| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A3144 |
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| Symbol | |
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| ID | 3624379 |
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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 | Methanosarcina barkeri str. Fusaro |
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| Kingdom | Archaea |
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| Replicon accession | NC_007355 |
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| Strand | - |
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| Start bp | 4045359 |
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| End bp | 4048274 |
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| Gene Length | 2916 bp |
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| Protein Length | 971 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 637701984 |
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| Product | hypothetical protein |
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| Protein accession | YP_306610 |
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| Protein GI | 73670595 |
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| COG category | [S] Function unknown |
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| COG ID | [COG3391] Uncharacterized conserved protein |
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| TIGRFAM ID | [TIGR02276] 40-residue YVTN family beta-propeller repeat |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.0403657 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.275799 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAAGTA AGATTTTTTC GACTTCGTTA GCTTTTGCTT TTTTGTTACT GATCACAACA
GTCGCATCAG CTGGACAGGA AATTCAAATT ACACCGTATG GCGAGAGAGG TCTTAATCCT
GCTATCTATG ACAATAAAAT TGCATGGTTG GACAAGTACA TCAATGGAAG TCTCCACTTG
CGGGATTTGT CTACAGGTAA AGAGATACAG ATAACTGAAG ATCCATGGTA CTCATATCTT
GCTGTTTATA ACGATAAGAT AGTATGGGGA CCTGGAGGAC AAAACATCTA TTTGTACAAT
ATATCTACAA ATCATAAAAC TTTACTTTCA ATTCCAGAGT CGGAAAATCA AGGGTCAAGG
GATTCTTTAA CTATATACGG TGACAAAATT GTATGGAGAG ATCAAAGCGG TGGGTATCAG
GACATCTACA TGTATGATCT CTCCACTTAT AATAAAACCC GAATTACAAC TAACCAATCA
ACTAAGGATC CCGTTATCTA CGGAGACAAA ATAGTATGGC AGGAAGATCC TAGCTTTGGC
TTTGGAAGTT CGTACCATGA TATTTATGTG TATAATCTAT CAACTTCCAA TAAAACTCGA
GTTACAACCA ATAGATCAGC ATCGAGCCCT AATGTCTACG GTGACAGGAT TGTGTACATG
GAAAGTAACA ATATCTACTT TCATAATCTC TCAACTTCTC TAGAGACTCA GATCACATTC
AATGGGTCAC GAAAGGATAA GCTTGCTATC TATGGTGACA GGATAGTGTG GCAGGATGAC
CGCAACGGAA ATTGGGATGT ATACGTATAT GATCTTTCTG AAGATAAAGA AATTCAGATT
ACCAATGACG AATCAGATCA ACTTAACCCT GCTATTTACG GTGACAAAAT AGTATGGGAA
GACTATCGTA ATGATCGGGA AAACATGTAC TATTGCAGCA TATACATGTA CGATTTCTCA
GCTAAACCTA CAATGCCTTT TGCTTCTTTT TCTGCTAATA TAACATCTAA ATCCGGAAAT
ATGCCATTAA CTGTATTATT TACTTGTAAC AGCACGGGTG GAACTCCCAC ATCCTGGTAT
TGGGATTTTG GAGATGGTAT AAACTCAAAA CATGCTCAAA CAGCCACACA CACATTCAAA
AAACCTGGGA CTTATGATGT TAGTCTTACA GTAACCAATT TCGCAGGCAA TAGTACGCTG
