| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Hore_09660 |
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| Symbol | |
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| ID | 7313459 |
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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 | 1045049 |
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| End bp | 1050520 |
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| Gene Length | 5472 bp |
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| Protein Length | 1823 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643611405 |
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| Product | alpha-2-macroglobulin domain protein |
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| Protein accession | YP_002508717 |
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| Protein GI | 220931809 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2373] Large extracellular alpha-helical protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 27 |
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| Plasmid unclonability p-value | 1 |
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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 | GTGGAGGATA AGCAAAGGAA AGGGTTTATC AGTAAATTAC CTGTATGTAA TAATAAGGAA
TTTGGTAAAG GTTTTGTAGC AGGATTACTT GTAGCCCTGA TCCTGGTTGG AGTTGTAGCA
CTATTTTTTA GCGGGAAAGT GGTTGAAGTA ATTAACTTTG CTTCCAGGGA AGAAGTAAAA
GTTATTAAAC ACCCTGAAGG TGAAGTCGAC CCCCGTGCTA ATTTATATAT TAAATTCTCT
AAGAAAATTG TGGATAATAA TATAGTCGGG AATACTATAA GTGATGGTAT GGTCAGGCTA
AAACCTTTTG TTCCCGGTAG TTACCGCTGG ATTAAAGGTG ACGAACTTTG TTTTCTACCA
GAAGAACCTT TAAATCCTTC AACTGAATAT GAATTAATTA TAAAACCAGG TGTTATAAAA
TCTGATCAAT ATAGACTCAA CGGGGAGAAG AGGTATACTT TTCAAACCGG GCGATTTAAG
GTATTATCAT TTAAAATCGA TGTTACTGAT TCCTGGGGTG AGTGGTTAAA ATTAGAAGGA
AAACTTAGTT TTAATTACCC TGTGTCTTTT AAAGAGCTTG AAAAATATTT AAGACTTTAT
CTTTATTCGG AAAAAGAAGG AGAAATATCT TCCTTAAATT ATTACTTAAA ACCTTCTTCA
GATAGTAATG AATTTAAAGT TATTGTCCAT CGGGTTAAAC TTGAGGATAA AAATCATAAA
ATAAAATTAT TAATTAATAA AGGATTGACC TGTAAAGACG GTGGACAGGG ACTTTTAAAA
GACTATGTGA AACTTTCCAG AATAATTAAT GAAGACCCTA TCAAAGTTGG TTATATCAGG
ACTCAAAGTG GTTTTAATCA GGGAGAGATA AGGATAGATT TTTCTAATCC TGTGGAAGAG
GAATCTATTG AAGCTTTTGT GACAGTTACT CCTGAGGTTC CTTATAATAT TGAGGTTGCC
CATGATGACA TATATTTAAT AAGTAAGGAG TTTAAACCCG GTAGAGTTTT TACCGTCACT
