| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_0992 |
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| Symbol | yhgE |
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| ID | 2854945 |
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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 | Bacillus thuringiensis serovar konkukian str. 97-27 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_005957 |
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| Strand | + |
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| Start bp | 1090004 |
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| End bp | 1092775 |
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| Gene Length | 2772 bp |
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| Protein Length | 923 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 637512428 |
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| Product | hypothetical protein |
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| Protein accession | YP_035331 |
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| Protein GI | 49480142 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1511] Predicted membrane protein |
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| TIGRFAM ID | [TIGR03057] X-X-X-Leu-X-X-Gly heptad repeats
[TIGR03061] YhgE/Pip N-terminal domain
[TIGR03062] YhgE/Pip C-terminal domain |
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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 | ATGAAAGGAA ATCAGTTACT TCGTAAAGAG TTCACACAAA TTATAAAAAG TAAAAAAATA
TTAATTCCAA TTATCGCGGT TCTATTCGTA CCGATTTTAT ATGCAGGTAT GTTTTTATGG
GCCTTTTGGG ATCCGTATAA ACAGTTAGAT GATTTACCAG TGGCGGTAGT CAATTTAGAT
AAAGGTGCAG TATTTGACGG AAAACCAATT GAGGTCGGAA AAGGGCTTGT TGATAATTTA
AAAGATAATA CCAGCTTTAA ATGGGAATTT GTAAGTGAAA AAGAAGCGAA AAAAGGAATG
GAAGGCAGAA AGTATTACAT GTTAGTACGC ATTCCAGATG ACTTCTCAAG TAACGCTACA
ACATTATTAA AAGATGAACC AAAACCATTA AACTTAGAAT ATATTCCAAA CGAAAGCTTA
AACTTCTTAT CTTCCCAAAT TGGCGGAACA GCCATTGAAA AAATTAAAGG TGAAGTAGCA
AGTACGTTAA CGAAAACATA TGCAGAGAAA ATGTTTGATT CCATTCAAGA CGTCTCAAAA
GGATTAGCAG ATGGGGCGGA AGGAGCAAGT AAACTACATG ACGGATCAAG TGAGCTGCAT
GATGGTTCAA GTAAAGTAAC AGATGGCCTT CATACACTTC AAGGAAAGTC TGGGGAGATG
AAGGATGGAG TAGGGAAGCT ATTTGATGGA TCTGGGAAAG TGACAGTAGG TTTAAATACG
TTAAATGGCA AAACAGGTGA GATGCAAATA GGTATTGGAA AATTAGTAGA TGGGTCAGGA
AAAGTAACGA ACGGTTTAAA TACGTTAAAT AGTAAAACAA GTGAGATGCA GACAGGTATC
GGAAAATTAA TAGATGGATC CGGAAAAGTA ACAGCAGGTT TAAATACGTT AAATAACAAA
ACGGGTGAAA TGCAAAAAGG AATTGGCGAA TTACATGATG GATCTGAAAA AGTGACCGGT
GGTTTGAACA AATTAGTAAG TAAATCCGGT GAATTACAAA AAGGAACAAC GGATCTATCA
AATGGTATGG GAAAACTTGC TGAAGGGCAA AGTCAATTAG AAAAATGGTC TCAAGAGATT
CAAAAGGGAT TGCAAGATTT AAATAGTAAT GTACAAAAAT CTGTTGCAGG ATTGGGGGAA
ATGCAGTCGA AAGGCCCTTC TATATTGAAT ACAGTAAATG AGAAAATAGA TGGTGCTGGG
