATATGCGGT ATTAACTAAC CAATATGGAT TAACCGACGA AGAAACAAAA
GAAGTATTGA ATTTAACACA TCCGGAAAAT CCAAATCCTG ATTATTTAAT TACATACAAT
AGAATGACAG ATATTGCATC TGTATGGAGT ATGTTTGGTA ATTGGGATTA TGGTCTTCCA
GCAGATACAC CAAATGACAA AAGAGAAATG GGATTCTTCG CTAAAACTAA TGGAGAGGGA
TATATGGTAA ATGATACCTT AGTTGTAAAG GTTGTATCTC AAAATGATGG AAATTATATG
GCAATGGATG CGATATTAAT TCAAAATAAT ACAATGGACT CATATAATTT GGTGTATGAT
TTAAAAACAC AAAAGCTTGT TAGTCAAAAA CCATCACAAT ATCATAAAAT AATAATTTAT
GATGGAACAA AGATACAAGA AAAACAATTC AACGAAAACG GAACATACAG TTTATTGATT
AGACTAAATC CTGTTGGAAA TAATAAATAT TCTGCAAATG CTTGGATATC TTCGAAAAAT
CTTGAAAATA GTGTATATTC AAAATTGCAT TTCTTTGATG GTGCAGGATT GGAAAATATG
GCTCTTATTA AAGCCTCAAT TGACCCAACA AATCAAGGAG TTCAACCAGG ATTTAAAATA
TATAAAGTAG ATTATGGAAC TGAATATTTA AAATAA
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| Protein sequence | MEQIKKIAKF INNHSYLKTI LIVLVIALMS FQLRAQPADM GFTDNQQLKE MFADENGRMY
LIALDPYYYL RLAENYNNNG HLGETLKEIN GEKVPYDTIQ YAPPGHPAPK DVPTITMVTL
AVYDIWHSFD STVSIMNAAY WVPALLSMLL GAPVFFMIRR ITQSNIGGIV GATIISTSPA
LLYKTSAGFA DTPIFEVLPI LFIIWFIMEA IHNQNNLKKS LIFASLATIA MTLATKMWAG
WWYGYYISAG FLLIYSIYSI IIKKYDIKSI VKAENIKSIL SIAGIFIIGS ALLISLLYGV
DTLMGGIMSP IGQQAALTTT EHASGWPNVY TTVAELNKVD MNTIIGSSAG SKYLFVAGII
GVLASFVSMR YRGKKEDNII KFDVKYALIL AIWLAITFYA ATKGNRFIGL MVPPLSIGIG
VFAGQLDNII KIRNDDLTKW ILYPIIGLLG LISIIGIKSE ILNILLPTTY VPIAAYGFLA
LVAILAIYKM VDIIASNKDM QIKKLISILL AIILVVPSLA SAVPLATVPT YNDGWKEGLD
WIATETPDNS VTTCWWDNGH IYTWATRKMV TFDGGSQNSP RAYWVGKAYS TSDEKLATGI
LRMIATSGDS AFDGSSILMK KTNGSVKETT TILNKILPLN KSSAYAVLTN QYGLTDEETK
EVLNLTHPEN PNPDYLITYN RMTDIASVWS MFGNWDYGLP ADTPNDKREM GFFAKTNGEG
YMVNDTLVVK VVSQNDGNYM AMDAILIQNN TMDSYNLVYD LKTQKLVSQK PSQYHKIIIY
DGTKIQEKQF NENGTYSLLI RLNPVGNNKY SANAWISSKN LENSVYSKLH FFDGAGLENM
ALIKASIDPT NQGVQPGFKI YKVDYGTEYL K
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