TTAAAAAAGG GGTTACCTTC AAAAAACGCG GCTCCTCTGG CCAGAAACTA TACCAGAAAT
TTACGCATTC CAGACCTGGA CCCGGTGGTA AGGTTTAAAT CACCTGGTTA TTATTTAAGT
AAAAAAGGTA ATAAAAACAT TGTGTTAGAA ACAGTTAATA TTGATGAAGT TGATATGAGT
ATCTATAAGA TTTATCCCAA TAACCTTGTT CATTTTTTAC CAGATAGTCC TACCACTCTT
TCTAAATCCA GGTTATCTCA CCTGGGTAAA GTTGTTAAGG AATTTACCCT TAAAACAAAT
GGTGATAGAA ATGAATTGAA AAAAAGTATA ATCTCTCTAG CGGGTTTTAT TGAAAAAGAA
GGGAAGGGAA TCTACCAGAT AGATGTCCGG GACCGGGATC ATTACTGGCG CAGTGCTTCA
AAAATTGTTT TAGCTACTGA TATCGGAATA GTAACAAAAG TATCTGAAGA TGAACTGTTA
GTCTGGGTTA ATTCGTTAAG GGATCTTAAT TCAATTTCCG ATGTTGAGGT AACCCTGTTA
AGTGTTAATA ACCAGGTTAT ATGTAAAGGA AGAACCAATA ACAGAGGGCT TGTAAGGTTT
AATGGTCTTG AGGATAAAAT AAAGGATTTA AAACCATATA TAGTTCTCGC TGAAAAGGGA
AATGATTTTT CCTTTTTGAG GCTCAGCCAC GGCCGGGTAG ATTTAACAGA TTTTGATATA
GAAGGCAGGC AATACCTTGA TGAAGGTTTT GAAGGGTATT TATACACTGA TAGAGGTGTT
TACCGTCCTG GCGATAAAAC TAATATTGCT GCCATTATCA GGGGTGACGG TGGGGTTGAT
ATCGGTCAAC TTCCCGTTAA ACTTGAAGTC CTTGATCCTG CTGGAAATAT TTACAGTGAA
CTTGTCAAAA AAACCGGGGC AGTCGGTCAA CTTGAGTTTA ATTTAGATTT GCCGAATTAT
GTCAAGACGG GCAAATATAC TGCTAATCTT TATATTGCAG ATAATATAAT TGGTTCGACT
GAATTCAATG TTGAGGAATT TGTTCCTGAC CGTCTCAAGG TCAGTATAAA ATCAAACAAG
AATAGTTATA AGAGTGGAGA TAAGGCTAAA ATTATAGTAA AAGGTCTTAA TCTTTACGGG
CCACCGGCAT CAGGACGCAA AGTGGAGCTG TCTGTCAATT TAAACAATTA TAAGTTTACC
CCTCCCGGTT ACAGGTCATA TAGTTTTGGA ACTTCAGATT CAGATTTAAA AGTAAAAGAC
CGTCAAATTT CTTCCGGCAG CCTGAACAAA GAAGGCGTTT TCAGCTATAT GTATAGTTTT
CCGGAAGGCT ATGATACTGG AAATATGGTT AAGGCAGTGT TTAAAGCAAC TGTCAAAGAA
GAAGGAGGTA GGGCTGTCAG TGCCTATTAT GTTGTTGGCT ACCATCCTTA TGATTATTAT
ATTGGCCTCA GACCAGGTCG CGAGAAATAT GCTAAAATAA ATGAACCTTA TCCCATTAAA
TTTGTGGTAG TTTCACCTGA TGGTAAAAAG GTAACGGTTG ATGACCTGAC TGTTAAAGTC
TATAGAATTA TCTCCCATGG AATATGGAAG AAAGCCTCTG ATGGACACTG GTATTACGAA
AGTAATGAGG AGAAATCTGA ATTATTAACA AAAGACCTGG AAGTTAATTC CTCAGAAGGT
GAGTTTATTT ACAACCCTCC AGATTACGGG AGGTATGAAG TAGTTATTAG TGACAGGGAT
ACAGGAAGTA AAAGCAGTCT GTCTTTTTAT GCCACCGGTT GGGGGTATTC ACCATGGGCT
TTAACGAACC CCAATAAAAT TGGATTGACG TTTGATAAAA CCCTGTATAA TCCTGGGGAT
ATTGCCAGGA TTCAGGTAAA AGCACCGTTT TCAGGGAAAG CCCTGGTTAC AGTAGAACGG
GAGAAAATCC TGGAAACAAG GATTATTGAG GTCAAAGAAA ATTCAGCCCT CCTCAGAATG
AAGGTTAAAG AAAACTGGAA ACCAAATGTA TATATATCTG TACAATTAAT AAGGGAACTT
AAGCCAGGTG AAGAACGGAT GCCTCTCAGG GCTTTTGGTA CTTCACCACT CCGTGTAAAT
