| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TRQ2_1090 |
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| Symbol | |
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| ID | 6092523 |
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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 | Thermotoga sp. RQ2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010483 |
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| Strand | - |
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| Start bp | 1133371 |
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| End bp | 1136556 |
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| Gene Length | 3186 bp |
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| Protein Length | 1061 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 642488285 |
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| Product | permease YjgP/YjgQ family protein |
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| Protein accession | YP_001739119 |
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| Protein GI | 170288881 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0795] Predicted permeases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.0453768 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGAAAGTTC TGATTAAGTA TCTTCTGAAA CTCTCCGTTG TCCCTTTCTT GATCGGTCTT
GGTGGTTTCA TCGTTTTCGT CAGTCTTGAG ATTCTCTACC AGCTCTCCGA TCTGATAGTG
AGGCACAGGG TGGGAATCGA AAAACTCTTT CTCATGCTGT ACTACTACCT TCCTTACTTC
GTCGCAATGG GTGTTCCCGT TGGAGTACTC CTCGCCATCT TCTGGACGTT CTCACGACTC
TCCGAAGAAA GAGAGCTCAT GGCCATACAG GTTCACGGAA TCTCCCAAAA AAATTTGATC
GTTCCCTTTC TGATTCTTGG AGCCCTTCTC TCCATAGCCG TCTTCTTCCT CAGCGATCAA
ATCGTTCCCG AGTACCAATC AAAAGCAGAA GAAGCAATGT CGAAGTACGT TCTGAAAAAA
CCCGAGGTTT TTGTCGTTGA AAACGTCATC TCAAAGATAG GAGACGACCA GTATTTCTAT
GTGGAAAAAT ACGACGAAAG AACAAGCACG ATGTGGAACG TGGTTATTTT CAGATACGGG
CATGAAGAGA CGATAGTCAC CGCAAAAAGG GTGCAGAAAA AAGGTAACGA CTGGTACCTC
TTCGATGGAA ATTACTACAC CGTCGATAAA GATGGCTTCT TAAAACTCGA CGTGCACTTT
TCTGAGATGA AACTGGATAT TACAGAAGAC ATAGAAAAAC TCCTTCGTGT GGGAAAGACG
CCGAGAGAGA TGACTGGAAG AGAACTCAAG GAAAAGATAG AATTCTTCAA AAAAGTGGGA
GTGAAACCTT CTCCCTGGGT CGTAGAGCTT CACAGCAGAT ACGCGAACTC TTTGACGCCG
ATAGTGATAG TGCTCGTTGG AGTGCCTCTC TCTCTTCTCT TTCAGCTGAG AAGCAAATCC
TGGGGTGTGA TCTTCACTTT CGTACTCGTT GTCCTTTATC AGGGAAGCGG TGCGTGGCTC
AGCGCCATGG GAAAGGAAAA TCTCCTCGAT CCCGTGCTCG CACCGTGGAT TCCAAACATC
GTGTTCACGA TCGTTGGAAC GCTCCTGTTT ATCCTTCTCG ACACCTTTCT CGCCTACAGA
ATCACAGAAT TTCTCTCGAG ACTGTTTTTC GTTGCCTTCA TCTTCACCGT CTCTTCTCTT
TTTTCATCAC AGGTTGTCAT AGTGTCCGAT CGAATGGAAA GGTTTCCGGA GGAAATGGTC
TTTCATGGAA GCGTTGAAAT ATCGTACAAA GATATGACCG TCCAGGCGAG CGAAGCCACG
GTTCAGCTCA CCGAAGAAGG GAAAGCGAAA AAACTCGAAG CTTCAGGTGG AGTGATATAC
AGAAAGGCAG ACACGATCTT GATTGGTGAG CATTTGATCT TCTATCTGGA AAATGAAAAA
AGCGTTCTTA CTCACATTCG GGGAAGCACT GTCCTCGAAA TAGAAAAAGA AAAGAAAAAA
ATTTACCTGT CCGGTGAAGA TCTCACCTCT GAAGGCTCGA GAACGATCGT GGACATGGGT
TCCATCTCCA CCTGCTCGGA AACTCCGCCC CATTACAAGC TCAAGGCCAG GTACATAGAA
ATAAAAGAGA ACGACTACCT CCTGGCAAAG GATGTGGTTT TCTATCTTCT GGAAATACCG