GCGAATGTAA ATCAGTTAAA TGAGCTTACG CAATCAACAG CAGAAGATGC AAAAAATGCA
GCGCAAGATG TAGCGAATTT ACAAAAGCAA ATTGAAAGTT TACCAAAAGA ATATCAAGAG
CAGTTACAAC CATTCATAAC AAGTGCTGTA AAAAGTACAG CGACAGTTCA GCAAAAAACT
ACTGGAGTAG CAGGCGGAAC AAATAGATTA AATGAAGAAG TAAAACAATT AAAAGGCGAA
ATAAATCAAA AAACAGGGGA TGGACAAAGC AAACTGCCGA ATGCAGCAGA GTTACAATCC
TTAACTGCTG GTATTGAACA ATTATCGAGT GCACAAAAAG GGTTTGTTGA AAAATTTCAA
GGATTTGGTG CAAAGTTAAA TGTTGCTAAA GAAGGCACAA CTAAATTTAA AAATGAATCC
GGTCAATTAA TTGATGCGAT AAATCAATTA GCAGATGGCT CAGGTAAAGT AACAGGCGGT
TTAGGAACTT TATCTGCAGG AGCAAATCAA ATGGCAGGTG GAGTAAATCA ATTAGCAGAT
GGCTCAAGTC AAGTAACAGG CGGTTTAGGT GCATTATCTG CAGGAGCAAA CCAAATGGCA
GGCGGAGTAA ATCAACTAGC AGATGGTTCA AGCCAAGTAA CAGGCGGTTT AGGTACATTA
TCTGTAGGAG CAAATCAAAT GGCAGGTGGA GTAAATCAAT TAGCTAGTGG CTCCGGTCAA
GTAACAACAG GCTTAGGTGC ATTATCAACT GGCTCAACCC AGCTAATCGA CGGAGTTAAT
AAACTAGCAG ACGGTTCCGG AAAAGTAACG GATGGCCTCG TAAAAGTAAA CGATGGTTCA
GGTGAACTTG CTGAGAAACT TGGCGAAGGG GCAGAGAAAA CTGGTGAAGT AAAAGGAACG
GATAAAACGT ATGATATGTT TGCAAGTCCT GTAAAAGTGA AGACGGAGAA AATGGCGGAA
GTTCCAAACT ACGGAACTGG ATTCACACCG TATTTCTTAT CACTCGGTTT ATTCGTTGGG
GCATTACTAT TATCAATCGT ATATCCATTA CGTGATACAG TGGGCGTTCC AAAATCAGGA
TTTAGCTGGT TTATTAGTAA GTTCGGCGTA TTACTATCAG TCGGTATTAT TCAAGCGGTA
GTAGCAGATA TCATATTACT ATTCGGATTA GGTGTAGAAG TACAAAGTAT TCCGTATTTC
ATACTCTTTA GCATCGTTAC AAGTTTAGCG TTTATCGCAT TAATTCAATG TTTAGTAACA
GCATTCGGTG ATGCAGGGCG TTTCATTGCT ATCATCACAT TAATTATTCA GCTTACAACA
AGTGCTGGAA CATTCCCACT AGAATTGATT CCGAAGTTTT TACAACCATT CAATGCTTGG
TTACCAATGA CGTATTCTGT ATCAGGATTA AAAGCAGTCG TATCAAGTGG AGACTTTAAC
TTCATGTGGC AAAACATAGG AATACTCATG ATCTTTATTG TTATATTATC ACTTGGAACA
ATCGCTTCAT TAACGTGGAT GCATAAACGA CAGTTTAAAA ATATTGCTGA AAATCAATCG
GTTGAAGCAT AG
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| Protein sequence | MKGNQLLRKE FTQIIKSKKI LIPIIAVLFV PILYAGMFLW AFWDPYKQLD DLPVAVVNLD
KGAVFDGKPI EVGKGLVDNL KDNTSFKWEF VSEKEAKKGM EGRKYYMLVR IPDDFSSNAT
TLLKDEPKPL NLEYIPNESL NFLSSQIGGT AIEKIKGEVA STLTKTYAEK MFDSIQDVSK
GLADGAEGAS KLHDGSSELH DGSSKVTDGL HTLQGKSGEM KDGVGKLFDG SGKVTVGLNT
LNGKTGEMQI GIGKLVDGSG KVTNGLNTLN SKTSEMQTGI GKLIDGSGKV TAGLNTLNNK
TGEMQKGIGE LHDGSEKVTG GLNKLVSKSG ELQKGTTDLS NGMGKLAEGQ SQLEKWSQEI
QKGLQDLNSN VQKSVAGLGE MQSKGPSILN TVNEKIDGAG ANVNQLNELT QSTAEDAKNA
AQDVANLQKQ IESLPKEYQE QLQPFITSAV KSTATVQQKT TGVAGGTNRL NEEVKQLKGE
INQKTGDGQS KLPNAAELQS LTAGIEQLSS AQKGFVEKFQ GFGAKLNVAK EGTTKFKNES
GQLIDAINQL ADGSGKVTGG LGTLSAGANQ MAGGVNQLAD GSSQVTGGLG ALSAGANQMA
GGVNQLADGS SQVTGGLGTL SVGANQMAGG VNQLASGSGQ VTTGLGALST GSTQLIDGVN
KLADGSGKVT DGLVKVNDGS GELAEKLGEG AEKTGEVKGT DKTYDMFASP VKVKTEKMAE
VPNYGTGFTP YFLSLGLFVG ALLLSIVYPL RDTVGVPKSG FSWFISKFGV LLSVGIIQAV
VADIILLFGL GVEVQSIPYF ILFSIVTSLA FIALIQCLVT AFGDAGRFIA IITLIIQLTT
SAGTFPLELI PKFLQPFNAW LPMTYSVSGL KAVVSSGDFN FMWQNIGILM IFIVILSLGT
IASLTWMHKR QFKNIAENQS VEA
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