AAGAAATCAA ATTATATTAC TGTCACTCCT CAACAAGCCC CTATCGCAGA CTTCTTTTCT
CCAGAAGTAT ATCATGCTAA CACTTATGGA GGGTCAGTTC CCACAAAAAC CGTATCATTT
GTCGACAATA GCACAGGTTC ACCTACTTCC TGGCTTTGGG ACTTTGGAGA CGGTAATACC
TCCACAGAGC AAAATCCAAC CCATGTATAT GATGTAGAAG GAGGATATAC CGTAAATTTA
ACTGTTAAGA ACGTTGTGGG TAGTAATACA ACAAGTAAGT ATGGATATGT ACTTGTTGGC
TTGGGTGATG GATCTGTTGC TCCAGAATAT TTCTCGTCAA GTGTAACATC CGGAGATGCA
CCACTGAAAG TAACGTTTCA TGGAGGAACC GGATATGCCA ATGATTGGAC TTTTGGAGAT
GGCTCTCGAC AATCCGTTGG TGAGAACCAA ACAGTAGAGC ATACATATCT GGAGCCTGGA
CAATATACCG TGAGCTTATC TGAATACAAT GTTGGTGGCA CAGCTGCAAT AACAAAATAT
CATTATATTA CTGTAACCGG ACTTACAAGA CCAGTGGCTT CTTTTACTTC AGAAAAGGTG
TCTGTTCCAA TGTCACTGAC AATAGCATTC ACTGATACGA GTATTGGAAA GCCTACATCC
TGGTATTGGG ATTTTGGAGA TGGAGATTCT TCAACCGAAC AGAATCCAAC TCACACATAT
TCTGCAGCGG GAAACTATAC GGTTTCCCTG ACAGCAAGTA ATGAGAACAG TACAAATTCA
ACGTTTAGAG TAATCGATGT GTTCAAAACC ACAGGACCAT TTGCATACGT TATTAGTGGC
AACAATATCT CTGTAATTGA TACAGCTACG GATAAAGTTG TAGACACAAT AGAGATAGGA
AGTGGTTTAG TGGGGGTTGC GGTCAATCCG ACTGGGACAA AGGTATATGT TGCAAACGAA
GGCAACAATA CTGTCTCTGT AATTGACACA AGTATAAGCA AGGTCATAGC CACAGTTAAT
GGATTAAATT CACCTTATGC AATTGCAATT ACTCCAGACG GAAAAAAGGC ATATGTTACG
AACAACAGCG GCGCTGTCTT TGAAAATGGC ACAGTCTATG TTATTGACAC AGGCACTAGT
ACTGTTATGA ATACGGTTAA TGTAGGCAGC GTCCCTCATG GAGTTGCGGT CAGTCTGGAT
GGAGCAAAGG TATATGTGAC AAATTATTAC GATATCTCTG TAATTGATAC GGCAACAAAC
AAGGTTACAG CTACGCTCAA TGTAGGACAG TATCCTGATG GAATTGCAGT TAGTCCGGAT
GGAACAAAGA TATATGTGAC TAATGGTGGC AGCGACAATG TCTCTGTAAT TGATACAGAA
ACAAATAATG TTACAGCCAC GTTACCTGTA GGAGACAATC CTGTTAGAGT TGCGGTCACT
CCAGATGGAA CAAAATTATA TGTGACGAAC TATAAGGGAA ATACCATATC TGTAATTAAC
ACAACAACCA ATACCGTAAC AGCCACGATA CCAGGAGATG GTCCTTACGG AGTATCAATC
ACCCCTGACG GGAAAAAAGT ATATGTCACA AACCTAGGTA GCGATCTTTC CGGCAAAACT
GTTTCTGTAA TTGATACAGC AGCAAATACT GTTATAGCTA CAGTTAAAGT AGGAAGCTAT
CCTAGAGAAG TTGCAGTTGC TCCATATGGA AAATGA
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| Protein sequence | MKSKIFSTSL AFAFLLLITT VASAGQEIQI TPYGERGLNP AIYDNKIAWL DKYINGSLHL
RDLSTGKEIQ ITEDPWYSYL AVYNDKIVWG PGGQNIYLYN ISTNHKTLLS IPESENQGSR
DSLTIYGDKI VWRDQSGGYQ DIYMYDLSTY NKTRITTNQS TKDPVIYGDK IVWQEDPSFG
FGSSYHDIYV YNLSTSNKTR VTTNRSASSP NVYGDRIVYM ESNNIYFHNL STSLETQITF
NGSRKDKLAI YGDRIVWQDD RNGNWDVYVY DLSEDKEIQI TNDESDQLNP AIYGDKIVWE
DYRNDRENMY YCSIYMYDFS AKPTMPFASF SANITSKSGN MPLTVLFTCN STGGTPTSWY
WDFGDGINSK HAQTATHTFK KPGTYDVSLT VTNFAGNSTL KKSNYITVTP QQAPIADFFS
PEVYHANTYG GSVPTKTVSF VDNSTGSPTS WLWDFGDGNT STEQNPTHVY DVEGGYTVNL
TVKNVVGSNT TSKYGYVLVG LGDGSVAPEY FSSSVTSGDA PLKVTFHGGT GYANDWTFGD
GSRQSVGENQ TVEHTYLEPG QYTVSLSEYN VGGTAAITKY HYITVTGLTR PVASFTSEKV
SVPMSLTIAF TDTSIGKPTS WYWDFGDGDS STEQNPTHTY SAAGNYTVSL TASNENSTNS
TFRVIDVFKT TGPFAYVISG NNISVIDTAT DKVVDTIEIG SGLVGVAVNP TGTKVYVANE
GNNTVSVIDT SISKVIATVN GLNSPYAIAI TPDGKKAYVT NNSGAVFENG TVYVIDTGTS
TVMNTVNVGS VPHGVAVSLD GAKVYVTNYY DISVIDTATN KVTATLNVGQ YPDGIAVSPD
GTKIYVTNGG SDNVSVIDTE TNNVTATLPV GDNPVRVAVT PDGTKLYVTN YKGNTISVIN
TTTNTVTATI PGDGPYGVSI TPDGKKVYVT NLGSDLSGKT VSVIDTAANT VIATVKVGSY
PREVAVAPYG K
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