| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Msed_1134 |
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| Symbol | |
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| ID | 5104155 |
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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 | Metallosphaera sedula DSM 5348 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009440 |
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| Strand | - |
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| Start bp | 1066056 |
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| End bp | 1070423 |
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| Gene Length | 4368 bp |
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| Protein Length | 1455 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 640507026 |
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| Product | hypothetical protein |
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| Protein accession | YP_001191219 |
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| Protein GI | 146303903 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.0000377058 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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Fosmid Coverage information |
| Num covering fosmid clones | 13 |
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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 | ATGTCTTTAT CCCTTGAGAA TTTCATTGGT TCTGCTGTGA GTAATATTCT AGACGGTGTT
CATGATCTCA AGAGTTTCAT ACTTGTATTG ACACCTCCAG GTTCCTCCCG GGGAGAGATT
GTTAGGAGGT TGGCTGGTAA GCTCGAGGAT GTCGAGTTCT TAGTTTATGA GGAGCTTTAT
AAGAGGCTTA ACGACCAAGA CTTAAGGTCA AGGTTTAAAC CACTTAGAGG CTTATCAGTG
GAGGGTAAGG ACATTCTTGA GTATATCAAG GGTGATTACA GTAACATAAA GGAGGCATTA
AGCACTAGAC GCGTTGCCAT AGTGCCCAGG AGTACCATGG ATGCCGTGGT GCTGGTTCGC
AGGCTTAGGG AAGAGCTTGG TAGGGATTGG GGCTCTGCCA AGAAGCATGT AGTCATTAAC
CACCTCTCCA GCATCTTTAA GAGGGAGCTT GAGGAGTCCC GCTCACAATT CACTCTCATT
GAGACTCGCC ACGAGTTGCT CAGGAGGGAC GACGTGGTTA AGGAACTGGT CAGGGAGAGC
GAGGGGATAA GCCTAGCCCT TTGGAATAGG GAGGGCAAGC TGGGGGAGAA GCTGGAGAGC
GGTGTCAAGG CGATCAGGGC TCTGAGCCCG GGTAGCGTTG GATTTGACGA GTTAGCCAGG
GATTTCGCCG GCGAGTTAAA GGTGATAATG CCGACCGTAG TACTAACCTC AGTAGCTTAC
GTGGCCGGCG CGATGCTCGT GGCGCCGGTA ATACAGGCCC TGGTCTTGGC CGACGGGTTG
ACCGCAATCT CCTTGGCCAT TGGACGATTC CTCGAGGAGT TCACCAAGAG GGTTGGGATT
TATGCAGTGA AGGAACCGAT CAAGAAGTTC TCCGAGAGGT TCCTCGGCTG GCTCACCAAG
AAGGGTGAGG CTAGGAACAA GTTCCTTAAG TCCATGGGCC AGCTCCTGAA GGCCGTAATA
GTAGCACAAG AGTTCGTGGT CGATGATAGG TTTGAGGGGA TTGTGGATGA GGTGGCCAGC
GAGTGGGGGC TTGACGTGGA CACGTTCAGG AACTTCATAG ACAACACGTA CAAGGTGGCC
