| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Hore_04260 |
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| Symbol | |
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| ID | 7314101 |
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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 | Halothermothrix orenii H 168 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011899 |
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| Strand | + |
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| Start bp | 455631 |
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| End bp | 458870 |
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| Gene Length | 3240 bp |
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| Protein Length | 1079 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643610849 |
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| Product | hypothetical protein |
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| Protein accession | YP_002508179 |
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| Protein GI | 220931271 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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| Plasmid unclonability p-value | 0.64419 |
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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 | GTGAAAATAA GCAATAATGG AAGTTTTGTG ATCAGTAATT ATCAACAACA AAAAACATTT
GCCAGCTTTC TGCCTGGTAT TGCCGGTGAA ATGGGAGTAC CGGTCTGGGC TTTTTATGTA
AACAGGGGAC AGGGAATTGC TGGTTTTGGA ATTAAAGATA AGGATCATGC CATAATGGAG
TTCAATCCAT CCAATAAAGC ATATCAGGTT ACTCCTTTAA AGGGGTTTAG AACCTTTATA
AAATTTATAA ATTCAAATAA TATCTATGAA CCCTTTACTG GTTCCTCAGA AAAAGTTAAA
ACTAAAATGA TTATTGAGCC CCACGCACTG GTAATAAAAG AGGTAAACAA AGAACTGGGT
CTTGAGGTCA AGGTTAAATA TTTTATCCTC CCTGGAGAGA CTTTTGGAGC CCTGGTAAGG
AGGGTATACA TAAAGAATAT TTCAGAAAAT CCTTTTGAAT TAGAGGTACT TGATGGCCTA
CCTGAGATAA TTCCTGAAGG GATATCTCAC CTGGCTTTAA AGGAAGTAAG TCAAACCATG
TCAGCCTGGT GCAGGGTTTA TAATCTTGAA CATAAGATGC CCTTTTTCAG GCTAAGGGCA
ACGGCTGATG ATACTCCTGA GGTAAGGAAG ATGGAGTCTG GTCACTTCTA TCTTTCTTAT
CACTCGAATG AGAATGGAAT TAATCTTTTA AAACCACTGG TTGATCCGGA AGTGATTTTT
GACCAGGATA AATCCTTCAT TAAGCCTGTT AATTTTTATC ATAGTTCCCT GTTAAATTAT
CAGGGAAGAC AGCTTTTGGA AAACCGTTAT CCATCAGCTA TGGCTGCAGC TGTATGTGTC
TTAAAACCCG GTGAAGAAGA GGTTATAAAT TCGTTCTATG GACATACCGG GAATCAAAAT
AACCTCAATT CGATAAAAGA AAGGGTTTTA AAACCTGGCT ATATTGATTC TAAAGAAAGG
GAAAATATTG CCCTGCATAA TTATTATCTC GATAAAATCC TGACGGTAAG TAATTATTCT
GAATTTGATC AGTACTGCCG CCAGACCTTT TTAGATAATA TTCTCAGGGG AGGATTTCCA
CATCAAATAG GTGGCCATGT TTACCACCTA TTTTCCCGTA AGCATGGAGA CCTGGAGAGG
GATTATAATT TCTTTCAGCT GGAACCAAAT TATTATTCAC AGGGGAATGG TAATTACAGA
GATGTAAACC AGAACCGCAG GTGTGATAAT TTCTTTAACC CAGAAGTTCA GGAAACAAAT
ATTAAATTAT TTGCAAACCT GATACAGCCA GATGGCTATA ACCCCCTGGT AATCAAGGGC
CTGGTCTTTA AACTGAATAA GGAAGACAGG GCCGATATTT TAAAACTGGT ATCCAATAAG
AAAAATATAC TGGAGAAGAA ATTAAATGAA GAATTTACCC CCGGAAACCT GGCCAACTTT
ATAATAAATC ATCATATTGA ACTTTCTGTA CCAGTGGATG AGTTTATTAA TCGACTTATG
GAAAAAGCAG AAAGTAGAAT TTCAGCGGAA CACGGGGAAG GCTTCTGGGT TGATCACTGG
ACTTATCTCC TTGATTTAAT AGAAAATTAT CTGGCAGTTT ATCCTGAAAA ATCAGGAGAG
