| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maeo_0119 |
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| Symbol | |
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| ID | 5326281 |
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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 | 131538 |
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| End bp | 134468 |
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| Gene Length | 2931 bp |
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| Protein Length | 976 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 640787514 |
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| Product | APHP domain-containing protein |
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| Protein accession | YP_001324323 |
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| Protein GI | 150400557 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1572] Uncharacterized conserved protein |
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| TIGRFAM ID | [TIGR01564] S-layer protein, MJ0822 family |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | ATGAAGTGGA AATTATTTGC ACTTTCGATT TTGATGATTT CTTTAATCGG AGGATGCTGT
GCAGAAAATG TATCTGTGGA ATTAACCCCC AGCAATGTAA ATGCAATAGT TGGAGATACG
ATTAGTTTGG ATTTAGTTGT AAAAAATATT CCAAATGATA CAAAATGTAG TGGATTTGAC
ACTACCTTAT CTTATGATTC AAATTTACTG AATTTAACAG ACATAAAATT AAGTGATATT
TCAAATAATG CAAATCTTAA AAGGGCGAAT TTATCAACGG GATTTATTAG CTTATCTTGG
AGCTCCGACG AACCATCTGG AAATATTACA ATAGCATCGT TATCATTTAA AGCACTAAAT
GAGGCAACCA GCCCAACAAC AATATCATTA ACTCAGACGA TTGTATCGGA CATAGAACCA
AAGGGATATA AAATTACATT AAATAACTCA AACATAATTA TAACAAAACC AAAAGCAGAT
TTAATAATTG ACAATATACA AATAGATAAT TTAAAATCAT ATCAAACCAA TACAATACCA
ATAAAAATTA AAAATATTGG CGAAATAAAT GCCTCAGATA ATTTTACAGT TAAATTATAT
ATTGATTCCC AAGAACTCAG TGCAAAAACT ATCAATGGAT TGAATGTGGG AGAAACAAAA
ACAATAGAAT ATAACTATAT TCCATTAACA AATAAAAATT ATACAATTGT TGCAGTGGTT
GATTTAAACA ATGAAATAGA CGAATCAAAT GAATCCAATA ATCAACACAC AAAAACAGTT
GAAGCTATTG AACAGCCTAT CTCATTAAAC TTAATTCCTT CAACAAACCT AACAAAAACG
GGGGAGACGA TTACAGTAGA TATAAAATTA AGCGATATAA TCAACAACAG ACCCGCAAAA
GGAATGGACG GAATATTAAC ATATGATTCA AAAATATTGG ATTGCACAAA TTTTACATTT
TTAATAAATG CATCAAATGA TTATACAAAT ATTACATATG ATAATGGAAA AGTTGTATTC
TCAATAATGG ACGGAACTAT AAACACTTCA ACAACCATAG CAAAGGCAAC CTTTAAAGCG
TTAGATGTTG GAAACTCAGA GATTAAATTG GAGGGGGTTG TTGTATCCGA TATAAACGGA
TATAAATTTA ACAGCGTAGT AATTAATCCA AAAACTGTTG TGGTTCAAGG ACCAAATATA
AAAATAACAG ACATATCCAT GGAATCATTA TATTATAAAA CTCCCGCTAC AATAAATATA
TCCATAACAA ACAATGGACA TCAAGACATA ACAACTAATT CAACTAATTC ATTTGATGTG
GAATTATTCG CAGATTCAAC TTCACTGGGA ACAAAAACAG TTGATTCATT AAAGGTTGGA
GAAACAAAAA TAATAACGAT TAATTGGACG CCTGCCAACA TAAAATCATA TACCTTTGTA
GCCACAGCAG ATAGTTTAAA TAAGGTTAAA GAGGAAAATG AAAGCGATAA TAAATATGTG