ACGCAGAGAG TGGCTACCAA GGAGGATGTG GACAAGATAC AGGAGGAGAT GAACAAGATA
TTGGAGGAAG TGGACAAGAG ATTAACCGAA CTTGAGAAAA AAGTTGAGGA GTTAACTCGT
GATATCGAGA AGATTGAGGG GGAGTTGGAG ACGACGCAGG TCTTGGAGGG TGTTTATCGC
GATCCCACTA TACTGGGAAT TAACCTGGAG AGGAAGACGT TGAGGGTTGA GGACGTGGAG
TATGCCTTGG TTGTGGACAA GAACTTTGAG AATTACTCGA GAGAGATTAT GGACAGGATT
GCGAGGGGCG ACTTCGTAAT ACTCACTGGG TCTAAGGGCA TTGGTAAGTC AGTCCTTATC
AAGTATTCGT TAGCTGAGTT ACTGAAGAGC AAGGTTAGCC CTTATGTGGT TTATGAGGCG
AAGGAGCTGA CCGTTGTCCA CAATGTTAAA AGGCTTCACT ACATTGCGGA CAACGCCTTT
GGCGAGGTGC CCATAATCTA CTATGACCCA TCTGTCCCGG AGCACTACGA ACCGGGACAA
GACCTGACGC CAGAGACAAA GGTTGCGAAT ACTGTGAAAC AGTTGATGAG GTTCTACCAG
AGGCGGTCTG AGTCAGGGAA GCAAGTGCCC GTGATGCTTG TGCTACCAAG TGACGTACTC
CAACTAGTCA TAGACAACCT TCTCATGAAC AATAAGGGTT TGGAGACTTA CGAGGTTGAG
TTCGTGAAGG AGCGTGTTGT GAACATTGAC CTACGCACCT CGCAGTTCTT GAGTGGGGTA
ATCAGATCTT ATAGTGGAGG GATTTGTGCT GAAGAGGTTT ATGAGAGGTT GGGTAAGGAG
GTTTATGAGA GATATAGGGA TGGATATACA CTAGTGGCTA GATACGTTGG GGAATGGCTC
AAGGCCAACA AGTGCAGTGT CGAGGACGTT GAGCAAGCGA TAGGGGCAGG TGCTGGCGTC
GCAAAGGCAT TCATATCCCA GTACATATAC AAGGCAATAC TAGGAGGCGA CGACAACATC
GAAAGCTTCA AGGAGAAGTT CAGAAAGTAC GCACTCGCCT TTGCAGCGAG GGCCTTTCTA
GGCCGAATGC CGCCAAAGTG GCTGATAGGC AGAGTACCAG CAGTCATTAA TAATAAGGGC
AAATCGGAAA TTGCCTATGA CGTGCCCATA CACTTGGAAT TCCCAGACCA TGTTGGTAGG
TGGCTCTCAA TGAAGCACGA GGACCTAATC GAAGAAACCA TAGAGGATAT AATCGACGGA
AAACTATCGA AGGAACTGAA GAAGTACGAA GGTGTAGGTA GGCTCGGAAC AGTAGTGAAT
GGAGCTGAGG GAATGGAGAA GGTCATCAAA TGGACTCTCG ATAATTTGAT GAAGATAAAA
GGCTCCATTA ACGTAAAAGT GGCAGTGATA GACGTATTCT TTACCGCAGC GGCAAATAGG
TTGTTAAGTG AGGAGGAGCA GGTATTAAGG AGTCATCCGC ACGAATTGGC CATGGTGGTG
GGACTAGCCC ACACACCATA CCCAATTCCA ATTGAGCTCC TTCTAGAAAC TGATGAGGGT
GAGTTGGTTA AGGAGTTGAG AGACTGGATA CTTGTTGGGA ATGAGATGCC ACCTTCTGTA
AGGGTGCTCC TGCATGAGAA GGCCTCTTTG TTCAGGGACT TCATTGATGC TTGTGGGATG
GTTAATGAAT TGTATAGAGA AGTCAAGGAG AGTGGCAGAG TGAAATTAAC AAGGGTATTT
GAGGCATTGG GTCTGCTGGT AATAACAGGT GGAGAATTTG GAAAGGAGTG CCTGGACAAG
GCAAACAGAA TCATAGGTAA ATATATTGAG TACGTACAAC TCGCGATTAC TCCTATACAT
GGACTTAAGG AGTTAGCGAG AAGGTTAATT GAAAATGGTG AGTATGATGA GATGGTACGT
CTCCTGCATA AAATTACGTT GCAGGATCAA AATACTGCCG AAGAGATTCA TTCCGAAGTT
GTTTTGCCTA ATCATGATGT GTTCCATGCC AGGTTGAGTT GGGCTGGCAA ATTAATTTAC
ATGATGACTC TTTCGAGATT GTCGAAGGTG GATGATTGGA CTAGACTTGC ATCCGAGACC
GTTAATGATA TTTGTAGGGA TGAGAGTTTG CATGGTGTAC GTTGCCTATA CGCAAAGGCT
AGATCATATC CACTTATCGC TGTCCACAAG TCAATGATAG GTAAACTCGA TGAGGCTAAT
AAGTATGTTG ATGAGGCAGT GAAGGCGATG GAGGAATTAA GTAAGAGAAG CAGGGAAGAG
TTAGTTAGGG GGCTTGAGAA CGCATTAAGG TTAAGGAGCT CATTTATGGA CATAAGCGAG
ACTATTGATA AAGAATTAAA GAGTGTAAGA GCTCACCTTT ACCACCACAC AGCAATAGTG
AAGATGAATG TTGACTTAGG GGTTGCATTG AATTATGCCA AAGAGGTGTG CGACATTTCC
