| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | HY04AAS1_1423 |
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| Symbol | |
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| ID | 6744248 |
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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 | Hydrogenobaculum sp. Y04AAS1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011126 |
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| Strand | - |
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| Start bp | 1338042 |
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| End bp | 1341575 |
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| Gene Length | 3534 bp |
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| Protein Length | 1177 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 642751240 |
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| Product | hypothetical protein |
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| Protein accession | YP_002122086 |
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| Protein GI | 195953796 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG1002] Type II restriction enzyme, methylase subunits |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 36 |
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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 | ATGGACGAGG AAAGAGCAAA AAATCTTGTA AAAGATGTGT TTGAAAGCAA ATTTGATGAA
AGGAAATTTG AGGGATTTAT AGCTAATTTG CTAAAGAAGT ACGATAGAAG CAAGTTTCTA
AAGAAAAGAA GCGGATCACA AGTAGTAAGA GAAAAATATT TAGATTTCAT AGGTTCTTGG
GAAAGATTGG GAAGGTATAT AGATTCAGAA AAAAATGTGA TAGATATTCT TATAGTTTAT
CTCAAAAAAG GACAATCTTT ATATAGATCA AGAGTAGCCC AAAGAAACTT TGTAGCTGAT
TATTTAAGTG GGAAAGTTGG AACGGATTCA TTAAAAGACG CTGCGCTTGT TGCATTCGTA
TCTCCTAGAC CGTGGCAGAC TTGTATGGAG GAAGATTGGA GATTCTCTCT TGTTAAATTA
GAGTATAAAA AAGAAGGAGG AAAATTAATA GATGAGCTAT CACCAGCTAA AAGATGGTCT
TTTTTAGTTG GTAAAAACGA AAAAAGTCAT ACAGCTCAAT CAAGATTCTT AGGGCTTTTA
AAATCAGATG AAGAACCTAC TTTAAAAGAA ATTCAAAAAG CTTTTGATAT AGAAACCATC
ACAGATGAAT TTTTTGAAAA ATACAGAGAT TTATTTATAA AAACCAAGAT TGAACTTGAC
AATATTGTCA AAAAAGACGA AAAGCTTAGG AAAGAATTTA AAAATAAGAA TATTAGCACT
GTTGATTTTG CTAAAAAGCT TCTTGGTCAG ATAGTGTTTT TATACTTTTT GCAGAAAAAA
