| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A2016 |
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| Symbol | |
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| ID | 3627833 |
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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 | 2543732 |
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| End bp | 2546338 |
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| Gene Length | 2607 bp |
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| Protein Length | 868 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637700894 |
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| Product | hypothetical protein |
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| Protein accession | YP_305530 |
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| Protein GI | 73669515 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01567] S-layer-related duplication domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.0853096 |
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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 | 20 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGGGGATTA AAAACTATAT CAAGATTTTA TGCTTATTTC TGGCATTTGG GTTGCTTTGT
CTAAGTGTAG CTGCTCAGGC TTCAGATTCG ACAGGCAATC GCATCTGGGA TGAAAATGCA
AATGAGAGCC TTACCTACAC ATGGACGCCT CAGACTTACT CGGGCTTTTA TTATGATCTG
GATACCGGAG AAGGTTCTGA AAATCTGACA GTCCAGCTAA GTAAGGGCAG CCGGACAATT
AATAAGAGAA ATCTGCAGTA CGAAACAGTA CCCATACAGA CCGACTTTGA GTATGGAAAG
TGGGGATCTT ATGATGTCAT AGGGTTTATG GCAGAGCGCT ATTTTGCAGG GTACACCACA
AACTCAAGCT TTGCAAATAA AGAAATTAGC GTTATCTCGG ACGGACAGCT TTCAAAAGTC
CTGATAGACA CCGATGATAG GAAATCCCTG TACACTGGTT CCTCTCTTGT TCTTGACGAA
GGATACTCTC TGAACATGGT TGAGGTTGAT ATTAACGGAA ATACCGTCTG GGTACAGCTT
GAAAAGGACG GCAAGATAGT CGACGAAGCT TTCCTATCCT CCAATAGCGA CTATGTATAC
AAAGCCGACA TCGGGGATAC TGAAGATGTG CCCATAATTG CAGTCCATTT TGCCCAGATC
TTCAGCGGCA GCGAAACCAA TGCGGTTTTC GTGGAAGGAA TTTTCCAGAT CTCAGACCAG
TACGTGAAAG TCCAGAATGG TGATGAATTT GGGGAAATGG AGGTAAGTTC CACCTCAAGT
TCAGGCATAA AAATGAGAAA CAGCGACTCA ATCTCGCTTA GCAAGGGCGA TACTATTGAC
ATCATGGGTA AGCTGAGTTT TGTTGTGGCT GATTCCAATG AACTTCGTTT TGCACCAATA
GTTGAAACCT CCGAGCCCGG AACCTATGAA TTAAGAGGAA CGGTACACGA TGATAAGTTT
GATACTATGG TCTGGACGCC TTTTAACTTC GAAGGTTTCT ATTATAACAT CGACGAAAAT
ATTTCCACTG AAAGCCTTGC TATTGAAAAT CTCGATGGCA GGACAATTGA TGATGAATCC
CTCGTCTATT CTACAAGGCC TGAAAATGTC AAATTTGAAC ATGAGGGCTG GGGAAGTTAT
GAAGTTATCG GCTTCATGGC AGAGAAATAT TTTGCAGGAT ATCCTGAAAA CACTCTTGGC
AATTCAAAGG GCATAAGTGT GTTGTCGGAC CGTGTTCTTT CAAAAGTTCT GATTGATGAC