AGGGAGATAG GGCTTATGAA TGATATAGCT AGCACTTGTG GTTTAAGGGC TCGTTTAAAC
TTCTTATCAG GTAACGTCGA GAATGGCGTA AAGGAGTTCG GGGAGCTTTG GAAAGAAGCA
TTAGACAAAA CATTTACAGA AATGGATAGA GGTGGTGTCT CTTCCACTCT TGCTCACTAC
TTGGTTTCAC TCTTGGCGGT GAATGACCTA AGCAGGGTGG AGGAGGAGTA CGGGACATTT
CGTCCATTCC TAGTTAATAA GCCGATTTAT TGGGCTATCG TGGCGGGGTT GATGAGGGTC
TATGGACTGC GTGTTGAGGA CTTTTACGAG GCAAGGAGAG ATGCCATAAT GGAGGAAGCA
CCTACACCAT TCAGGAAGGT TTTGCTTTGC CTCGAAGTAG ATGGTGAATG TGAAACAATG
TGTCAATCGA TAGAAGATCT CGATGATCGC ATATTATGTT GTGAACTGAT CCAAGCCAAG
GATAATCCCA AGTTAATGAA AAGCCTCATA ATTTCCACAC CTAAGGAGAA GTATAGGGAC
ATTTTAAGTC AGTTGTTAAA GGACATTGAC GATCCCTACG AGATAACTGA GATCGGTGTA
TCACCTTCTG GGTCTTTTTT GTCCTTTGTC GAGGTTCTTA GATTCATTAT CGAGGGCAAG
CTCAACAAGG CGAGACTAAT CGCCGAGTTT TGGCGTAATG ATTCACGGTC AAGGGGTAAG
CCTGTGCCTG AGGGTTTATG GAATGAGTTA GGCAAATCCC TTAGTGGAGA CAGATGCAGT
AATGACTGCA GGATGGCGCT CATTAAACTC TTCTACCTCC AAGCTTAG
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| Protein sequence | MSLSLENFIG SAVSNILDGV HDLKSFILVL TPPGSSRGEI VRRLAGKLED VEFLVYEELY
KRLNDQDLRS RFKPLRGLSV EGKDILEYIK GDYSNIKEAL STRRVAIVPR STMDAVVLVR
RLREELGRDW GSAKKHVVIN HLSSIFKREL EESRSQFTLI ETRHELLRRD DVVKELVRES
EGISLALWNR EGKLGEKLES GVKAIRALSP GSVGFDELAR DFAGELKVIM PTVVLTSVAY
VAGAMLVAPV IQALVLADGL TAISLAIGRF LEEFTKRVGI YAVKEPIKKF SERFLGWLTK
KGEARNKFLK SMGQLLKAVI VAQEFVVDDR FEGIVDEVAS EWGLDVDTFR NFIDNTYKVA
TQRVATKEDV DKIQEEMNKI LEEVDKRLTE LEKKVEELTR DIEKIEGELE TTQVLEGVYR
DPTILGINLE RKTLRVEDVE YALVVDKNFE NYSREIMDRI ARGDFVILTG SKGIGKSVLI
KYSLAELLKS KVSPYVVYEA KELTVVHNVK RLHYIADNAF GEVPIIYYDP SVPEHYEPGQ
DLTPETKVAN TVKQLMRFYQ RRSESGKQVP VMLVLPSDVL QLVIDNLLMN NKGLETYEVE
FVKERVVNID LRTSQFLSGV IRSYSGGICA EEVYERLGKE VYERYRDGYT LVARYVGEWL
KANKCSVEDV EQAIGAGAGV AKAFISQYIY KAILGGDDNI ESFKEKFRKY ALAFAARAFL
GRMPPKWLIG RVPAVINNKG KSEIAYDVPI HLEFPDHVGR WLSMKHEDLI EETIEDIIDG
KLSKELKKYE GVGRLGTVVN GAEGMEKVIK WTLDNLMKIK GSINVKVAVI DVFFTAAANR
LLSEEEQVLR SHPHELAMVV GLAHTPYPIP IELLLETDEG ELVKELRDWI LVGNEMPPSV
RVLLHEKASL FRDFIDACGM VNELYREVKE SGRVKLTRVF EALGLLVITG GEFGKECLDK
ANRIIGKYIE YVQLAITPIH GLKELARRLI ENGEYDEMVR LLHKITLQDQ NTAEEIHSEV
VLPNHDVFHA RLSWAGKLIY MMTLSRLSKV DDWTRLASET VNDICRDESL HGVRCLYAKA
RSYPLIAVHK SMIGKLDEAN KYVDEAVKAM EELSKRSREE LVRGLENALR LRSSFMDISE
TIDKELKSVR AHLYHHTAIV KMNVDLGVAL NYAKEVCDIS REIGLMNDIA STCGLRARLN
FLSGNVENGV KEFGELWKEA LDKTFTEMDR GGVSSTLAHY LVSLLAVNDL SRVEEEYGTF
RPFLVNKPIY WAIVAGLMRV YGLRVEDFYE ARRDAIMEEA PTPFRKVLLC LEVDGECETM
CQSIEDLDDR ILCCELIQAK DNPKLMKSLI ISTPKEKYRD ILSQLLKDID DPYEITEIGV
SPSGSFLSFV EVLRFIIEGK LNKARLIAEF WRNDSRSRGK PVPEGLWNEL GKSLSGDRCS
NDCRMALIKL FYLQA
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