GGATGGTTTG GCGTAGAGAA AGGCAAAGAT TTTGGAACAG GTCCAAAAGA TTTTATTAGA
AAGCTTTTTA ATGGTGAGTA TATAAGCTAT AAAAATTTTT ATAACGATGT TCTTGAGCCG
TTATTTTATA AAGCTTTAAG AGATGGTAGA AGTTCTGACG ACCATTACTA CGATAAGCTT
AAATGTAAAA TTCCATTTTT AAATGGTGGG CTCTTTGATC CACCAAATGA TTTTGACTGG
GTTAAGGTAG ATATCCCACT GCCAAATGAT CTTTTTTCAA ACAATCATAA AACAGATGAA
GGTGATATAG GGGATGGGAT ACTTGATGTG TTTGACAGAT ACAACTTTAC TGTAAACGAA
GAAGAACCGC TTGAAAAAGA AGTTGCACTT GATCCAGAGC TACTTGGTAA GATTTATGAG
AAACTAAATG CAATTAGAGA GGATAATTTT GATGAGTATT TAAAAGCTTT AAAGTCTTCC
AGAAGAAGCA AAGAGTCTAA ATTTAATAAA GAATATGGAG TTTATTATAC GCCTAGAGAG
ATCGTTCATT ATATGTGTCA AGAAAGCCTC CTTTATTATC TTGAATCTCA ATTAGAGGAG
CAAGTATACC ACGGTTCTAA AATTGGAAGA GAAGATTTAG AAAAGTTTAT CAAGTATGCT
GATTTGCTTG TTGAAAATGA AAAAGTAGCT CAAGAAAAAG TTGAAAATAA TGTTAAAGCT
TCAAAATACA AATACGAAAT TCCTGAAAGT ATAGTAAAAA ACGCTAAAGA AATAGATAAA
CTACTCAATG ATCTAAAAAT CTGCGATCCT GCGGTTGGTT CTGGAGCTTT CCTTGTTGGC
ATGTTACATG AGATTGTAAA GCTGAGACAG CTTCTTTCTG TATATACAAA AAACAACCTT
AGTAATTATG ATTTAAAAAG ACATACAATA GAGAATTCTC TATACGGCGT TGATATTGAT
CCGGGGGCTG TTGAGGTTTG TAAGTTAAGA TTTTGGTTAT CTTTGATAGT CGACGAAGAT
TCCTTCAATG ATATAAAACC GCTTCCAAAC TTAGATTATA AAATAGTTAG GGGAAATTCC
TTGATTGGAT TTCCTAACAA TTGGAGAAGT GATATAGCAG ATAAAATAGA AAAATTAGAG
GATAAGCTGT TTTCAGAAAC GCATCCAGAA AGAAAAAAGG AAATAAAAAA AGAACTTGAT
GCCTTGATTT TAAAAAGACT TGAAAATTCT AAGGAAATTT TTGGATACAA AGTTGATTTT
GACTTTAAAC TCTTTTTCCC ACAAGTATAC CACAACCAAA AAGTGTTCAA AGAAAAATCT
GGTTTTGATA TCGTGATTGG AAACCCGCCA TATGTAAGAC ATGAAAAAAT AAGAGCCATT
AAACCGATCC TTGAAAGACA AAACTACGAA GTTTTCACAT CAACGGCAGA TTTGTATGTA
TATTTTTATG AAAAAGGCTA TCAGCTTTTA AAAGATCAAG GGATCTTGGC ATATATAACA
AGCAACAAAT GGATGAGGGC AAAGTACGGA GAGAAGTTAA GAAAGTTTTT AAAAGAAAAA
ACAGCTATTT TAGAGATAAT TGATTTTAGT GGTTATAGCG TCTTTGAGCA AACGGTGGAT
ACTAATATTT TGATCTTTAG AAAAGAAAAT GATCGTGGCA GACTTGTGCC AAGGAAAGAG
CATATTTTTA GATTTTTAGA GGTTAAAGGT GGTATTGAAG ATATTGAAGA GTATTTGAGA
AGAAAAGGCA AACCCAAGTT GATTGGGCAA GCTACTGAGA AAAAAGTTGA GCATTTAGAT
AGTTGGCCTC AGGTAGATAC ATGGCAAGAA CTTAGAACAT GGCAAACTAT GTATCAAAGT
AAGCTTTCTG ATAACGCTTG GACGCTTGGA GATGAAAGTG TTTTGAGCTT AAAAGATAAG
ATTGAAAAAG CAGGAAAACC TTTAAAAGAT TGGGATGTAA AGATTTATTA TGGAATAAAA
ACAGGATTTA ATGAGGCTTT TATTATCGAT AGTGAGAAGA GAGATGAGAT TTTAAGAAAT
