Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | Mlab_0982 |
Symbol | |
ID | 4794878 |
Type | CDS |
Is gene spliced | No |
Is pseudo gene | No |
Organism name | Methanocorpusculum labreanum Z |
Kingdom | Archaea |
Replicon accession | NC_008942 |
Strand | + |
Start bp | 979210 |
End bp | 982611 |
Gene Length | 3402 bp |
Protein Length | 1133 aa |
Translation table | 11 |
GC content | 38% |
IMG OID | 640099645 |
Product | hypothetical protein |
Protein accession | YP_001030418 |
Protein GI | 124485802 |
COG category | |
COG ID | |
TIGRFAM ID | |
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Plasmid Coverage information |
Num covering plasmid clones | 11 |
Plasmid unclonability p-value | 0.276758 |
Plasmid hitchhiking | No |
Plasmid clonability | normal |
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Fosmid Coverage information |
Num covering fosmid clones | 29 |
Fosmid unclonability p-value | 1 |
Fosmid Hitchhiker | No |
Fosmid clonability | normal |
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Sequence |
Gene sequence | ATGGGTAAAG ATTTAGATAA AACTGGTCGT GGCAAGTGGA TTCAGGATGA GATCAAAAAG GGGGAGTGGA GGGATATCAA AATTATTGAT GCTGACTCCT TATGTGATTG GCTTTCACTC TACCCAACAG TTGGGATTTG GATGGCTGAT CAAATGGGGA TGCCAGTTGA GGATATTCGC CCATTAGAGA AATATTGGGA TGCTATTCTA GAGGCTACAA AAATACATCC ATTATCCCCA GAGATATTTC TTGCACATCG TGCGGAAGCA AAAGAGCGTG TCAATCAATT CCTTGATAAT CATCAAAACC GTCTCAAACT GACTACATAT TGTCCAGCTC AAATTCCGGA TTTCATTGCG GCTGTCTTAC AAAGCAGAGA TGACAGGAAT ACTTGGTATT CTAAAACATT GGTCATTGAT ACACAATCAG CTTTTCAAAA AATGGTTAGT GAATCTGGAT CGCATGTATT CGTAATCACA TTCGAAGTTA TTGACGAAGA AAAATTAATT AGTGAAGCAA ATTCAAGAGA ACACTCAGTA ATTTACTCTG GTAAACCAAG TCAGAATTCA ATCACAAACT CTTACACAAG CACTCTTCCA GATATTCCAC CAGAATATAT CTCCACAGAA TTAGATAAAC TTGGATATGG GAAGTTAGAG GCATTCTATT TTGCATACAA ATGTTTCGGA AATCCAAGCA ATCTTAGAAC TCTCATTTCT GGTTATCCAA TTAGTCCAAC ATGGAATTTG GGAAATATCG ATGTGAATAC AATATTATCT GCATGTCTCT TTGGGAAGTG GGACGGAAGT TATGAAGGAG ACCGAAAAAT TATTTCGGAT TTTGTAAAAA AACCATACGA GGACTGGATA CGAGAAATAA CCAATGCTCT CCTGCAGTCT CCTCAGATTC CGATTTATGA AGAAAATAAT GTCTGGAAGG TAACACGAAA ACTGGAAATC TGGGATTTAA TCTGGGAACG AGTTAGAGCT GAACAGATTC AGCAGTTCTG CAAACAGGCA GTTCAGGTAT TACAAGAGAT TGATCCGAAA TATGAGCTTG AACCGAATGA AAGATACATG GCCAGCATTC TAACGAAAAG TCCCACATAT TCTTCTACAT TGCGTGAGGG GGTGGCAGAT ACCTTAGCAT TTCTGGCAAG TCCTCTCTGT CAAAAAAACA GCGGACTGGA TGTTGATGTT CAATCAATAA TTCAAATGTC GGTTCGTGAA ATTCTTTCCT CACCCAATTG GAAACTTTAC GCCACACTTG ACCACTCAAT ATCACTCTTG GCAGAAGCAT CCCCAAGAGA ATTTCTCAAC AGACTCCGGA AAAATCTGAA AACGCCTTTT ATTAAGGATT TGATTCGGGA AGCACCGAAT CAATTTGGTC CAATATCATA TTTACCAGGT CTTATCTGGG GTCTGGAAAA ACTTGCATGG AGTACAGATA ATCTTACTCA GGTGATAGCC ATTTTGGGTG ATATAATTGA AATGGAGGGG GAACCATATC ATGAAAAACA AGCATTTCGT GTTCTCAATA CAATATTGTG GCTACCAAGA CCGCATACAT CTGCCGATTC AAAAAAATGT AAAGCCGCGA TATATAGTCT TCTAAAAAAT CATCCAGCTA TAGGCAGTGT CCTTATCCGT GAGGAGACAT CTCTCCAGAA TAAGTATTGC GATGGTGGCA CTAAACCCAA ATGGAGGGGT GATTTCTTTG GAGAATGTTC AAACGTTGTG TCATTATATC CAATATATTG CGATATAACA CATTATTTGA TAGGTAATGA TACTGATTTC ACATCAAATC TTCTAAGTGA ATATGTACAG AAGAACGGTT