| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mpal_2413 |
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| Symbol | |
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| ID | 7271326 |
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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 | Methanosphaerula palustris E1-9c |
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| Kingdom | Archaea |
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| Replicon accession | NC_011832 |
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| Strand | - |
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| Start bp | 2554127 |
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| End bp | 2556856 |
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| Gene Length | 2730 bp |
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| Protein Length | 909 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 643571015 |
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| Product | hypothetical protein |
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| Protein accession | YP_002467416 |
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| Protein GI | 219852984 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.273323 |
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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 | 17 |
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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 | ATGATAAAAA AATTGAGCAT AGCACTGGTT TCACTGGTGT TGTTAGCGTT GGTTCTTGTT
GCCCCAGTGG CGGCAGTAGA TCCGACCACC ACTGCCACGA CGACAGTGAA CAACACCACC
ACCACCGCAG TGCCAACTGT AACAATTTCG GCAGATGTAC TGGCGGCAAT AGCCAATGCA
ACGAACAACA CAACGACCAC CACAACAACG GTCGTCAGCA ATGTTAGCAA TGTGACCACT
GTAGCAACCG TCGCTACTAA CGTTACGAAT GCAACCGGCA ACATCAAGGT TGTCCCAGCC
GGCGGGTCAG TCTACATCGG TGAAGCAGGC CTGAACCTGA ACACCCTTGC AGGCATCCAG
AACGGCCAGA CCCTTGGATG GTACCAGTCC GGATCCAACA TCCAGACCAA CTCGCCAGAT
GCAACACTCG TCATCAGCGA TGCATCGAAC GTGTACATTG CACCAGGCAC CCAGACCGGT
GTATGGTACA ACCTGGAGAC CAAGACTGCA GCGTTCACCG TCAAGGATCC ATCGGTCGCG
ATGAAGATCT TCGACGCCAA GACTGGAAAG GATGTCACCA ACAAGCAGGT TGTTGAAGGC
ACACTCCTGA ACTTCAGGAT CGACAGCAAC CTCGATGCAT TCACCCAGCG TGGAGTTACC
GGGGCACCCG TCACCATCAA GGTAAAGGAC CCGTCAGGCA ACGTCTACGT CGCACTGTAC
GATGACCTCA AGCAGTCCAA CGGACTTGTC AACATCCCTG TCTCCTCCAG CTCCTTCTTC
GTGAAGGGAA CCGGAACGTC CGGAGCAATG TGGGATACCA ACTACAAGGA CTACAAGGAC
GGCGACTACA AGATCTGGGT AGAGTCCAAT GCCAACGGCA TGAAAGACAA CTACAAGGAT
CCGTCATCAG GTGCAGATAA CACAGGCAAG ACCATCTCGT CGGTCTACAC CCTGACCATC
GGCCAGGACA CCCTTGCAAT CACCAGCAAC GCTGATGCAA ATGCAGGTGT CATCAGAAAC
AACGACTTTG CGATCTCAAT CAGCGGCAGA CCAAACCAGG CATACAACAT GTGGGTCTCA
GGCACCAGCT CCCTCAAGGG AACCGACGGC GAGATGCCAC CGGCAATCAA GAGCGGCCAG
AATGGTGTTG CAGTTGGATC AGCAACCACC GGTAGCTACG TCTACAACAG TGCAGGCCAG