GATGACAAAA AATCCCTGTT CACTGGTTCT TCTTTAGTCC TGGAGAACGG CTACTCCCTT
AAGGCAGCTG AGGTTGATGT TAATGGGAAA AACGTACTCT TTGAGCTTTA CAAGAATGGA
AAACTCTTAG ATTCGGGAAT AGTTTCCCAG GGCGGGGACT ATATTTATGA AGCCGATATA
GGTGGGGCTG AAAATGTTCC GATGATTGCG GTCCATATAA GTACGGTCTT CCGTTCCACA
GAAACAGATG CCGTGTTTGT GGAGGGAATC TTCCAGATTT CGGATGATTT CCTGGAAATT
TCTGGGGGAG ATTCTTTCGG TGAAATGAAA ATAACTTCGA TCTCCGACTC AGGCATCACA
ATGAAAAACG AGGACTCAAT CTCCCTTTCA AAGGGTGATG TCGTAGACCT GATGGGCAAT
GTCAAATTCA GGGTTGCAGA TGCTTCAGTC CTGCGCTTTT ATCCCTTTGT CGAAACCGAA
ACCGAGGCAG GAGATCAACT GGATATTGAA ATACCCGATG CGCTTGTAGT CGGTAAGCCG
ACCGAAATTT TGGTAACTGC GAGAAATGTT TTAGTCGTCG GTGCTGAAGT TTCTGTTGGA
AACAAAAGCA TAGGTACTAC TGGAGACAGC GGAAATCTCA CCTTCACTCC CAGCAATGAA
GGCAGCTTCA CTGTAACTGC GAGCCGGGAA GGTTATGTTT CCGGAACCAA GAAGGTGGAT
GTCCTCGCAC AAGGTGTCCT GAAACTCTTA GTTTCAGTTT CTCCAGAAAC CGTCCGGGAA
GGAGACCAGA TTGACATAAA GGTCACGGAC TCTGAGGAAA ACAAGCCTGT TTCCGGGGCG
GATGTCTTTT TCGGTGGACA GATAATTGAC GCACAGACAG ACGAAAAAGG TATCACATCC
TACATGGTTA CTGCTCCGGG AACGTATGTA GTAAATGCTA CAAAGACCGG TTATGAAGAC
GGAGAAACCC AGGTCGAGGT GGCGGAGAAA GCCGCAACAC AGTTCACCTT CTCAGACCTC
ACGATACAGC CTGCTTCAGT TGAGGCCGGA ACCGCGGTAA ATATCAGGGT GAACGCTATG
AACAATGGAG ACGTCACAGG AGAATCCACA GTGGAATTGC TGGTTAATAA CGAATCAGTT
GATTCTGAGA ATGTAACCCT TAATCCGGGT GAGAACAAAT CAATCGAATT CTCACACACT
GAGGACACGC CAGGGACATA TACTGTTGAA GTAGGAGGTC TGAGCGAAAG TTATGAGGTG
ACAAAGAAAG CTCCTTTCTT CAGTGGGATG GCTACACTTG GTATACTCTC CATAGCATTT
GTTATTCTGC GGAAGAGAAG AAACTAA
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| Protein sequence | MGIKNYIKIL CLFLAFGLLC LSVAAQASDS TGNRIWDENA NESLTYTWTP QTYSGFYYDL
DTGEGSENLT VQLSKGSRTI NKRNLQYETV PIQTDFEYGK WGSYDVIGFM AERYFAGYTT
NSSFANKEIS VISDGQLSKV LIDTDDRKSL YTGSSLVLDE GYSLNMVEVD INGNTVWVQL
EKDGKIVDEA FLSSNSDYVY KADIGDTEDV PIIAVHFAQI FSGSETNAVF VEGIFQISDQ
YVKVQNGDEF GEMEVSSTSS SGIKMRNSDS ISLSKGDTID IMGKLSFVVA DSNELRFAPI
VETSEPGTYE LRGTVHDDKF DTMVWTPFNF EGFYYNIDEN ISTESLAIEN LDGRTIDDES
LVYSTRPENV KFEHEGWGSY EVIGFMAEKY FAGYPENTLG NSKGISVLSD RVLSKVLIDD
DDKKSLFTGS SLVLENGYSL KAAEVDVNGK NVLFELYKNG KLLDSGIVSQ GGDYIYEADI
GGAENVPMIA VHISTVFRST ETDAVFVEGI FQISDDFLEI SGGDSFGEMK ITSISDSGIT
MKNEDSISLS KGDVVDLMGN VKFRVADASV LRFYPFVETE TEAGDQLDIE IPDALVVGKP
TEILVTARNV LVVGAEVSVG NKSIGTTGDS GNLTFTPSNE GSFTVTASRE GYVSGTKKVD
VLAQGVLKLL VSVSPETVRE GDQIDIKVTD SEENKPVSGA DVFFGGQIID AQTDEKGITS
YMVTAPGTYV VNATKTGYED GETQVEVAEK AATQFTFSDL TIQPASVEAG TAVNIRVNAM
NNGDVTGEST VELLVNNESV DSENVTLNPG ENKSIEFSHT EDTPGTYTVE VGGLSESYEV
TKKAPFFSGM ATLGILSIAF VILRKRRN
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