| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_3284 |
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| Symbol | |
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| ID | 2856819 |
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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 | 3352049 |
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| End bp | 3354604 |
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| Gene Length | 2556 bp |
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| Protein Length | 851 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 637514704 |
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| Product | glycosyl transferase, group 2 family protein |
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| Protein accession | YP_037606 |
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| Protein GI | 49481761 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis
[S] Function unknown |
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| COG ID | [COG0463] Glycosyltransferases involved in cell wall biogenesis
[COG4627] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.0268448 |
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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 | ATGAGTAATG GTACAAATGA AAAGAACATA AATAAAATGC CGTTAGTAAG TGTATTAATT
CCTACGTATA ATCGTCCGCA TTATTTTGAA AAAGCATTAT GTAGTGTGTT AGAACAAACA
TATCCAAATG TGGAAATTAT TATAGGGGAT GATAGTACGA ATGATGAAAC AGAAAAGGTG
TTACAAAAGT ATTTATGTAA GCATTCAAAT ATTATCTATA TAAAAAATAG ATCAACTTTT
GGACAATTTG AAAATGCACT TATGTTATTG AATAAGGCGA ACGGTGAATA TATAAATTTC
TTGATGGATG ATGACTTATT TCATGTAAAT AAAATTCAAA AAATGATGCA ATACTTTTTA
AATGATCTAG ATAATGAAAT TAAGCTTGTA ACATCGCATC GTCAAGTAAT AGATGGGGAA
GGCAACCTAT TGCCAGATGT TTATTCAACG ATGCCGTTGT TTGATACAGA TACAATTATA
GAGGGGATAC AATTAGGAAA TCTGGTAATT ACGAATCAAA AGAATTATAT AGGAGAGCCG
ACGACAGTAT TATTCCGTAA AAGTGATTTA ACAGAACCGT ATGGTATGTT TGATCAGAGA
CGGTATCTTT GTAACGTAGA TGTAGCTTCA TGGTTATCCT TACTAAGTAA AGGAAAAGCA
GTATATATAG CGGAAACACT CAGTTACTTT CGATTACATT CAAATCAGCA GTTGAATAAA
TCGAATCAGC TTATGGATGG ATTAGAAGAT TTTTCGCATG GCATTATAGC TGGAGAAAAA
TATGGTTTCT TATCTTCTGA ACAGGAGTTA GATAAAGCTA TTACTAATTT TCTAGACTAT
GCAAGAAGAA TCGTTCCATC ATCCATACTA TATTCATTGG ACTATTATCA ACAAATTAAG
TTAAAGAAAA TAAATTTAGA AAAGAAAAAA CAACATATAA ATAACAGTTC GCATCTTCCA
AAAGTCAGTA TACTTATTCC TGCCTACAAT AGACCTCATT ACTTAGAATT AGCCCTTAAA
AGTGCTTTAA ACCAAACCTA TGAAAATATA GAAATTATTA TATCTGACGA TAGTACAAAT
GATGAAGTTA AAGTAATGAT CCAGCCATAC TTAAAAGAAT ATAATTATAT AACATATGTG
AAAAATGAAA CGCCATTAGT AGCTGAAAAT TTTAATCAAT GCATAGAGCT TGCTACTGGT