GTTAAGGGAG AAGTTAAAAA AATACCTATG TTTATTGAAA TAGAAAAAAC TTCTGAAAAT
AATGGGGTAA TTAATGCCAC TGTTAAAGTA AGCGGAGCTC CCAAACTTAG ACCATGTGCA
GGATATGACA TAACAATATC ACTTAAAAAC TTAAATGTAT TAAATATAAA TGCCATTGGA
ATATCCAACT GGACAGTTAA TAACAATACA GTATTTATTA CAGGATATAA TTTTACAAAA
TATGGAAATT TCGAACTTAT GAATTTAACA TTTAATTCAA CAAATACCAC ATATTCGGCA
ATAATTGAAA AAATAACATT ATCCGATGAA AACGGATATG GATTTAAGAA AATAAATAGA
ATAAATAATA TAATTGACCT TGAATATCTT GGTAAATTTA TTGTATTGGA TAATACTACC
AAAGACGCCA TTGCTGAAAG TCAAGTTAGG ATTGGTGGAG ATTTCAATTT AACCAATATT
TCATTTAAAA ATGGCGATAA ATTATTAATT CCATCAACTA CAACTAATAC AGTAAATATG
ACAGAAAATA TAACTAAAAA AATGGATGAA ATAACAGAAA AGGCAAAAAC CATAAAAGAA
GCCAAAGATT TAGAAAATAT TTTGTCAGGC ATAAAGCCAA TATTAAATGA AGGATTTAAT
GTATCAAATA TAACATTGAA TACCACAACA AAAGGCAACA TAGTAAATAC AATGGTTAAA
TTTACAGCAA CAAACACCAC CGGCAAAGGA TTTACAATAA TGAGAATTCC AATCGGAGAT
ATGAATATTG ATAAAATAAC GGTGAATACA GGAACCGAAA ATATTACTTT GGTAAAAGAT
GATATTGCCA ATAAAGTAGG GTGGTATAGT ATTCCAGTTA ATGGAGTATT GGAAATAACA
TTAATTAAAG ACCCAGAAGT AAATATTATG TTATCTGCGG AGCTCCCAGT AGCACCAGTT
AGCACATCAA GAAGTGGGAG CTCCCACCAC ACAATAACAG AAACTTATCC CGATATAGCA
AAGGACATCA AATCAGAGAA AATAAAAGAA ATAGTTCATA ATGCAAAGTT AATAATCGGT
TCAGAAATAG ATAACAACTT ATCAGCAAAA TGTCTTAAAA ATACAACAGA GTTAATAAAC
AAATCATTAG AAATAACCGA AGATACAATA TTAGTCGGAG GTCCAGTAGC AAACCCATTA
GCTAAAAAAT ACCTATGGAC ATTCAAAGTA AAAATAACCA ACGACAACCC AGGAGCAAAT
AAAGGAGTAA TCCAAAAACA AATAATAAAC GGACATACAG TAATTTTATT AGCTGGTTCA
GATAGATATG GAACAAAAGC AGCAGTAGAA TACTTGAAAA CACTTGACGA TATTCCAAAC
GAACCAATAT TTGTAGAATG GAAAGACGGC AAAGCTGTTA AAATAGAATA A
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| Protein sequence | MKWKLFALSI LMISLIGGCC AENVSVELTP SNVNAIVGDT ISLDLVVKNI PNDTKCSGFD
TTLSYDSNLL NLTDIKLSDI SNNANLKRAN LSTGFISLSW SSDEPSGNIT IASLSFKALN
EATSPTTISL TQTIVSDIEP KGYKITLNNS NIIITKPKAD LIIDNIQIDN LKSYQTNTIP
IKIKNIGEIN ASDNFTVKLY IDSQELSAKT INGLNVGETK TIEYNYIPLT NKNYTIVAVV
DLNNEIDESN ESNNQHTKTV EAIEQPISLN LIPSTNLTKT GETITVDIKL SDIINNRPAK
GMDGILTYDS KILDCTNFTF LINASNDYTN ITYDNGKVVF SIMDGTINTS TTIAKATFKA
LDVGNSEIKL EGVVVSDING YKFNSVVINP KTVVVQGPNI KITDISMESL YYKTPATINI
SITNNGHQDI TTNSTNSFDV ELFADSTSLG TKTVDSLKVG ETKIITINWT PANIKSYTFV
ATADSLNKVK EENESDNKYV VKGEVKKIPM FIEIEKTSEN NGVINATVKV SGAPKLRPCA
GYDITISLKN LNVLNINAIG ISNWTVNNNT VFITGYNFTK YGNFELMNLT FNSTNTTYSA
IIEKITLSDE NGYGFKKINR INNIIDLEYL GKFIVLDNTT KDAIAESQVR IGGDFNLTNI
SFKNGDKLLI PSTTTNTVNM TENITKKMDE ITEKAKTIKE AKDLENILSG IKPILNEGFN
VSNITLNTTT KGNIVNTMVK FTATNTTGKG FTIMRIPIGD MNIDKITVNT GTENITLVKD
DIANKVGWYS IPVNGVLEIT LIKDPEVNIM LSAELPVAPV STSRSGSSHH TITETYPDIA
KDIKSEKIKE IVHNAKLIIG SEIDNNLSAK CLKNTTELIN KSLEITEDTI LVGGPVANPL
AKKYLWTFKV KITNDNPGAN KGVIQKQIIN GHTVILLAGS DRYGTKAAVE YLKTLDDIPN
EPIFVEWKDG KAVKIE
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