| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Hore_04160 |
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| Symbol | |
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| ID | 7314091 |
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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 | 433564 |
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| End bp | 436767 |
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| Gene Length | 3204 bp |
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| Protein Length | 1067 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 643610839 |
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| Product | beta-1,3-glucanase |
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| Protein accession | YP_002508169 |
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| Protein GI | 220931261 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG5498] Predicted glycosyl hydrolase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 38 |
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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 | ATGTCAAAAA ACAAGCTATT GCTTTTTATG ATGTTGATGG TACTCCTTCT CTTTACTTAC
ACTGTTTCAG GTGCAGTTCC TAATGAAGGG GTTGTCTCAG TTGGAGCCGG AAGTTATGTA
GATGTTTTTC CTTCTGGTAT AGATCAAAGC AACCCGGACA ATACCGATAT CCAGGAAAAT
ATATATATTA CTTCTAATAT GGAAGGACGT CCTATTCCCA CTAATGACTG GTGGAGTAGT
CTTGTCTGGG AAGGGGTTTC TGATGATGGT CATTATGTAC AGGCTGCCCA TCCTTTCTTA
ATAAAACTTG AAGCGCGAGG TATGAGGTTA TTCGCACCAA AAACTGAAGA CTTCTGGGTA
ATTGATAATG CTTATGGTGC TACTATGGCC GTTGGAAATA GCCAGGATTT TGTCCTGGGG
AATAGTTTAT CAACAACTAT GGAGGCCTAT CTACATGACT TCAGTGATTG GTTTGTGACT
GCTTCCATGG AGGGCGGTAG TGCCTCAATG AAATTGACCT ATGGACATGG TTCTCCTTAT
GTTTATGCCA TTTATGAAAG TGGGAACCCT ACTTTGACCT TTGACACCCC ACCTACAATC
TGGTATGATA ATTCTTACAC TAAAGTAATT GGTTTTTCTA TAGAGGGTAG AAATTATGCA
GCTTTTGCCC CTGAGGGTAG TACCTGGTCA GGAATTGGTA CTACTACCAT TACCTGCAAT
TTACCAGGTG GGAGTAACTA TTTCAGTGTA GCAGCTTTAC CTCCTGGTGA ACCGGACACA
CTACTACCAT TATTTGAACA ATACGCATAT AACCATATTA TTAATACAGA AGTAGTGTGG
GAGTATGTGG AAAGTAGTAG TGAAGTAATT ACATCTTACA ATTATACAGT TACCCAATAT
GAAGGAAGTG AAACAGGTAC TCTCTTTGCG CTTTATCCTC ATCAGTGGAG AAACCTGCAA
CAGGGAAATT TACAAAATTA TTCCTATACT ACTGCCCGGG GTGAAATGAA ACTTGCTCAG
GGTACATCTT TTACTACAAG TATGAAATTC CCGGGTGTTT TGAGTGCCCT TCCACCTCTG
GAAACCCAGA CTGATCTTGA CAGGTTGTAT AGCTATGTCG ATTCTGCCAG GAACGAACCA
TTTACCAGTA CAGATACTTA CTATGTAGGA AAAAGGCTCG GTAAACTGGC CACCATTATT
CCTATAGCTG AACAGGTTAA TCATACTACT GCAGCCAGTG AATTCCGAAA TGAATTAAGG
ACTCGTCTGG AAAATTGGTT TAATGCTACC AATGATGATG GTTCTGCCTA TGTCAGGGAT
ATTTTTTATT ATAATAACAA CTGGAAGACC CTGATTGGTT TTGATGCTAG TTTTGGTAGT
GCTAATCAGC TTAACGATCA CCACTTCCAT TACGGTTATT TTATAAAGGG TGCTGCTGAA
ATAGCCCGGA CCGATCGCAC CTGGGCTTCT GAAAGCCAAT ATGGAGAAAT GGTTAATTTA
CTGATCAGGG ATATAGCCTG TCCTGACAGA AATGACCCAA TGTTCCCATT CTTGAGGAAT
TTTGATATCT ATGCAGGACA TTCATGGGCT TCAGGTCATG CCCGTTTTGC TGATGGTAAT
AATAATGAAT CATCATCCGA GGCCATGAAT GCCTGGACAG CCCTGATCCT ATGGGGAGAG
