| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mevan_0652 |
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| Symbol | |
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| ID | 5324544 |
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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 vannielii SB |
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| Kingdom | Archaea |
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| Replicon accession | NC_009634 |
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| Strand | + |
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| Start bp | 701471 |
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| End bp | 704530 |
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| Gene Length | 3060 bp |
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| Protein Length | 1019 aa |
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| Translation table | 11 |
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| GC content | 25% |
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| IMG OID | 640786320 |
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| Product | SMC domain-containing protein |
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| Protein accession | YP_001323170 |
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| Protein GI | 150399403 |
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| COG category | [L] Replication, recombination and repair
[V] Defense mechanisms |
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| COG ID | [COG0419] ATPase involved in DNA repair
[COG1136] ABC-type antimicrobial peptide transport system, ATPase component |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.105285 |
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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 | ATGATAATTA AAAGTATCAA GATTGAAAAC TTTAAAAGCC ATAGAAATAC TAAACTACAG
CTCAATAAAG GGATAACGAC AATAATTGGA CATAATGGCA GCGGAAAATC CTCTATTTTT
CAGGCCATGA ACTTTGCACT ATTTTCTCCC CGAGGTGCAA ACTTTAAAAT AGATAATATG
ATGCAAAAAG GCTCTAAATC GTTTTCAATA GAGTTAGAAT TTGAAATACG AGGTAATTCA
TATTTGGTAA AAAGAAAAAG GTACCAAAAT AAAACTGAAG ATAAATTATA CATCAATGGT
ATTTTAAACG TAGAATCATC ATCTGAGGTT AATAAAAAGA TTGAAGAAAT ATTGGAACTT
GATAACAGCA TATTTTCAAA TGCAGTGTAT ATAAAACAGG GCGAAATTGC AAATTTAATA
CAGATGACGT CTGGAGATAG AAAAGAAGTC ATTGGAAAAC TCCTTGGAAT TGAAAGATAT
GAAAAAGTCT ATGAAAAGAT AAATATTATT AAAAAAGCTT ACGAAGAAAG ACTTTTTGAA
ATTAATGGGG AACTTAAACA AGAAATCGAA GTAACTAATT TACTGGAAAA GCTAAATTTA
GAGATATTAA GACTTGAAAC GCTAAAAAAA GAAATTAATA ACGAAATTAT AAATTTAGAA
AATATTAAAG TTGAAAAAAA TAACGAATTA ACTGAATTTA ACCAAAAATT TATAAAAATT
ACTAAATTAA GGGAAGATTT ACAAGAAAAT ATTTCAGAAA TTAAAAATAT TTCATTGGAA
CTTCAAAATC TTGAAAATTC ATTAAAATCT GTTGACTATG AATCCTTAAA ACTTGAAAAC
AACCAAGAAA ACTATTTTAA GTATTTAAAA GTTGAATCAA GAATAAAAGA ACTTTCAGAA
AAAATAAAAA GTCATAAATT AGAATACGAT GCATTTCAGA AATTAAAATT AAAAGAAGAA
TCATTAAGCA TGGAAATTTT GGAAATAGGT AAAAAAATAA ATGAATACAG TTTTCAGGAA
TCATTTAAGG ATCTAAATTT AAACGAAGTT CAAATTTTGA AAAATATTAA CAACAAAGAT
TTAAAAAGTC ATTCTATAGA AGACCTTAAA AAATATTTAG TGATATTAAA CGAAGAAATT
TTAAAACTTG ATTTTATTAA AGAAAAGATT TCGGAACTTG AATTTGTTGA AAAACAAATT
TTGGAAATAA ACAATCAAAA AAAGCTGAAA AAAGAGTTTG AAATTGATTC GAAAAATTAC
