| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A3646 |
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| Symbol | |
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| ID | 3624590 |
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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 | 4698099 |
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| End bp | 4700825 |
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| Gene Length | 2727 bp |
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| Protein Length | 908 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637702479 |
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| Product | hypothetical protein |
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| Protein accession | YP_307090 |
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| Protein GI | 73671075 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | 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 | ATGAAAAATA TTTACATATC ATTAATAGCA TCCTTACTAC TGCTTACATC GGCAGGTGCT
GCTTCTGCTG CACTACCATA TTACATAGAT CCTCAACATA ATTTGTGGCT TAATATCAGC
ATGGACGGCA GTACACAATA TTTCAATGTA TATAATACGC CTGGATATTC TCCAAATGGA
GATGCAGTCA TGTGGGTATA TGATAACTTC AGCTCAAGCA ACTTAGACAC ATCAAAATGG
ACTAGTTATA AAAAAGGGAG TAGGAAATCA ACCGTAGACA TACAAAACGG ACAGCTGATA
TTGTCAGGTG CAGGCGTGAC CTCCTCTGCA AATGTTGTGC TGAACAAACC TTTCACTAAT
GGAATTGAAC TGGCAGTTAA TGAAACAATT TCAAAGGGTA CCAGTGATGT AGGTACATAT
TCTGATGCTT CTTTTGGTTC TGGCCCACTT GCAGGTGTGA CTAATGAAGT AGATTTAGAT
TTGTGGCACA TATATCTCTA TTGGCTGCAC ACGTTGATCT CTATCTTGAG ACTCGACAAT
ATGGTTGATA TTGACAGTAG TTCCGAAACA GGTTGGTGGC ATACGGTTTT CTCCACTACT
GATGGCTCAT TCCAAAGTCA GGGAATATCA AGATCAATAA TTTGGGTAAA TTCAAGCACT
TCGGATGCTA TTATGCCTAA TCCCGGCATC ACGCTAAGTG AGTACACAGG AGAAAATCTT
CCACATACAG TTGCATATAG TTACGACACT TACGGCAATG CAAATATGAG TATGCTCAAT
GTAAACCAAA ATCGACTCCC ATTATCTATA CCAGATCCAT ACGGTTGTAA CCAGTTCAAC
AATGTAGATA TTTATTATAA TTCGTCTGGA GTATTTGGCC ACAACTGGTG GATGCTTATT
ACAACACATT ATATGTATTC AGACCGTAAG TATGAAAATG CATGTTTATA TTATTCTGAT
GACGGACTGC TCTGGTATGC ACCGCCAGGA GTAACAAACC CCATAGGAAA GTCGGTTGTA
TCTAAATATG ACTCAAATGC TTATGGATCT GATCCTGATC TTGTATATAA CCCTACAACT
GGAAAATTCA TGTGCTACTA TGTAATTGAA AACGTTACCG GTAATGAAGA TATAAAAGAT
TTGAAAGTTA GGACATATGA TGGAAATACT GTTTCACCTG AAATGAAAGT TATTACACAT
GGAATATCAC CAACCGTGTT GTATGATAAC ACAACCGGAA TATTTTATAT GTGGACTGTT
GACACCGATT CCAATCCGAA TGTAATATAC AGATACACTT CAACTGACGG AGTAAATTTC
AGTAATAAGC AAGCAGTTGG TCAATCAAGC GATTATGAAA CCTGTCATAT AAATATGATG
AATCATCCTA AAGACTCAAA GCTCTATGCA CTTTTTACAT TCACAGGCAA TAATAATCTA