AGTAATGATC AGAGGTTAAA AGTTAGTATA AATTCTAAAG GGGAATTGAG ACCTGACAGT
AAGGCCAGAT TTGAAATAGA AGTAGATGGG GTTAAAAAAG AAACCTATGT GGCAGTAGCT
GCTGTAGATG AAGGGATTTT ACAGTTAACT TCATTTAAGA CTCCTTCACC GTTTCAGTTC
TTCTATGGTA AAAAAAGTCT TGAAGTAAAG AGTTATGATT TATATAATAT GGTTTTACCC
GAGGTCGAGA GGGTTATCAG TAACAGTTCT CCAGCTGGTG GAGAAAGTAG GGGATTTAAA
GAATCCATCA GAAAAGATAA TCTTAACCCC ATTAGCGTGG CCAGGGTTAA ACCGGTCAGT
CTGTGGTCCG GGTTTATAAA AGTAAATAAT GAAGGAAAAG CGGATATTGA ATTTGAATTA
CCCCAGTTTA ATGGTTCTCT CAGAGTTATG GCAGTAGCTG TCTCTGAAGA TAGATATGGT
TCTATAGATA AAAATGTACT GGTCCGGGAT CCACTGGTTA TTAAGCCGAC TTTTCCCCGT
TTTGTAGCCC CGGAGGATTC CTTTGTGGTT CCTGTCAATA TATTCAATGC TTCAGCCGGT
CCAGGTGAAT TTAACCTTGA ACTCTTAATT GATGGTCCTG CCCGGCTAAC AGGAAAAAAA
GGCAGGACTA TTAAGCTGGA CCAGGGCGAG GAGACAATGG TCTACTACCG GGTAAAGGCA
GGTAAAGCTT CAGGTAAACT TAAATTCAAA CTGAAAGTAA CCGGTAATAA TGTAGAGACT
GATTATGATG TTGAATTACC GGTAAGGCCT GCTTCCCAGA GGGTTAATGA AATAGTTACC
GGTCAGATTT CTCCAGATGA TGAAATAGAT TTAAAGCTGC CAGAAGGCTG GTTTAAAGGT
ACAGATAATT ATGTTTTAAC AGTTTCACCT TTCCCGGAAG TTAAGTTCAG TGAGAGTCTG
AGTTATCTTT TAAACTACCC ATATGGTTGC CTTGAGCAGA CTGTTTCCAG TGTATTTCCA
TTATTGTATT TTAATGACCT GGCCAGGACT GCCGAACCGG AATTATTTGA AGATGAAAGC
CATGGTTATT ATATAAAAGA AGGGATAACA AAGATACAGT CTATGCAGAA CAATGATGGT
AGTTTTTCAT TCTGGCCCTA CGGTAACCTG AAAAATACCT GGGCATCAGT CTATGCTTCC
CATTTCCTGG TTGAAGCTAA AAAAGCAGGG TATGAGGTGT CAAACCGGGT CTATGACCGG
ATGTTGAGGT ATTTACAGTA TGTCAGTAGA TTGCAGGCTA TAACCCCTGA TGAACTACAG
ACTAAGGTAT ATGCCCTGTA TGTTCTGTCA CTGGCCGGGG AACCAGATGT TAGTAGTATG
GCCTACCTTA AAAACCACCA GATGGGTAGT CTGTATCAGG ATTCCAGGGC CCTCCTGGCG
GCGGCATATT ATCTGGCCGG AAAAAGGGAG GAATCAAAGG AATTATTGCC GTATCAGTAT
AACCCACCGG TGGTAGAACG TCAGACAGGG AGCAACTTTA ATTCAGCTGT GAGGTCCCGG
GCTTTGATTT TACTGGCTTT AACCGAGATC AATCCGGTTC ATCCCTCAAT CCCTGTTTTA
GTAGATGATA TCTCTGAAGA GGCTAGTTCT GGAAGATGGG GTACAACACA GGAAAATGCC
TTTGCCCTGC TGGCAATAGG TAAGGCCCTT GATCAAAAAG GTAATGAAGA ATATACCGGA
CAATTATATC TTGATGGTAC TGAAATAGGG AACTTTAATC AGAAAAAACA GCTAGTAATA
AAAGATAAAG GGCTTGGAGG AAAGAAAATT ACTATAACCA TGGAGGGTAA AGGAACAGCA
TATTATTATG CCCGGGCCAG TGGTATTCCT GAATTAAATA AAATAATAGA AAAAGATAAT
GGTATTAAAG TTACCAGGAA ATTTTACAAT AAAGCTGGGG ATGAGATAGA CACCAGTGAG
ATAATACAGG GTGAGTTAAT AATAGCCGAG ATAACAGTTG AAGCTGATAG AAATAAGGTT
AATAATGTGG TAGTTGTTGA TATGTTACCA GCTGGACTGG AAATTGAAAA TCCCAGGCTG
GGTTCAAGGT CACGTCTAGA ATGGGCTGAA GAAAGCACCT TACCGATAGA ATATCAGGAT