TGTAAAACCG AAGAAGAGAG AAAAAGAACA GAGGAAATTA TAAAGCCAGT TTTAAGAGGT
AGAGATATTG ATAAATATAT GTATAAGTGG GCTGGATTGT GGATAATTGG AACTTTTCCA
GCAAAAAATC TTAATATTGA CAATTATCCA GCTTTGAAAG AGTATTTAGG AAGCTTTGGA
GATAGGTTAT TACAAGACGG GAAACCAGGT CATCGTAAAA GGACATCAAA TAAATGGTTT
GAGACACAAG ATAATATAGC ATATTATCCA GAATTTGAAA AAGAAAAGAT AGTGTGGCAA
GAGATGAGCC TTGAACCTTC TTTTGCTTAT GATGATAAAA AGTTTTATAC AAATCAAACA
GCTTATATAA TGACTGGCAA AAATTTAAAA TTCATCTTAG GACTACTGAA TTCTAAAATT
TCAAAATGGT ATATGCAAAG CTTAGCTTAT TCACTATCCG AGGGAGCCCA AAGATGGATA
AAACAGTATG TTGAACTTAT CCCCCTTCCC CCAATCACAA AAGAAAATAA GCCCCTCGTA
GACCAAGTAA TCCAAAAAGT AGACCAAATC CTCACGCTTA CCCAATCTAA AGATTACGAT
ACAAATCAAG AAAAGCAAGA GCATGTAAAA AGGCTTCAGC ATGAGATAGA TAAGCTAGTT
TACAAGCTTT ACGGATTAAC GGAAGAGGAG ATAAAAATAA TAGAGGGAAG TTGA
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| Protein sequence | MDEERAKNLV KDVFESKFDE RKFEGFIANL LKKYDRSKFL KKRSGSQVVR EKYLDFIGSW
ERLGRYIDSE KNVIDILIVY LKKGQSLYRS RVAQRNFVAD YLSGKVGTDS LKDAALVAFV
SPRPWQTCME EDWRFSLVKL EYKKEGGKLI DELSPAKRWS FLVGKNEKSH TAQSRFLGLL
KSDEEPTLKE IQKAFDIETI TDEFFEKYRD LFIKTKIELD NIVKKDEKLR KEFKNKNIST
VDFAKKLLGQ IVFLYFLQKK GWFGVEKGKD FGTGPKDFIR KLFNGEYISY KNFYNDVLEP
LFYKALRDGR SSDDHYYDKL KCKIPFLNGG LFDPPNDFDW VKVDIPLPND LFSNNHKTDE
GDIGDGILDV FDRYNFTVNE EEPLEKEVAL DPELLGKIYE KLNAIREDNF DEYLKALKSS
RRSKESKFNK EYGVYYTPRE IVHYMCQESL LYYLESQLEE QVYHGSKIGR EDLEKFIKYA
DLLVENEKVA QEKVENNVKA SKYKYEIPES IVKNAKEIDK LLNDLKICDP AVGSGAFLVG
MLHEIVKLRQ LLSVYTKNNL SNYDLKRHTI ENSLYGVDID PGAVEVCKLR FWLSLIVDED
SFNDIKPLPN LDYKIVRGNS LIGFPNNWRS DIADKIEKLE DKLFSETHPE RKKEIKKELD
ALILKRLENS KEIFGYKVDF DFKLFFPQVY HNQKVFKEKS GFDIVIGNPP YVRHEKIRAI
KPILERQNYE VFTSTADLYV YFYEKGYQLL KDQGILAYIT SNKWMRAKYG EKLRKFLKEK
TAILEIIDFS GYSVFEQTVD TNILIFRKEN DRGRLVPRKE HIFRFLEVKG GIEDIEEYLR
RKGKPKLIGQ ATEKKVEHLD SWPQVDTWQE LRTWQTMYQS KLSDNAWTLG DESVLSLKDK
IEKAGKPLKD WDVKIYYGIK TGFNEAFIID SEKRDEILRN CKTEEERKRT EEIIKPVLRG
RDIDKYMYKW AGLWIIGTFP AKNLNIDNYP ALKEYLGSFG DRLLQDGKPG HRKRTSNKWF
ETQDNIAYYP EFEKEKIVWQ EMSLEPSFAY DDKKFYTNQT AYIMTGKNLK FILGLLNSKI
SKWYMQSLAY SLSEGAQRWI KQYVELIPLP PITKENKPLV DQVIQKVDQI LTLTQSKDYD
TNQEKQEHVK RLQHEIDKLV YKLYGLTEEE IKIIEGS
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