CTGTTTTATC AACCCATCTT TTTCACTTCA CTATCCGACA AACCGCAACC GTTCTCCGTT
GAAGTGGGTG TGGGAGATAA CCCGTACCTG AAAACCTCTT ACAACGTGTC TTACCCCTCT
GGACTACTGT ATTTCTCAAC CAAAAGTGTA TTGAGCGGAG ACCTGTCTAA GGAACTCAAC
TGGAACCACA AGATGGGAAG CTGGTCCATC AATTTAGACT ACAAAGAATC GACATCCCAC
AGCGTTTTGG TGAAGATCTT CGACAGTAAA AACACCTTCC TTTTCTCACA GAAAAACGAA
GAGAGAATCT ATCAGTTCGA AAGAAAGGAG AAGATCCTGA ACGGAAGTCT GAACGTGGTT
CTCAAAAAAG AATCGGACGG CGAAGACAGT TACATACTCC CACAAGTAAC TGTGAAAAAA
GTGAGCGTCA AGACGGGTGT AGGAACTTTT TCTGTGGACA GTTTCAATCA CGAAACCCGC
ATAGAAGATC AAGAAAAGAG GAACTCCGGG TCGGTGAGCC TTTCTTTTCG TTCTGTTCCC
TTCTTGCTTT TTCAGTCCGT GAGCGTCAGT ACCACTGGAA AGTACTTGTT TGAAAACCAA
AACCTCGACG AACGAACGAG CTACCTCAAA ACAGATTCCA TATGGGATTT TCAGAACCTT
TCCCTCGGGA AGTTTCTCGT ACTGGATGAT AAAATATACG CTGGCGTGTA CAGATCGAAC
GAAGACGGCT ACCGTGTTGG AAATCTGTTC ACAACCACAC TCAGAGTGCC TCTGGGGCCT
TTTTCCTTCG AGAGTTACTA CAAACTCTTC ACGGTTTCCG GAGAAAACCT CAGAAAGTTT
TCCCAGAATG AATCAAAAAA CGAGGTGGAT CTGAAAGTAT CGTTCTCTTA TGAAAATTTC
AAATCTTCCT TAGAAACAAC CTACGATTTC CTCGAAAAGG AGTTCTCGGA TCCGTATCTC
AAAACCTCTT ACTCATTCAA AACAGGAGAT ATCACTCACA CTGTGGACTC CACTACCCGG
TTCGTTCTGG ACGAGATCAG CAGAAGTTAC ACCACCTGGA ACTTCCAGCA GAGAATGGGA
GCTTTCCTGA ACAGATTCTA CTTCACCTAC TACTACAGAG AACCACACGT TAAATACGTC
GAGGATCAGA TGAGGATATA CGGAAAGAAT TTCCTTTTCA TGGAAAACCC GCGAATAACC
GCGTACACAA AGCTGAACGT TGATCCCTTT GAACTGGATG AATTCTGGAT ACGCGGGACG
TTTAAAAAAG GAGAGTCCAC CCACTCTTTG AAAATGAGTT ATTCCAGTGA CAACCTGGAA
TTTTCTTATC AGACAAAGAA CGGTGATCCG GCACTGGAAA TATCTTTTTC ATTAAAGGAC
TGGAACGTGG AGAAGTTTTC TCTGTCTGTT GAAAAGGCTT TGCACTGTCT TGGAACGAAG
ATTTCAACTT CATTCGGCAG GAATTTCACT CTTGAGAGTT TCTCCATTCT TTTCTTCATA
AGAGATTTTC CGAACAGCGG TATCGGTTTC GACACGGAAG AAGGGATAGG GCTCAACGTT
TTTTGA
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| Protein sequence | MKVLIKYLLK LSVVPFLIGL GGFIVFVSLE ILYQLSDLIV RHRVGIEKLF LMLYYYLPYF
VAMGVPVGVL LAIFWTFSRL SEERELMAIQ VHGISQKNLI VPFLILGALL SIAVFFLSDQ
IVPEYQSKAE EAMSKYVLKK PEVFVVENVI SKIGDDQYFY VEKYDERTST MWNVVIFRYG
HEETIVTAKR VQKKGNDWYL FDGNYYTVDK DGFLKLDVHF SEMKLDITED IEKLLRVGKT
PREMTGRELK EKIEFFKKVG VKPSPWVVEL HSRYANSLTP IVIVLVGVPL SLLFQLRSKS
WGVIFTFVLV VLYQGSGAWL SAMGKENLLD PVLAPWIPNI VFTIVGTLLF ILLDTFLAYR
ITEFLSRLFF VAFIFTVSSL FSSQVVIVSD RMERFPEEMV FHGSVEISYK DMTVQASEAT
VQLTEEGKAK KLEASGGVIY RKADTILIGE HLIFYLENEK SVLTHIRGST VLEIEKEKKK
IYLSGEDLTS EGSRTIVDMG SISTCSETPP HYKLKARYIE IKENDYLLAK DVVFYLLEIP
LFYQPIFFTS LSDKPQPFSV EVGVGDNPYL KTSYNVSYPS GLLYFSTKSV LSGDLSKELN
WNHKMGSWSI NLDYKESTSH SVLVKIFDSK NTFLFSQKNE ERIYQFERKE KILNGSLNVV
LKKESDGEDS YILPQVTVKK VSVKTGVGTF SVDSFNHETR IEDQEKRNSG SVSLSFRSVP
FLLFQSVSVS TTGKYLFENQ NLDERTSYLK TDSIWDFQNL SLGKFLVLDD KIYAGVYRSN
EDGYRVGNLF TTTLRVPLGP FSFESYYKLF TVSGENLRKF SQNESKNEVD LKVSFSYENF
KSSLETTYDF LEKEFSDPYL KTSYSFKTGD ITHTVDSTTR FVLDEISRSY TTWNFQQRMG
AFLNRFYFTY YYREPHVKYV EDQMRIYGKN FLFMENPRIT AYTKLNVDPF ELDEFWIRGT
FKKGESTHSL KMSYSSDNLE FSYQTKNGDP ALEISFSLKD WNVEKFSLSV EKALHCLGTK
ISTSFGRNFT LESFSILFFI RDFPNSGIGF DTEEGIGLNV F
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