GCGTGCGCAA ATATATTGTG GAGTTTTTGG AAAATAATGA CTTCAACTCC ACGCAGCAAC TTGAGAAACA TCAAATTTGG TTGGAGATTA ATAAGGCTCT CATGTGGATT TCACGTTTTC CAGATAATAA AATATATTCT CAAGAAGAGG TGGAGAGGTT ATCTGCCATC AGCCTGAAAT TAATGCCGGA TGAACCCAAA TATAAACACA GGTCTTTGTT TAATCCAATA AATAATTCTG CTCTTTATCA TCCCGGCATA TTAGATTCTG ACGCATCACT GACTCCTCAA ATAGATGCAT TGAAGGAAAT ATACTCTATT GGCGGGATCT CCGACATACT GGAGTTTGCA GAATCAACAT CTGTACCTGA ATCTGTCGGT TATTTATTTG GCAAGAGTGC GGAAACTGAA GATGATACAA TCCTCCTTCC AAAATATTTG ACCACAACTG ATGAATGGAA AAATAAATTT ATCATTGGAT ATTGCAGGGG AAGGTTCGAT AAATCAGCAT GGCAGTTTGT TGATAGTTTA CTTATCACAT CGTGGACTCC AAATGAAATG AGCGTTTTCT TCCTCTCTCT TCCGCGTATG AATAAGACAT GGGCATATGT CTCGACTTTA ATGGGAGATG AAGAAAAAAT CTATTGGGAA CACATGTGGC CATATCTTCC TAAAGAAGAA AATAATTGGG CATATGTATT AGATAAATTT CTTCAGTTCA ACTTACCGCT GCAGGCGATT AAATGTATTT CCTCTCTGCT ATTTGATAAA CAAAAAGTAG AGGGCGAATA CATAATCGGT GCTCTTAAAT TGCTTCGTGC AGATAAGAAC ATGCATCCAT ATATTGAACC ATATGCCATT ACGCAAATTC TGAAATATCT CGCTGAGTCA AAAGATATTA ACAAGGAAGA AATATGGATA TTAGAAGTTG CCTATTTCTC TGGAATGGAT GTTCATGGAA GCCTTCACAC AACGATTTTT GAGAGAAGAC TTGCCGAAAG TCCTGAATTT TTCTGTGAGA TGCTGCAACT CATTTACAAA TCTAAAAATG AACAAGCCAC TGATATGAAG TATGATATCA GCATAGATGT ACGAAATAAT ATTTATTACA TGCTTCAGCA TTGGAGAGTT ATCCCAGGGA CAAGAGATGA CGGTACATTT GATGAAAGCG CCTTCCTTGA TTGGTATCAT TCAGTAATTG ATATCTGTCA GAAACAGGGT CTTGAAGATG TAGCATTCGT TGAAATTGGC CGAATACTGA CATATGCTCC AGAAGATCCA GATGGCCTCT GGATTCACAG AACGGTTGCG AATCTGCTCA ATGAAGATGA TAATGAATCA TTAAGACGGC ATTTCGGGAT TGGTATTAGA AATAAGGATG GGGTTCATAT CTGCGATGGA GAATGGGAAG AACAACGAAC CAAAAATTCT AGGGAGAAAG CAGATGCTTT GGATAATGCT GGATATCCTC TATTCGCAGA ACTCATGCGA GAGATTTCGG AGTCATATAT TCAAGATAAG AAGAGATCAG AAATGGAGAT CAGGAGTTTT GAATCATTTT AA
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Protein sequence | MGKDLDKTGR GKWIQDEIKK GEWRDIKIID ADSLCDWLSL YPTVGIWMAD QMGMPVEDIR PLEKYWDAIL EATKIHPLSP EIFLAHRAEA KERVNQFLDN HQNRLKLTTY CPAQIPDFIA AVLQSRDDRN TWYSKTLVID TQSAFQKMVS ESGSHVFVIT FEVIDEEKLI SEANSREHSV IYSGKPSQNS ITNSYTSTLP DIPPEYISTE LDKLGYGKLE AFYFAYKCFG NPSNLRTLIS GYPISPTWNL GNIDVNTILS ACLFGKWDGS YEGDRKIISD FVKKPYEDWI REITNALLQS PQIPIYEENN VWKVTRKLEI WDLIWERVRA EQIQQFCKQA VQVLQEIDPK YELEPNERYM ASILTKSPTY SSTLREGVAD TLAFLASPLC QKNSGLDVDV QSIIQMSVRE ILSSPNWKLY ATLDHSISLL AEASPREFLN RLRKNLKTPF IKDLIREAPN QFGPISYLPG LIWGLEKLAW STDNLTQVIA ILGDIIEMEG EPYHEKQAFR VLNTILWLPR PHTSADSKKC KAAIYSLLKN HPAIGSVLIR EETSLQNKYC DGGTKPKWRG DFFGECSNVV SLYPIYCDIT HYLIGNDTDF TSNLLSEYVQ KNGCVRKYIV EFLENNDFNS TQQLEKHQIW LEINKALMWI SRFPDNKIYS QEEVERLSAI SLKLMPDEPK YKHRSLFNPI NNSALYHPGI LDSDASLTPQ IDALKEIYSI GGISDILEFA ESTSVPESVG YLFGKSAETE DDTILLPKYL TTTDEWKNKF IIGYCRGRFD KSAWQFVDSL LITSWTPNEM SVFFLSLPRM NKTWAYVSTL MGDEEKIYWE HMWPYLPKEE NNWAYVLDKF LQFNLPLQAI KCISSLLFDK QKVEGEYIIG ALKLLRADKN MHPYIEPYAI TQILKYLAES KDINKEEIWI LEVAYFSGMD VHGSLHTTIF ERRLAESPEF FCEMLQLIYK SKNEQATDMK YDISIDVRNN IYYMLQHWRV IPGTRDDGTF DESAFLDWYH SVIDICQKQG LEDVAFVEIG RILTYAPEDP DGLWIHRTVA NLLNEDDNES LRRHFGIGIR NKDGVHICDG EWEEQRTKNS REKADALDNA GYPLFAELMR EISESYIQDK KRSEMEIRSF ESF
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