GAATATATAA ATTTTTTATT AGATGACGAT TTGTTTCATC ATGAAAAGAT TGAAAGAATG
ATGAAATATT TTTTGGAATT AGAAAATATC TCGTTTGTGA CGTCATATCG CGAACTGATT
GATGAGAATG GAGAAATATT ACCTCCCTCA ACCTTAAATG TGAAAATTGC CACAGAAACT
ACAATTTTTG AAGGAGAAGC ACTAGGGAAT TATATGTTGA AACATTTGAA AAATGTAGTT
GGAGAACCGA CAACGGTTTT GTTTAATCGT AATTTTTTTG GAGGCAAGTT TGGTTATTTT
AAGGGAAAAG CGTATTCAGC CATTAATGAC ATTGCAACTT GGCTAGATAT GATGAGGAAA
GGGAAAGTAG TATATATACA AGAACCTCTT AGTTACTTTA GACAACATAG TGGGCAAAAT
CAAAAGCAAA TGCACTTTAT ATTAATGACA ATTGAAGAAT GGATTGAATT AATTACGGAT
GCACATAATA GTGGATTTTT AAATTCTGAA CAAGATTATA AAGAGAGCTT ATCTTATTGT
TTAGAGAATG CGGGTTTTAT ACTTAAAGAT GCAGTTAGAA GTGGAGGACT TAATCAAATT
TATAATGAAA AGATAAAAAT CGGATTAAAT AAATTAGTTA CTCATATATT CGAGAAAGAG
ATTTGTTATT GTCAATATTG TAATCAAGGA TTTGGGGAAT TTTCCCCTTG GCCAGCACAT
TACGATTTTT TAAAATATCA ATTTGAGATG TGGAATAAAT ATACAGGTAT CTGTCCAGTT
TGCTATTCAA TGGATCGTGA AAGGTTATAT CGTGCGTACA TTGAAACGGA AACGGATTTG
TTAAGTGAGA ATTATACAAT GCTTCATATT GCACCTGAAG TAAAGGTAAG AGAATGGCTT
AACCAGTATA AAAATATTAC TTATGTATGT GGGGATTTAG AGCCAAAGGA TTCTGTAATG
GAGGAAATTG ATATTACAAG AATTGCATAC GAAAATAATA CCTTTGATGT GATTTTATGT
AGTCATGTGT TAGAACACAT TATAGATGAT GAAAAAGCAA TGCGAGAATT ATATAGAGTA
TTAAAACCAA ATGGGTGGGG AATTATTCAA GTACCAATCG TAATGAATGT AGATTATATT
ATAGAGAATA AATCTATCGT ATCCCCAATA TTGAGAAAAA TAGCTTTTGG TCAAGAAGAT
CATGTGAGGA TTTATAATCG ATCGGGTTTT ATTCAACGAT TAACAGATGC AGGATTTAAG
GTGGAATTGT ATAACATAGC TGAGAAACAA GGAATGAAAA TTGCTAGGAA ATTTGGATTA
TCTAAAACGG ATATGCTGTA CATTGTCCGA AAATGA
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| Protein sequence | MSNGTNEKNI NKMPLVSVLI PTYNRPHYFE KALCSVLEQT YPNVEIIIGD DSTNDETEKV
LQKYLCKHSN IIYIKNRSTF GQFENALMLL NKANGEYINF LMDDDLFHVN KIQKMMQYFL
NDLDNEIKLV TSHRQVIDGE GNLLPDVYST MPLFDTDTII EGIQLGNLVI TNQKNYIGEP
TTVLFRKSDL TEPYGMFDQR RYLCNVDVAS WLSLLSKGKA VYIAETLSYF RLHSNQQLNK
SNQLMDGLED FSHGIIAGEK YGFLSSEQEL DKAITNFLDY ARRIVPSSIL YSLDYYQQIK
LKKINLEKKK QHINNSSHLP KVSILIPAYN RPHYLELALK SALNQTYENI EIIISDDSTN
DEVKVMIQPY LKEYNYITYV KNETPLVAEN FNQCIELATG EYINFLLDDD LFHHEKIERM
MKYFLELENI SFVTSYRELI DENGEILPPS TLNVKIATET TIFEGEALGN YMLKHLKNVV
GEPTTVLFNR NFFGGKFGYF KGKAYSAIND IATWLDMMRK GKVVYIQEPL SYFRQHSGQN
QKQMHFILMT IEEWIELITD AHNSGFLNSE QDYKESLSYC LENAGFILKD AVRSGGLNQI
YNEKIKIGLN KLVTHIFEKE ICYCQYCNQG FGEFSPWPAH YDFLKYQFEM WNKYTGICPV
CYSMDRERLY RAYIETETDL LSENYTMLHI APEVKVREWL NQYKNITYVC GDLEPKDSVM
EEIDITRIAY ENNTFDVILC SHVLEHIIDD EKAMRELYRV LKPNGWGIIQ VPIVMNVDYI
IENKSIVSPI LRKIAFGQED HVRIYNRSGF IQRLTDAGFK VELYNIAEKQ GMKIARKFGL
SKTDMLYIVR K
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