Gene Tpet_1752 details

Gene Information

• Locus tag: Tpet_1752
• ID: 5170353
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Thermotoga petrophila RKU-1
• Kingdom: Bacteria
• Replicon accession: NC_009486
• Strand: +
• Start bp: 1749551
• End bp: 1752922
• Gene Length: 3372 bp
• Protein Length: 1123 aa
• Translation table: 11
• GC content: 32%
• IMG OID: 640564274
• Product: hypothetical protein
• Protein accession: YP_001245329
• Protein GI: 148270869

Plasmid Coverage information

• Num covering plasmid clones: 26
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGAGGTATG AAGAAATTAT AGAATTAAAT GATTACTTTC AACCGGTTTA TGATTTGGAA 
AATGAAATTG GAACATATTG GAAACAATTT ATTCCTAATG AGAAATTTTA TAAAATGCTA 
TCGGAAACAA TAAACTCACT TGAGAGTAGC AACCCTGAAG AAAGAAAATC GATATGGCTT 
CAGGGAGCTT ATGGCACTGG AAAAAGCCAC GCAACTGCTG TAGTAAAACA CATTCTTTTC 
GATGAACTTG ATGAGATAAA TGATTTCATC GAAAATCTAG AAGGGCAGAT AAAGTTTAAA 
ATAAAAAATT TCCGTAAAAA TAATAGGGTT TTTCCGGTTA TTTTAAAAGG AACATCTTCT 
GTTATTGATA ATAGGACCCT TGCATTGGTA CTTGAAAAAG CAACAAAAAA TTCCTTAAAG 
AAAGAAGGAA TCGAACTCAC TACAAAAACC GATTTTGATA AAATAATCAC AAAATTAAAA 
AGTGATGAGA TAAATTGGGA AAGAGTTTTC AAAGGAACAG AGTTAGAGTT CTACGGGACC 
AAGGAAGATA TAATTTCTAA ACTTCAACAA GGGGATGAAT ATATATTAAC CAAGATAGAA 
GAGGCACTTT CACAAAAAAG CATTCACTTT TCTACTGAAA ATATTGCAAA CTGGTTGGTA 
GAGGTAAGAA ACGAACTAAA AGATAAAGGA ATTGCAGATT ATTTAGTAAT TTATTGGGAT 
GAATTCACCG GGATTTTGGA ACTCCCTAAA TCTGGTCTAT TATTGACGGA ATTGCAGAAT 
ATAGCAGAAC TATCTATCAA TAAAGGTGTT TATTTGTTTG TTGTTGCCCA TAGAAAACCC 
TATCAGACAA ATATTTCAAG AGATGATGTA GAGAAAGTTC TTGGAAGATT TAAAGTGTTG 
GATTATTCAA TGGAGCCTGT AACTACTTAC CACATTATCG ACGCTGCTAT TAAGAAAAAA 
GATATGGACA GATTTATAAA AATCAAAGAT GAATACATAG ATTCAGTGAA ACCTTTAATA 
GAAGAAATTA CAGGAAGTGA AGGAACAAAA GTTCAAAAAT CCTTAGAGAA CCTTTTCCCT 
ATCCATCCTT ATACTGCATA TTTAGCAACT TTTATAGGAA GAAATATTGG CTCTACAGAA 
AGGAGTATAT TCGAATTCCT TTATGGTAAG GCTGGAGCGG AAATCAGCTT CAAGAAATTC 
ATAAAAGAAA ATCCAGAAGA AAAAGGAAAG ATATTTTTGA CAGCAGATTA TCTCTGGGAC 
TTTTTCTATG AAGAATTTGA AAGGATGGAA AGTGAAAAAG TTCATGCCGT GTTGGAAAAA 
TATAAACTAC ATAAGAACTC TTTGGAAGAG AAAGGTGATG AATATTTATC TGTGTTTAAA 
GGAGTTCTTC TTCTAAACCT TCTTTACGGA TTTGTGGAGG TTGGGGAATT TTCTCTTGTT 
GCTCCTTCCG AGAAGAACAT AATAAATCTT TTTGCTGGTG TTATTAATCA GAAAGATTTA 
ACTGTCATCC TATCATTCAT TGATGAAAAG CAAATTATCA ATAAAACACC AGATAACTTA 
TACTTAATTA CAAGCTCAAG TCTACACTCG AGAGAAGTTG AAACTGAGAA AAATAAGATA 
AAAAATGAAT ATGATACAAT TGACAGAATA CTTAATGGAG AGCAAAAAAA AGAGCTACAA 
GACACGATTA GAGCTTCCGT AAATAGAGAT GTTGAGTTCA TAATAATGGA CGCTAATTCA 
AAAGAATATC TAATAAGGAG TAAAATAGAA AAAGCCTTTA AAAAAGACCA TGCAATTCAC 
TTGTGTTTGT TTTTAGGAAA AAATGATCAA GAACTACAAC AAATAAAAGA TATATTAAAG 
AGTATTTCTA ATGATGACTT TAGAAATATA ATTTTTGTTG TATCTGAAAT AATTTTGGAT 
AATAAAACAT TCAATAGATT CATAGAGTAT AAAGCAAGGG CGATAGTTGC AGACAGACAT 
AATTATACTG AAGAGAGAAG GATAAACGAG GAATATGCAA GGAAAATTAT TGACGACTGG 
ATCAACCAAG TAAAATCTGG ATACATCGAG TGGTTTTTTC GGGATGAGAC TGGTAAAGAA 
CTGATGAATC AATTTAGTAG AAAGATAAAC GAGGAATTGT CCAGAAAGAT ATTTTCCTAT 
GGTTTAGAGA ATATAGCTAG AACTCAAAAG AATAGAAACA TTTGGACATA CAAACGATCT 
AAAACTTCTG TCGAAATATT TTTATTCGCC AATAGTAGAG AGGATATAGA AGAAAAAACA 
TCTGGAAGTC TAGAAAAATA TTTACGAGAG ATTATAAAAG ATAACAACGG AGAATACATC 
GTAGATGCAA ATCTGAAAAT AAAAGATGAT GTTCCTGAAA ATCATCCTCT AAAAAAGATG 
TATTTAGAAG TAAGAAAAGT CTTTGAAAAA GAAAAGAGCA ACGGAGTGTT TAATCTAGGG 
GAAGCTCTAA GGTTCCTGAC CAAACCACCA TATGGGTTAT ACCTCAATAT GGTTAGTATG 
GCGGCAATTA GCTTTTTAAT GAGGGAATAC ATCGGTAAAA TTTTTGAGGC GGGAACAGGA 
ATACCAATTC AAAAAGAGGT AATGAGAGAT AAAATACTAA CCTTATTCGA TTACTGGGGA 
GAAGGAACGC GTGGAGAAAA GTTGGAGGTT CGTTTTGGAA CAAAAGATGA AGAACAACTT 
ATTGAAATTC TGAAAGATTT GTTTAGACTT GAAGATGTTA GAAGTTTGAA TGATGCAAGG 
TGGAAAATTA GAGAATGGAT TAAAAAACAA GGATTTCCGA TATGGGTATT CAAATTCGCA 
GAGAATATAA ATGAAAATAC TAAAAAAGCT ATAGATACCA TTTTTGAGCT CATTCAATCA 
ATTGATAGAG AGCTCACACA TGAAAAGATA AAGGATTATC TAAATACCAT AGAGGGCTTA 
GAGTATGATC TTAGCAATTT AATAATCCGA GAGAATCCGA AAGAGATGTT TAAAAAGTGG 
TTGAAAAGTA TTGAAGGAAT TGAAATTTCG TCCGAGGATA TAGAAGAGGT TATAGACTAC 
ATTAGAAAAA ATATGCAAGA AGAGGTTGCT TCTTGGACAG AAGGCAAAGT TAGAGAAAAG 
GTTAAAGATT GGAAACTTAA AGAATTACTT AAAAACCAGC AAAAAGAATC GAGAAGCCCT 
AAGCAGGGTA ATGAAACAGC CACCCCCCGA AATAATTCAA TATCTGAAGA AAAGGTGGAG 
GATATTAAAC AGGATATTAA ACAACAAATC GAAAGCTGTT CCGCAGAGAA GATCAGAGAA 
ATTTTAATTA AACTGATAGA CAAACACCCC GAAATCGTAA AAACAATTAA AGAATATCTG 
GAGGAGGATT AA 