GATATTGCAG TTGAAAAAAT TTCAGAACTA AATTTGAAAA AAAATCAGTA TGCAAATAGC
TTAAAAGAAA AAATAGAACT TGAAAAACGT TTAAATATAG AAAATAATGA AAAAATGCAA
TTAAACAAAT CATTGAAAGA ATTTATGGAT ATTGAATTAA AGATAAACCT TGAAAAAAAT
ACTAAAGATA AGTACGACCA GATCTGTGAA AAAATATCAA AATTGACTGA AGTTATAGCT
GGAAATGAAA TTGTTTTAAA AAACAGTTTA GTATCTAAAG CCGAACTTGA AAAAACAGTG
GATGAATGTA ACATCTGTAA ATCCAAAATA ACCAACGACA AAAAGCAGGA ACTACTTTTA
GCTTATGAAT TAGAACAGGA AAATCTTGAA AAGGTAATTG AAAGTCTTAA AAATCAGGTT
GAAATATTAA ATCGGAAAAA AGAAATTTTA AATAGCGAAT TAAAAATAAT TAATGGATTA
AAACCCAAAT ATGGAGAACT CTTAGAAAAG AAAAATTCTA TTTTAAAGGT TGAAAATTCA
ATTAACGAGC TTGAGTTAAA ATTAACGGAC ATGAAAAAAA ATTTATGTGA ATACGAAGTG
ATTAAAAGTG AACTTAGCAA TTACGAATTA CAAAAATCGA GATTAAAAGA AATTAACAAT
AAATACCAGT ACTGCATTCA ATTTTTAAAT AATATTGATG AAAACAACGT TTTAACTACC
CAATCAGAAC TTTTAAAGGT CATTGGGGAT TATGATGTTT TAAAAATTCA GTTAATGAAA
AAAGACCTTG AAACGTTAAA AGATAACTTA AAAGAGATAC TTCAAAATTT AGAACGGGAA
AAAGTGTTAA ATTTTGAACT AACAAACGTA AAAAATAATA TTTATTCAAA ATTAGGGCTT
GTTGAACAAT ATTTAGAATG GGAAACTGAA AAATCGAATT TAGAAGTGGA ATTATCGATG
CATAAAAAAT ATTATGAGGA ATTTATGGAA AGCATGGCTG TTTTAAAAAG CCATTCTAAG
GCATATTCTA TCGAAATTAC CAAATTAAAT GACTACTTAA GAGAAAAAAC TTTTGAAAAA
TATTCAGTTT TAACTAAAAA AAATACGTTA AGAAATAAAC TTATAAATGA TATTCAAGAA
ATAAACTATA ATGAAGAACG CCATAAAGAA TTAAACATTT ATTTTGAAAA TATTCTAAAA
GAATTACACG AATTTTCAAA AAAGTTCGAA AGAATTAGTT CTGAATTAAC AGTCAAAAAA
GAAAATTCCG AGAGTCTTAA TAAAAAAATA AAAGAACTTG CACTAAAAAA GGAAGAAAAA
CAAAAAATTG AATCGTTTAA AGAATATCTT GAAAAGATTA GGAGAGAAGT ATTTTCAAAA
GATGGTTTTC AAAAATATTT AAGAGAAAAA TACATTCCAC TAATTCAAAG ACATGCTAAT
CAAATTTTTC AGGAATTCGA ACTTCCCTAT TCACATATAC AGTTAAAAGA GGATTACAGC
TTAATTGTTG ACGGCCTTCC AGTAGAAACG TTAAGTGGGG GCGAACAGAT TGCAGTTTCA
CTTGCACTTA GACTTGGAAT TTCAAAAGCC GTTTGTAATA ATATTGAATG CATTATTTTA
GATGAACCTA CTGCATATCT TGACGAAGAA CGGCGTAAAA ATTTGTTAAA TATATTTAGA
AATATAAAAA CAATAAGTCA AATGGCAATA ATTACACATC ACCAAGAGTT AGAACAGATT
GCAGACAATA TACTTACAGT TCGAAAAATT GGCGAAATAT CAAAAGTAAC TTTAGAGTAG
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| Protein sequence | MIIKSIKIEN FKSHRNTKLQ LNKGITTIIG HNGSGKSSIF QAMNFALFSP RGANFKIDNM
MQKGSKSFSI ELEFEIRGNS YLVKRKRYQN KTEDKLYING ILNVESSSEV NKKIEEILEL
DNSIFSNAVY IKQGEIANLI QMTSGDRKEV IGKLLGIERY EKVYEKINII KKAYEERLFE
INGELKQEIE VTNLLEKLNL EILRLETLKK EINNEIINLE NIKVEKNNEL TEFNQKFIKI
TKLREDLQEN ISEIKNISLE LQNLENSLKS VDYESLKLEN NQENYFKYLK VESRIKELSE
KIKSHKLEYD AFQKLKLKEE SLSMEILEIG KKINEYSFQE SFKDLNLNEV QILKNINNKD
LKSHSIEDLK KYLVILNEEI LKLDFIKEKI SELEFVEKQI LEINNQKKLK KEFEIDSKNY
DIAVEKISEL NLKKNQYANS LKEKIELEKR LNIENNEKMQ LNKSLKEFMD IELKINLEKN
TKDKYDQICE KISKLTEVIA GNEIVLKNSL VSKAELEKTV DECNICKSKI TNDKKQELLL
AYELEQENLE KVIESLKNQV EILNRKKEIL NSELKIINGL KPKYGELLEK KNSILKVENS
INELELKLTD MKKNLCEYEV IKSELSNYEL QKSRLKEINN KYQYCIQFLN NIDENNVLTT
QSELLKVIGD YDVLKIQLMK KDLETLKDNL KEILQNLERE KVLNFELTNV KNNIYSKLGL
VEQYLEWETE KSNLEVELSM HKKYYEEFME SMAVLKSHSK AYSIEITKLN DYLREKTFEK
YSVLTKKNTL RNKLINDIQE INYNEERHKE LNIYFENILK ELHEFSKKFE RISSELTVKK
ENSESLNKKI KELALKKEEK QKIESFKEYL EKIRREVFSK DGFQKYLREK YIPLIQRHAN
QIFQEFELPY SHIQLKEDYS LIVDGLPVET LSGGEQIAVS LALRLGISKA VCNNIECIIL
DEPTAYLDEE RRKNLLNIFR NIKTISQMAI ITHHQELEQI ADNILTVRKI GEISKVTLE
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