TATACCAATA GTCCAGAGAT AAAGGAACTG GGAATTTATC TTTATACTAC AGAAATGCAT
GCAATATATG AATACTGGTT TAACATCTAT AATGAAAATT ATCCTGATAC ATTTAGTAAA
CCTATGACAG CTATGGTCTG GGGTTGCAAA CAGGACTATG CTACCTGGTT TAGTGCAGCA
CCAGAGGCTA TTCAGGGTAT AGTTTTATTA CCAATTCAGG CCGGGTCACT CTATCTGGGA
CATGACCCCA ATTATTGCCA GTTATATTTT GATTTCCTGG TGGATCAGCG GGGTAGCAGT
GACTTTGCCC AGTGGGATGC TATTTTCTAT GCATATGAAG CTCTTTTTGA TCCTGACCAG
GCCCTGCAGG ACTTCTTTAC CTATGAAAAC CAGTTACTTA ATTCTACCAG TGGGCCGACG
GCAGCGACTG AAGAGGGTAA TACCGTTGCT AATACCTATC ACTGGATTAA AAATTTACAG
AGATTAGGCA GGGTAGACCA TAGTGTTGTG GCTACAAACC ATGCTCTTTA CGCTGTCTTC
CAGCAGACAG ATGGAACTCG GACCTATGTT GCCTATAACC CCACAGACAA TGGTAAGACA
GTTAATTTTA GTGATGGCGG CAACCTCTAT GTTGCTCCCC ATTCCTATGG TGTTTCTACC
GATTCTCCAG TAATTAATCC CCCGTCATCA CCTGTTTTAA ATAGTGCCAT TGCAGGTGAC
GCCCAGGTAA CTTTAGATTG GAATAGTGTT AGTGGAGCAA CTGGTTATAA AGTTTACTAT
GGAACAGCTA GCGGAGAGTA TAATAATGTT CAGACTGTTA GTGATATAAC CAGTTATACC
GTAACTGGAT TGACCAACGA TACGACTTAC TATTTCGTAA TTACTGCTAC TAATTCAGCA
GGCGAAAGTG GTTATTCTAA TGAACTTTCA GCAACACCAC AACCTGAATT AAATAATCCT
CCGGTAGAAC CAAATTTAAA CAGTGCAACT GCTGGAGATG GTGAAGTCAG CTTAAGCTGG
GATAGTGTCA GTGGTGTTAC TGGTTATAAC CTTCATTATG GAACGAGCAG TGGGAGTTAC
TCCGTGACAA TTGATGTCGG TAATTCAACC AGTTATACTG TAACCGGCTT GAACAATAAC
ACAACCTACT ATTTTGCCGT GACTGCCTAT AATGATAATG GTGAGAGTGG TTACTCCAAT
GAACTTTCAG CAACACCACA GGCCGAAAGC AGTGATGATC ATGGTGCTGA ATATGTCAGC
CCAACAGAAG CCCTGTTCTG GGTTGATGAT GGAGGGGATC CTTCCACCCA GGACTACGGT
TGGGTTATTG TATATATCGG GCCAGATCCC AGCACATCAC TACATGAAAA GCCGGGTTAT
CACATGAGCT ATAACTCCAG TCTGGACCGC TGGGAATATA CCAAGGCAGA TATGCATGAT
AATGATGGTA ATCCATGGGA ATACCAGTTT AATTTTAATG ATCAGGAATT AAGTGAAGAA
TATCTTTACT ATCATCAGCC GTAA
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| Protein sequence | MSKNKLLLFM MLMVLLLFTY TVSGAVPNEG VVSVGAGSYV DVFPSGIDQS NPDNTDIQEN
IYITSNMEGR PIPTNDWWSS LVWEGVSDDG HYVQAAHPFL IKLEARGMRL FAPKTEDFWV
IDNAYGATMA VGNSQDFVLG NSLSTTMEAY LHDFSDWFVT ASMEGGSASM KLTYGHGSPY
VYAIYESGNP TLTFDTPPTI WYDNSYTKVI GFSIEGRNYA AFAPEGSTWS GIGTTTITCN
LPGGSNYFSV AALPPGEPDT LLPLFEQYAY NHIINTEVVW EYVESSSEVI TSYNYTVTQY
EGSETGTLFA LYPHQWRNLQ QGNLQNYSYT TARGEMKLAQ GTSFTTSMKF PGVLSALPPL
ETQTDLDRLY SYVDSARNEP FTSTDTYYVG KRLGKLATII PIAEQVNHTT AASEFRNELR
TRLENWFNAT NDDGSAYVRD IFYYNNNWKT LIGFDASFGS ANQLNDHHFH YGYFIKGAAE
IARTDRTWAS ESQYGEMVNL LIRDIACPDR NDPMFPFLRN FDIYAGHSWA SGHARFADGN
NNESSSEAMN AWTALILWGE YTNSPEIKEL GIYLYTTEMH AIYEYWFNIY NENYPDTFSK
PMTAMVWGCK QDYATWFSAA PEAIQGIVLL PIQAGSLYLG HDPNYCQLYF DFLVDQRGSS
DFAQWDAIFY AYEALFDPDQ ALQDFFTYEN QLLNSTSGPT AATEEGNTVA NTYHWIKNLQ
RLGRVDHSVV ATNHALYAVF QQTDGTRTYV AYNPTDNGKT VNFSDGGNLY VAPHSYGVST
DSPVINPPSS PVLNSAIAGD AQVTLDWNSV SGATGYKVYY GTASGEYNNV QTVSDITSYT
VTGLTNDTTY YFVITATNSA GESGYSNELS ATPQPELNNP PVEPNLNSAT AGDGEVSLSW
DSVSGVTGYN LHYGTSSGSY SVTIDVGNST SYTVTGLNNN TTYYFAVTAY NDNGESGYSN
ELSATPQAES SDDHGAEYVS PTEALFWVDD GGDPSTQDYG WVIVYIGPDP STSLHEKPGY
HMSYNSSLDR WEYTKADMHD NDGNPWEYQF NFNDQELSEE YLYYHQP
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