| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mpal_2732 |
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| Symbol | |
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| ID | 7270840 |
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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 | 2860286 |
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| End bp | 2863687 |
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| Gene Length | 3402 bp |
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| Protein Length | 1133 aa |
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| Translation table | 11 |
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| GC content | 60% |
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| IMG OID | 643571323 |
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| Product | HEAT domain containing protein |
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| Protein accession | YP_002467718 |
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| Protein GI | 219853286 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1413] FOG: HEAT repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | 11 |
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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 | ATGTGGCTGC ATGATCTCTT CAGGCCCAAC CTCGGCAAGC TGGCCGAACG ACAGGACGTC
AGCGGGCTGA TTGCGGCCCT CTCTCATCGG GATCCAATAG TACAGCGGCA GGCCAGTACC
ATTCTCCGTT CGATGGGAAG GATCAGCGTT CCACTGCTGC TCGATACTCT CCAGCATGGA
AACGCTGAGC TTCAGCAGCG AGTGTCTGCG GTGCTCAAGG AGATCCCCAA CCTCCCGGTG
GAGACCCTGA TCACTGCCCT CGGTGATGAC ACCGGCCATA CCTTTCCCGG CGTCGCGACG
TTGATCGCAA CGATGGGCGA TCAGGTAGTG CTACCCCTGA TGGGAGCGCT GAACAGTGAG
TATGAGGAGA TCCGGAAGGG GGCTATCGTT GCGCTCGGGA TGATGGGTGA ACCGGCCAGG
CCGCAGTTGC TGGCTGCCCT GATGCACCCA TCGTACCGGA TCCGATACGG GGCGGCGCTG
GCCCTCGATC GGACTGGGTG GGTGCCACAG GATGAGCGGG AGAAGTTTCG GTACCTGTTT
GCGACTGGCC AGTGGTCGGA ACTGGTGAAG AAACGCAAGG CCGTGGTCCT CCCGCTGCTG
GCCGCTCTGG AAGACAGTCA TTATGCGGTG AGACGGGATG TCGCTCTGGC CCTCGGTTCG
ATTGGGGATC TTCGGGCTAT CGATCCCCTT CGACGGCTGC TGATCACTGA TCCCGAGGAG
ACGGTCCGTG CAGGAGCTGC CGAGGCGCTC GGTCTCCTCG TCGACGACCA GGCGATCCCG
GCGCTTCGGG CTGCGATCAA TGACCATGCG CACAGTGTCA GAATGGCGGC AGCTCAGGCC
CTGGCTAGGA TCAACTGGGT TCCTGATGAC GAACAGGAGC AGTTGACCCT GTTGGTGGCT
ACAGAGCAAT GGTCCCAGTT GATAAGGCAT GGGCCTGCTG CGATTCCGGT GTTGATCACG
GCCCTCGGCG ATGAATATTA TGGGATCCGG ACCGGTAGCG CCGAGGCCCT CTGGAGAATC
GGCGATCCTG CCGTGAAATC TCTGATCCGG GCCCTCCACG ACCAGAACCC AGCCATTCGG
GCCGGATCTA CCGGTGTGCT GATGCGGCTC GGTGCCTTTC CCAGGGAACA GTCTGCACCG
ACCTATATCG AACAGATCAG GCCCAACATC ACTCCCCCAC TGCATATCAG ACGGGAGGTC
TATCCGGATA TCTCATGGAC CGAGGACATT TCAGCATCCG GGTTGACACC CACACCCTGT
GAGCCCGATC CTGTCGAGGA CGATCTGGCC CTCCTCCTCT CCCCGACCGG GACGCAGTCG
CCAGAGGAGA TGATGACGGC AGAGCCGGCG GTGGGAGGAT CCATTGAATT TACCCGGGAT
ATTGAGGATG GACCATCCCT TCCCTTATCA GATGATCTGG AGGATGCGGA CCAGATCCTC
GCTGGGCTGG ATGATTCTCT GCCCCCGATC GATCTCTCCT CTCTCCAATC GACGACGATG
ACTATTGAGG CACCACCATT CTGGGATCTC CCAGTTGAGG ATGATCTGGC GACCCCAGAA
CCTCTCTCTT CCTGGCTGGA TTCAGATGAC CTGATCATCC CACAGATGGA TGACGGGACA
CCTTCCATCA CCCCCTCTTC GGTCCTTCCA GTTGTGGGTG GTCCAGGATT GGAGACTGCC
GGCTCCATGG ATAATGAAGC GTCCGGCTGG GCTCCGGTCC AGGAGTCGGC CTTCCTCTCC