ACCGTTGCAT CCGATGTCGC ACCAGGTACC AACCCTGACA CAGGCGTTTC AGCATACTTT
GCAAACGTAA CCACTGACGA CAACGGCAAG AGAACTGTCG GTCTCTCGAC CAACTCCAGC
ACCAAGGACC AGACCTATAC GATCAAGGTC CAGTGGACTG ACGCAAACGG CGAGTTCAAG
TCCGACTCTG TCAAGGTCAA GGTCAGCAAG GGTGAGGTAA CCATCACCTC AAGCGGCAAT
CAGAGCTACT TCCTCGGTGA ATCGGTCACC CTGAGCGGTA AGAACACTGA CTCATCCAAC
GTCTACCTGT TCATCACCGG TCCAAACACC CCGACCAACG GTGCCAGTCT CACTGACATC
TCAGCAGTCG TGAACGGGAA TGCAGGCTCA TTCACCCAGG AAACCGTCAA CACTGACGAC
ACCTGGTCAT ACAAATGGGA GACCAGCAAC CTGAACATCG ATGCAGGTTC ATACACTGTC
TATGCAGTGG GTGTCCCGGC AGACAAGGAC AACCTTAAGG ATGCCAAGTA CGCAACTGCA
TCCGTCATCA TCAAGAAGCC ATTCGTAACC GCCAATGCAT CAGCAGCAAC GGTTGCCAAG
GGCGACAAGT TAATCATCGA TGGACTTGCA GAAGGCAAGC CCAGCTCAGT AGCATACTGG
ATCGTCGGAA AGAACCTGTT CGCGTACAAC ACCGAGACAG TGAACGACGA CGGCACATAT
GAGATCACCA TCGACCGCGG TACAACCCAG AACCTCGCTT CCGGACAGTA CTTCGCAGTC
ATCCAGCACC CAATGGGCAA CGGCGTCTTC GATGTCGCAC CATTCAAGAA CGGCTCAGTC
ACCCGTGTCT ACGACACCAG CGGTAACTTC TTCGTCGCAG AAGGCGCAGG AAGACTCCAG
GGTTCAGACG CAGCCAATGC ACTCGTTGAC CTGCTGAACG GCGCAAACAT TGACGACAAG
TACACCAAGC TCAGCTTCGT CATCGATGAG CCGAACATCA ACATCAACGC GATCCCTGAC
AAGAACGTTG GAGACAAGTT CGACATCAGC GGAACCACCA ACCTCGCAGT AGGCGACACA
GTCCTGGTCG ACGTCCTGTC ATCATCATTC AAGCCAACTG ACAAGACCCA GGCCGGCGAC
TTCAGCGGAG TCTCAGGCTC AACCACCATC GTCGCAGGCG ACAATGGTAA CACCTGGAAC
TTCACCGTCG ACGCATCTGC GTTCAAGGCA GACCAGTACA CCGTCAAGGT AGAGTCCATC
GAGGCCAGTA CTTCACAGAC CAGTACCTTC AACCTCCTTG AGACCGGAGC AGTTAGCAAC
AACACTTCAG CTGTAGCGAC AACCGCTGCA ATCTCAACTG TTAAGTCCAA CGCAACCGGT
TCCTCAACCT CGGCAGCAAC CTCTGCAGCA TCAACCACCA GGGTTAACAA CACCACCTCA
ACAGCTCCAA CCCAGTCACC CGGATTCGGT GCCCTGGTTG CCCTGATTGG TCTCGGTGCA
GTTGCCTTCC TGGTCGCACG CAGAAACTAA
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| Protein sequence | MIKKLSIALV SLVLLALVLV APVAAVDPTT TATTTVNNTT TTAVPTVTIS ADVLAAIANA
TNNTTTTTTT VVSNVSNVTT VATVATNVTN ATGNIKVVPA GGSVYIGEAG LNLNTLAGIQ
NGQTLGWYQS GSNIQTNSPD ATLVISDASN VYIAPGTQTG VWYNLETKTA AFTVKDPSVA
MKIFDAKTGK DVTNKQVVEG TLLNFRIDSN LDAFTQRGVT GAPVTIKVKD PSGNVYVALY
DDLKQSNGLV NIPVSSSSFF VKGTGTSGAM WDTNYKDYKD GDYKIWVESN ANGMKDNYKD
PSSGADNTGK TISSVYTLTI GQDTLAITSN ADANAGVIRN NDFAISISGR PNQAYNMWVS
GTSSLKGTDG EMPPAIKSGQ NGVAVGSATT GSYVYNSAGQ TVASDVAPGT NPDTGVSAYF
ANVTTDDNGK RTVGLSTNSS TKDQTYTIKV QWTDANGEFK SDSVKVKVSK GEVTITSSGN
QSYFLGESVT LSGKNTDSSN VYLFITGPNT PTNGASLTDI SAVVNGNAGS FTQETVNTDD
TWSYKWETSN LNIDAGSYTV YAVGVPADKD NLKDAKYATA SVIIKKPFVT ANASAATVAK
GDKLIIDGLA EGKPSSVAYW IVGKNLFAYN TETVNDDGTY EITIDRGTTQ NLASGQYFAV
IQHPMGNGVF DVAPFKNGSV TRVYDTSGNF FVAEGAGRLQ GSDAANALVD LLNGANIDDK
YTKLSFVIDE PNININAIPD KNVGDKFDIS GTTNLAVGDT VLVDVLSSSF KPTDKTQAGD
FSGVSGSTTI VAGDNGNTWN FTVDASAFKA DQYTVKVESI EASTSQTSTF NLLETGAVSN
NTSAVATTAA ISTVKSNATG SSTSAATSAA STTRVNNTTS TAPTQSPGFG ALVALIGLGA
VAFLVARRN
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