ATAAGGGATG ATAGATTATT ATTATTTACA ACCATTAAGA ATAAAGGAAG AAAATATAAA
TACTACTATA CCCTCAGAGC GGTTACAGCA GGTGAATTCA CTTTACCTCC AGTTAAGGCT
GAGTGTATGT ATGAACCGGA GTTAAACAGT ATTTCTTCTT CTGGTCAAAT TAAAGTTATC
AGAGGTAAGT AA
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| Protein sequence | MEDKQRKGFI SKLPVCNNKE FGKGFVAGLL VALILVGVVA LFFSGKVVEV INFASREEVK
VIKHPEGEVD PRANLYIKFS KKIVDNNIVG NTISDGMVRL KPFVPGSYRW IKGDELCFLP
EEPLNPSTEY ELIIKPGVIK SDQYRLNGEK RYTFQTGRFK VLSFKIDVTD SWGEWLKLEG
KLSFNYPVSF KELEKYLRLY LYSEKEGEIS SLNYYLKPSS DSNEFKVIVH RVKLEDKNHK
IKLLINKGLT CKDGGQGLLK DYVKLSRIIN EDPIKVGYIR TQSGFNQGEI RIDFSNPVEE
ESIEAFVTVT PEVPYNIEVA HDDIYLISKE FKPGRVFTVT LKKGLPSKNA APLARNYTRN
LRIPDLDPVV RFKSPGYYLS KKGNKNIVLE TVNIDEVDMS IYKIYPNNLV HFLPDSPTTL
SKSRLSHLGK VVKEFTLKTN GDRNELKKSI ISLAGFIEKE GKGIYQIDVR DRDHYWRSAS
KIVLATDIGI VTKVSEDELL VWVNSLRDLN SISDVEVTLL SVNNQVICKG RTNNRGLVRF
NGLEDKIKDL KPYIVLAEKG NDFSFLRLSH GRVDLTDFDI EGRQYLDEGF EGYLYTDRGV
YRPGDKTNIA AIIRGDGGVD IGQLPVKLEV LDPAGNIYSE LVKKTGAVGQ LEFNLDLPNY
VKTGKYTANL YIADNIIGST EFNVEEFVPD RLKVSIKSNK NSYKSGDKAK IIVKGLNLYG
PPASGRKVEL SVNLNNYKFT PPGYRSYSFG TSDSDLKVKD RQISSGSLNK EGVFSYMYSF
PEGYDTGNMV KAVFKATVKE EGGRAVSAYY VVGYHPYDYY IGLRPGREKY AKINEPYPIK
FVVVSPDGKK VTVDDLTVKV YRIISHGIWK KASDGHWYYE SNEEKSELLT KDLEVNSSEG
EFIYNPPDYG RYEVVISDRD TGSKSSLSFY ATGWGYSPWA LTNPNKIGLT FDKTLYNPGD
IARIQVKAPF SGKALVTVER EKILETRIIE VKENSALLRM KVKENWKPNV YISVQLIREL
KPGEERMPLR AFGTSPLRVN SNDQRLKVSI NSKGELRPDS KARFEIEVDG VKKETYVAVA
AVDEGILQLT SFKTPSPFQF FYGKKSLEVK SYDLYNMVLP EVERVISNSS PAGGESRGFK
ESIRKDNLNP ISVARVKPVS LWSGFIKVNN EGKADIEFEL PQFNGSLRVM AVAVSEDRYG
SIDKNVLVRD PLVIKPTFPR FVAPEDSFVV PVNIFNASAG PGEFNLELLI DGPARLTGKK
GRTIKLDQGE ETMVYYRVKA GKASGKLKFK LKVTGNNVET DYDVELPVRP ASQRVNEIVT
GQISPDDEID LKLPEGWFKG TDNYVLTVSP FPEVKFSESL SYLLNYPYGC LEQTVSSVFP
LLYFNDLART AEPELFEDES HGYYIKEGIT KIQSMQNNDG SFSFWPYGNL KNTWASVYAS
HFLVEAKKAG YEVSNRVYDR MLRYLQYVSR LQAITPDELQ TKVYALYVLS LAGEPDVSSM
AYLKNHQMGS LYQDSRALLA AAYYLAGKRE ESKELLPYQY NPPVVERQTG SNFNSAVRSR
ALILLALTEI NPVHPSIPVL VDDISEEASS GRWGTTQENA FALLAIGKAL DQKGNEEYTG
QLYLDGTEIG NFNQKKQLVI KDKGLGGKKI TITMEGKGTA YYYARASGIP ELNKIIEKDN
GIKVTRKFYN KAGDEIDTSE IIQGELIIAE ITVEADRNKV NNVVVVDMLP AGLEIENPRL
GSRSRLEWAE ESTLPIEYQD IRDDRLLLFT TIKNKGRKYK YYYTLRAVTA GEFTLPPVKA
ECMYEPELNS ISSSGQIKVI RGK
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