CTGATGGAGA CACTCCAGCG GAATTCTCCT GATGATGAAG AACGATCCCA GCTGATCTCC
TCGTACCTTG CCGATCAACA TGGAGTTCTC TCCAGTGACC AGCCCTCGGT GATTGTCAGC
GCCGTCGGTC CAGGCCTCTC CGCAGAGGAC GATGCGGTCA GGATGGTGGC TGCTGAGGTG
CTCGGACAGA TCGGGATCGA ATCGGTGCCT CTGCTGCTCA AGGCGCTTCA GGATCCATAC
TACCAGGTCA GGGTCACAGC TGCCGACGCT CTCGGTCAGA TCCGGGATCA GCGAGCTCTC
TCTCCGCTGG TCAACCTGCT GATCGAGGAC GAGGATGAGG AGGTCAGGAG TCAGGCGGCT
CATGCCCTTG GAGAGCTCCG GAACCCTGCT ACAACCGAGG TTCTGGTCCG GGCATTGCAT
GATCAGTACC CGGTGGTCAG AGGGGCCGCG GCCAGGGCCT TGGGCATGAT TGGAAATCGG
CAGGGGATCG GCCCCCTCGT GGCCCTCTTC GAGTCCGGTG ATCGTGCTAC GGCAGAGGAT
GTGATCTGGG CCCTGAGGAC GCTCGGGGCT GATCAGGATC TTGCCATGCA GGCCTCAGAC
ACTGCAGATG AGAGACGACA AAAGGATGCT AAGATGTTGC TGGCCCGCCT TCATGAAGAA
GAAACAACCC TCTCCCCTCT CCCTCCCAGG CAGTTTCATG CCGTGCTGTC AGGGGAGGTC
TCTCCTATTC ATGAGATCAC GATTCCTCAG GAAGGCCCTC CCCCGATTGA GGTCACCCAA
TTGAACCCAA CCCCTCGGTC AGTTCCACCG CTCCCTGAAC CTATCGACGA GTCTGGAGGG
CTGGAATCCG GTACAGTTCC TTCCGAGGAT CCTGATTTTG TTCTACTGAT CGAGGCCTCT
GTGCATGAAG AGGCCCGGGT TCGGAAGAAG GTCGCTCATG CCCTTGCCAA GAGCCATGAC
CCTCGGGCTG GGGACCTGCT CAGAACGCTG CTGACTGATG AGGATGAGGA CGTTCGGGCA
TCTGCATCCG CGTCACTCGG GTTGCTCGGA GACCAGGCTG CGGTGCCGGA CCTGATCACT
GCACTCGAGG ATCAGAGCGA CGAGGTCGTC ATGCGGGCAG CCCGGTCGCT CGGTGAAATT
CAGGACCCTG CTGCTGCTGC ACCATTGATC CAGTTGCTGG ATGCCGACGA CTATGGGGTC
AGACAGGTCG CTGGGGAGGC TCTGACAGCA CTCGGTTCAG GGGCCACCGA GGCGCTGGTG
GAAGCCCTCA ACGATCCGGA GAAGGAGATC CGCGCCGGCT CTGCAGAGAG CCTCGCGGCT
GCCGGTTGGA CACCTACAGA TACCGTCCAG GAGGTAGGAT ACCTGATCGC AGAGGAGCGG
TGGTCTGAAA TCGGCCGTTT TGGTGAGGAT GCCCTCCCTC CTCTCGCCCA GTTTATCAAC
GATCCAGATC CTGAGATCCG GCTCGGGGTG GTCAGTGCTC TTGCCAAGAT CGGTGGGCCT
TCTGCTGCGG TTCTCCTCGA ACATGCCGCT GCCGACTCAT CGTACCTGGT TCGAAAGCGG
GCAGGGCTGC TCCTTCGGGA GGAGAGCGCG ACCGAACAGT CTGAGCAACC AGAGCAACTT
GAACTTGAGG AACCGGTTCC GGAGATCCAG GAAGAGGAGT GA
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| Protein sequence | MWLHDLFRPN LGKLAERQDV SGLIAALSHR DPIVQRQAST ILRSMGRISV PLLLDTLQHG
NAELQQRVSA VLKEIPNLPV ETLITALGDD TGHTFPGVAT LIATMGDQVV LPLMGALNSE
YEEIRKGAIV ALGMMGEPAR PQLLAALMHP SYRIRYGAAL ALDRTGWVPQ DEREKFRYLF
ATGQWSELVK KRKAVVLPLL AALEDSHYAV RRDVALALGS IGDLRAIDPL RRLLITDPEE
TVRAGAAEAL GLLVDDQAIP ALRAAINDHA HSVRMAAAQA LARINWVPDD EQEQLTLLVA
TEQWSQLIRH GPAAIPVLIT ALGDEYYGIR TGSAEALWRI GDPAVKSLIR ALHDQNPAIR
AGSTGVLMRL GAFPREQSAP TYIEQIRPNI TPPLHIRREV YPDISWTEDI SASGLTPTPC
EPDPVEDDLA LLLSPTGTQS PEEMMTAEPA VGGSIEFTRD IEDGPSLPLS DDLEDADQIL
AGLDDSLPPI DLSSLQSTTM TIEAPPFWDL PVEDDLATPE PLSSWLDSDD LIIPQMDDGT
PSITPSSVLP VVGGPGLETA GSMDNEASGW APVQESAFLS LMETLQRNSP DDEERSQLIS
SYLADQHGVL SSDQPSVIVS AVGPGLSAED DAVRMVAAEV LGQIGIESVP LLLKALQDPY
YQVRVTAADA LGQIRDQRAL SPLVNLLIED EDEEVRSQAA HALGELRNPA TTEVLVRALH
DQYPVVRGAA ARALGMIGNR QGIGPLVALF ESGDRATAED VIWALRTLGA DQDLAMQASD
TADERRQKDA KMLLARLHEE ETTLSPLPPR QFHAVLSGEV SPIHEITIPQ EGPPPIEVTQ
LNPTPRSVPP LPEPIDESGG LESGTVPSED PDFVLLIEAS VHEEARVRKK VAHALAKSHD
PRAGDLLRTL LTDEDEDVRA SASASLGLLG DQAAVPDLIT ALEDQSDEVV MRAARSLGEI
QDPAAAAPLI QLLDADDYGV RQVAGEALTA LGSGATEALV EALNDPEKEI RAGSAESLAA
AGWTPTDTVQ EVGYLIAEER WSEIGRFGED ALPPLAQFIN DPDPEIRLGV VSALAKIGGP
SAAVLLEHAA ADSSYLVRKR AGLLLREESA TEQSEQPEQL ELEEPVPEIQ EEE
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