TATCTTGCAA CCACAAGCAG CTACACAGAT AATTTTACAA TTCAAAAATC ACCCATTCTA
CGGGTTGATG ACTCTTCATC TGCCACGCAT AAGAATATTG AGTTATCTTG CAGTGCAGGT
ATATTTAGTA ATGACGGAAA CATTCTGAAA CTATGGATAA CTGCTAAAGA TATCAATGGC
GTTTGGACTG CTTTTTACAC ACAAGCAACT CAGGCAAATG GTATCTGGAA AGTTGGAAAT
TTCACAACCC TGCATGCTCC TGTTATGACA GTCAAAAATG AAAAGTGTCT CAATACCTCA
AAACAGTGGA TGCTCTCACA GGGCGACTAC GTAAATAACA AAGGAGTCAT AAGGAAAATC
AACGAAATTT GGGGATACAA AATAGGTCAC ACACCAAAAG TAAAAGTAAC GAATATGGGA
ACATACATGC AAATTGAAGT TGTGCCAACT GACTCTCGGA CTGTGACTGA TTACCAGGTG
ATGATCCCTG CTAGTTTTCT GGACTTACCG CACCAAAATG AATCTCTGGA TATTGAACGC
GTGCCAAATG ACTCCGAGAA CGTAACTGAT ACTCATGTGA TGGCTCCTGC TAGTCTTCTG
AACTTATCAT CCCAAAGTGA TTCTCAGGAT AGCGAACGTG TTCAGTCAGG AACGGCCACA
TACCCTTCAA AAGGAGTAAT TAATTGGAAA AGACAAAACT GGTATTTGAC AGGTGGCAAA
GCAAATCCTG GTAATAATTA CTGGAATATT TCAGGTGCAT GGATAGATAA CCAGGATAGG
ATGCACTTAA CAATTGTAAA AAACAACAGT ATATGGGAAT GCACAATGTT AAGCAGCCAA
AATACATATC ATTATGGTAC TTTTACGTGG ACTGTAGCTT CACCTGTTTA CACATTTGAC
AAAAACAGTG CAATAGGACT TTGTACTTAT TTAGATGATA ATAATGCATC AACTGTAGGA
ATTTCAAGAT GGGGTGACCA TAATGGAAAT CAACTATGGT ATTCCATAGA ACCTTCTAAA
ATAAAAGGAA ATAGTAAGGC ATATCTAGTT CCATCGAGTA TCAAAGGCAC AAACACGACT
TATAGAATTG AGTGGAAACC CAATTATATA AGACTTACAT CCATGCAGGC AGATGGAACA
ATAATAGCAG ACTATAACAA TACAAACATT TCTGCCATCC CACAAGAGCC TGAAAGTGTC
ATAATGAATT TATGGCTAAT GGCTCCTCCA TCTAATGGAA AAAACATTGA ACTTATAATT
AGTAACTTCA CAGTTACTAA CGATTGA
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| Protein sequence | MKNIYISLIA SLLLLTSAGA ASAALPYYID PQHNLWLNIS MDGSTQYFNV YNTPGYSPNG
DAVMWVYDNF SSSNLDTSKW TSYKKGSRKS TVDIQNGQLI LSGAGVTSSA NVVLNKPFTN
GIELAVNETI SKGTSDVGTY SDASFGSGPL AGVTNEVDLD LWHIYLYWLH TLISILRLDN
MVDIDSSSET GWWHTVFSTT DGSFQSQGIS RSIIWVNSST SDAIMPNPGI TLSEYTGENL
PHTVAYSYDT YGNANMSMLN VNQNRLPLSI PDPYGCNQFN NVDIYYNSSG VFGHNWWMLI
TTHYMYSDRK YENACLYYSD DGLLWYAPPG VTNPIGKSVV SKYDSNAYGS DPDLVYNPTT
GKFMCYYVIE NVTGNEDIKD LKVRTYDGNT VSPEMKVITH GISPTVLYDN TTGIFYMWTV
DTDSNPNVIY RYTSTDGVNF SNKQAVGQSS DYETCHINMM NHPKDSKLYA LFTFTGNNNL
YLATTSSYTD NFTIQKSPIL RVDDSSSATH KNIELSCSAG IFSNDGNILK LWITAKDING
VWTAFYTQAT QANGIWKVGN FTTLHAPVMT VKNEKCLNTS KQWMLSQGDY VNNKGVIRKI
NEIWGYKIGH TPKVKVTNMG TYMQIEVVPT DSRTVTDYQV MIPASFLDLP HQNESLDIER
VPNDSENVTD THVMAPASLL NLSSQSDSQD SERVQSGTAT YPSKGVINWK RQNWYLTGGK
ANPGNNYWNI SGAWIDNQDR MHLTIVKNNS IWECTMLSSQ NTYHYGTFTW TVASPVYTFD
KNSAIGLCTY LDDNNASTVG ISRWGDHNGN QLWYSIEPSK IKGNSKAYLV PSSIKGTNTT
YRIEWKPNYI RLTSMQADGT IIADYNNTNI SAIPQEPESV IMNLWLMAPP SNGKNIELII
SNFTVTND
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