CTTCTGGTAA ATGATAACAC CTATACCTAT TATGATAATT TTGTCAGGGT ACAGCCCCGT
GACAAAAAAT ATGTACTGAG TGACCTCGGT CCCAGACAGT TTGGGGCAGT GGTAGCTGAT
GAAGAAAAAC AGAAGGAGAT AAAAGAGCGG GAATTCAACC AAGACCAGGT ACGTACTGGA
TATGGTCGGG GAGATATATT GTATACTAAC CTGCTGGTAA AATTACTGAC GATAGTAACC
AATAAAATAT CTTCCCTTGA TCCTGAAGGA ACCGGAGTTG AAATGGAGGC CAATAAACCC
GGCTGGTATG ATGCCCTCAA TGGACTACCG GGAATATTTG GTTCATCTAC CCCCGAGACC
ATGGAACTAT ACAGGCTGGT AAATTACCTG TTAGATAAAA TTAAAGATGT ACAATCATCA
GGGAAGCATT TATCAATAGA GTTGCCAGAA GAAATTTATG AATTTATAAA TGGTTTGAAA
CAGGAATTAG AAACATGGCA GAGAGAAAAA GATGACTTTT TATACTGGGA TAAAACAGCT
GAACTTAAAG AAAAATACCG TGATAAAGTG TTTAAGGGTT TCAGTGGTAA GCTAATTAAC
ATGCAAATTG AAGAAATTAT TAATTTCCTG GAAATGAGTC AGGAAAAACT ATTAACTGCC
ATTGAGAAGG CTTATAACCC TGACACTGGC CTTTATAATA CCTATTATTA CTATCTCCCG
GAAGAGTATG ACAGGACAGG GGAGTATTCT CCAGAGGGTT ACCCCTGTAT CAGGGTAAAG
AGTTTTAAAC AGCATGTACT TCCTCCGTTT CTCGAAGGAC AGGTAAGGGC CATGAAGATT
ATGGGTGATA AGGAAAAGGC ACTGCAGTTA CACCGGAGTG TGTGTCAGAG TGAGCTTTAT
GATAAAAAAT TAAAAATGTT CCGGCTCAAT GGAGACTTAT CAGAAATGCC TGATGACATT
GGAAGAGCCA GGGCATTTAG CCCGGGTTGG CTTGAAAATG GTTCTATATG GTTACACATG
GAATATAAAT ACCTTCTTGA GTTAATAAAA GGTGGTCTGT ATGATGAGTT TTATCAGGCC
ATGAAAGATG CTCTGATACC TTTTCTGGAT CCGGTTATGT ACGGCAGGAG TATCTTAGAG
AATAGTTCAT TTATTATGAG CAGTTTAAAT CCTGATACAG AAAACCACGG CCGTGGGTAT
ATTGCCCGTT TAAGTGGTTC AACGGCTGAA TTTATACACA TCTGGTCACT GCTTGCTTTT
GGGCCTCAAC CGTTTGTTTA CCGAAATGGT ATATTATCTT TTAATCCTGA ACCAATTCTG
GACAGTGACA TGTTTACCAG GGAGGAAAAA GAAATAAGTT TCCAGTTAAC TAAATCCCGG
AAAATGACTA TTACGATTCC TGAAAATTCA TTTGCTTTCC GGTTAATGGG TCATACACTA
GCCATCTATC ATAATCCGGG TAGGAAAAGG ACATTTGGTG ATAACAGGGC CAGAGTTAAA
AAGTTTGTTC TATCAATTAA TGGAGAGGAA GTCCTCGTAC AGGGGAATGA ACTTAAGGAA
GAATATGCCG AAAAACTGCG TAATAATGAA GTTGATAGAC TTGATATGTA TCTTGAGTAA
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| Protein sequence | MKISNNGSFV ISNYQQQKTF ASFLPGIAGE MGVPVWAFYV NRGQGIAGFG IKDKDHAIME
FNPSNKAYQV TPLKGFRTFI KFINSNNIYE PFTGSSEKVK TKMIIEPHAL VIKEVNKELG
LEVKVKYFIL PGETFGALVR RVYIKNISEN PFELEVLDGL PEIIPEGISH LALKEVSQTM
SAWCRVYNLE HKMPFFRLRA TADDTPEVRK MESGHFYLSY HSNENGINLL KPLVDPEVIF
DQDKSFIKPV NFYHSSLLNY QGRQLLENRY PSAMAAAVCV LKPGEEEVIN SFYGHTGNQN
NLNSIKERVL KPGYIDSKER ENIALHNYYL DKILTVSNYS EFDQYCRQTF LDNILRGGFP
HQIGGHVYHL FSRKHGDLER DYNFFQLEPN YYSQGNGNYR DVNQNRRCDN FFNPEVQETN
IKLFANLIQP DGYNPLVIKG LVFKLNKEDR ADILKLVSNK KNILEKKLNE EFTPGNLANF
IINHHIELSV PVDEFINRLM EKAESRISAE HGEGFWVDHW TYLLDLIENY LAVYPEKSGE
LLVNDNTYTY YDNFVRVQPR DKKYVLSDLG PRQFGAVVAD EEKQKEIKER EFNQDQVRTG
YGRGDILYTN LLVKLLTIVT NKISSLDPEG TGVEMEANKP GWYDALNGLP GIFGSSTPET
MELYRLVNYL LDKIKDVQSS GKHLSIELPE EIYEFINGLK QELETWQREK DDFLYWDKTA
ELKEKYRDKV FKGFSGKLIN MQIEEIINFL EMSQEKLLTA IEKAYNPDTG LYNTYYYYLP
EEYDRTGEYS PEGYPCIRVK SFKQHVLPPF LEGQVRAMKI MGDKEKALQL HRSVCQSELY
DKKLKMFRLN GDLSEMPDDI GRARAFSPGW LENGSIWLHM EYKYLLELIK GGLYDEFYQA
MKDALIPFLD PVMYGRSILE NSSFIMSSLN PDTENHGRGY IARLSGSTAE FIHIWSLLAF
GPQPFVYRNG ILSFNPEPIL DSDMFTREEK EISFQLTKSR KMTITIPENS FAFRLMGHTL
AIYHNPGRKR TFGDNRARVK KFVLSINGEE VLVQGNELKE EYAEKLRNNE VDRLDMYLE
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