 

Protein sequence

MRYEEIIELN DYFQPVYDLE NEIGTYWKQF IPNEKFYKML SETINSLESS NPEERKSIWL 
QGAYGTGKSH ATAVVKHILF DELDEINDFI ENLEGQIKFK IKNFRKNNRV FPVILKGTSS 
VIDNRTLALV LEKATKNSLK KEGIELTTKT DFDKIITKLK SDEINWERVF KGTELEFYGT 
KEDIISKLQQ GDEYILTKIE EALSQKSIHF STENIANWLV EVRNELKDKG IADYLVIYWD 
EFTGILELPK SGLLLTELQN IAELSINKGV YLFVVAHRKP YQTNISRDDV EKVLGRFKVL 
DYSMEPVTTY HIIDAAIKKK DMDRFIKIKD EYIDSVKPLI EEITGSEGTK VQKSLENLFP 
IHPYTAYLAT FIGRNIGSTE RSIFEFLYGK AGAEISFKKF IKENPEEKGK IFLTADYLWD 
FFYEEFERME SEKVHAVLEK YKLHKNSLEE KGDEYLSVFK GVLLLNLLYG FVEVGEFSLV 
APSEKNIINL FAGVINQKDL TVILSFIDEK QIINKTPDNL YLITSSSLHS REVETEKNKI 
KNEYDTIDRI LNGEQKKELQ DTIRASVNRD VEFIIMDANS KEYLIRSKIE KAFKKDHAIH 
LCLFLGKNDQ ELQQIKDILK SISNDDFRNI IFVVSEIILD NKTFNRFIEY KARAIVADRH 
NYTEERRINE EYARKIIDDW INQVKSGYIE WFFRDETGKE LMNQFSRKIN EELSRKIFSY 
GLENIARTQK NRNIWTYKRS KTSVEIFLFA NSREDIEEKT SGSLEKYLRE IIKDNNGEYI 
VDANLKIKDD VPENHPLKKM YLEVRKVFEK EKSNGVFNLG EALRFLTKPP YGLYLNMVSM 
AAISFLMREY IGKIFEAGTG IPIQKEVMRD KILTLFDYWG EGTRGEKLEV RFGTKDEEQL 
IEILKDLFRL EDVRSLNDAR WKIREWIKKQ GFPIWVFKFA ENINENTKKA IDTIFELIQS 
IDRELTHEKI KDYLNTIEGL EYDLSNLIIR ENPKEMFKKW LKSIEGIEIS SEDIEEVIDY 
IRKNMQEEVA SWTEGKVREK VKDWKLKELL KNQQKESRSP KQGNETATPR NNSISEEKVE 
DIKQDIKQQI ESCSAEKIRE ILIKLIDKHP EIVKTIKEYL EED