| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BcerKBAB4_5851 |
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| Symbol | |
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| ID | 5840077 |
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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 weihenstephanensis KBAB4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010183 |
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| Strand | + |
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| Start bp | 32666 |
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| End bp | 38626 |
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| Gene Length | 5961 bp |
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| Protein Length | 1986 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 641375081 |
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| Product | hypothetical protein |
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| Protein accession | YP_001642877 |
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| Protein GI | 163937992 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01665] phage minor structural protein, N-terminal region |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGAGGACAC CAAGTGGAGA CTTACATGTT GTTGATTTTA AAACAAGTCA AATCGTTTCA
GCTATACAAC CCAAAGATTA TTGGAATGAC AAACGACATT GGGAAATTAA AAATAATATC
GACACCTTAG AATTTAAGGT GTTTGAGAAT ACAGATCATG CAGCAATGCT TGTGCAACAA
AATTTAGTGT TAAAAGAAGT AAGTGGTGGT AGAATCGTTC CTTATGTCAT TACAGAAGTG
GAAAAAAATT CTGATGATAG GTCATTAACA GTTTATGCAT CAGGTGAATG GATTCAACTT
GCTAAAGCAG GGATTATCGA ACCACAAAAA ATTGAAAGTA AAACATTGAA ACAATGTATG
GAAATAGCCC TCAAAGGTAC GAAATGTGAA ATAGGTAAAA TAGAACATGA TGGAGCGCAT
TCAATGGTAA TTGAAGAATT TACTGATCCA TTGGATTTAT CAAAAAAGAT TGCGGCTTCA
TTTGAGGTGG AAATTCAATA CCGCGCTGAA GTTGTGGGTT CTCAAATCGT TGTTCGTTAT
GTGGATATGG TTAAGAGAAG AGGACGAGAT ACAAGAAAAG AAATAACGGT CGGTAAAGAT
TTGTTGGGGA TTAAACGTAT TGAGAACTCA CAAAATATTT GTACCGCCTT ATTAGGTTAC
GTTCAAAAAG AAAATGGAGA ATTCATTACG ATCTCAGAAA TAAATAATGG TGTTCCCTAT
CTTGTGGATG ATGCAGCTTT TCAGCGGTGG AATGAAAAAG GAAAACATAA ATTTGCTTTC
TATACTCCAC AAACAGAAGA CCAGGATATG TCTCCACAGA GACTTATGAC TCTGATGAAA
ACGGAAATGA ATAAACTTGT GAATACCTCA GTTTCTTATG AGGTTCAAGC TCAAAGTATA
GGACAGGTAT TCGGATTAGC ACATGAATTA ATCAATGAAG GGGATACAAT CCGAATTATA
GATACAGGTT TTACCCCTAA GTTATATCTT GAAGCTCGTG CTATTGCTGG TGATGAATCA
TTTAAAGACC CTACACAAGA TAAATATGTG TTTGGTGATT ATCGTGAAAT TGTTGATCAA
AATGATGAGT TACGTCGCTT GTACCAAAAG ATTCTTTCTA GTTTACAAGA TAAGGTCCCA
AAAGAGCTAT TCGATGAGCT AACTAACCGT GTAGGTAATA CGGAGTTAAC TTCTGAGGAA
GCTAAGAAGA AAGCAGATCA AGCTGAGAAA GAAGCCAAAG CATCTAAGGA TATTGCCGAC
CAAGTAATGG AAGATTTACG CAATTATCAG ACTACTATCA TTGAGCAACC TACTGCACCT
ACTGAGCCAC CTCACAAGTT AGAAGTGAAT AAAACTTTAT GGCTTGACTC AAGTGACCCC
GCTAATAAGA TTCTTAAAAT CTATAGAGGT AATGGAAACT GGGAGCGTAT CGTTCCAGAT
ACATCTGCTC AAGATTTAGA ACTGCAGGAG CTAATTAATA AAGTCAATGA CCTGCAGAGG
GAAGTGACGG AAACTCAGCA GGAAGTAAGT GACCAAGCTA TTGAGATAAA CAAGAAAGTC
GATCAGACAT GGCTTGACGG TGAGCTATCT AAGAAGGCTA ACACTGATAA CGTCTACACA
AAGGACTATA TAGATGAAAA CTTAGTGGGG AAACAAATCT ATGAGACTGA CAAGCAAGCA
AACATAGAAG CCTTCACTGA TATGAATACT AAGTATGAAC AGACGGCTGA AGCTCTTACG
TTAACTGCTA CAAAGGATGA GCTGAAGAAG GTATCTGATG ATGTTACAAC TGTTACTAGT
ACTGTAAATG AAGTAAAGCA GACTTCAGAG GAAAACTCTC AGAAGATTAC CAAGGTAGAA
GGCAACTTCA AGAATATGAA GATCGGTCGC ACTAACTTAA TAGAAAACAG TGGCGCCTTC
AAAGATGGAA ACTTATGGAT TCCGAATAAC CCAAACGCTG AGATTGAAGC AGTAACTTTA
GATGGTGAAC AAGTGCTACG CATTAAAGGA ACGGTTCGTC ACTCTAAGAG TTACCAATTA
GAGCCGAACA CTGAGTATAT ATATTCAGCA ATGATAAAAC TTCCTGTGGA TCACTGGGCA
GGATTTAATG ACCCTCTTCA TAGTTGGACC GCACAGGGAA CAAATCTTCA TACAGCTAAA
GAGAAAACTA TCGTAACTCC TATAGGTGAA ATTAAAGCTA ATGAGTGGAC GTACGTAGCT
GTTAGAATAT TAACTGCAGA CGGTGAGCCT ACCCACTTTA CGCCTTTCTT GTTCTCAGAG
CTGTTAGTAA GTACAAATGA GAACTCTTAC GTGAAATTCT TCCAAATAAC AAAAGGTAAT
CAACCTATTA CAGATTGGAT TCCTCCTGTA AGTGAAGTAG TATCTACTGG AGATTTTGAA
AAGAAAACTA ATGAGATTAT CCAGAACGTT GATGAGAATA AGGCAACTAT CACGTCACTT
AAGAAGAGTG TAAGCAATGA GAACTTCTTG TATGAGTCTT CAGCAAACCT CGAATATCCT
AAGTTTATCT TTGGTAATGA TGGGTTGCCG TATCACTTCA ATAATGCTCC TTATAAATTT
GAAGGCGACT ACTTAACGAT GACATGTGAG AACTGGAATG ATGCTTTCTA TCAAATAGGT
GATTACATTG CAGGTACCAA TAGAGGTTTA AACATTGCAG AGCCTATTAC ATTCTCTTAT
GATATCTCTT CAGAGTGTCC CTATGTAGAG ATATTGATAT TCCAAAACAT AGGCGGTGGT
TGGTCGGTAG CTAAGAGCGA GTTTGTCCCG ACTACTACAG ATTGGAAGCG TGGAAGTACG
ACATTCAAAC TGGACCCTAG CACTAGTGGA TGGATGGCAC GTATCAGGTT TGATGCTAGA
GCAGAAAGCC AAAATAAGAA GATATGGTTC CGTAGGCTTA AGATGGAACA GGGAGATTTT
GCAACTACAT GGAGTCCCAT ACAGGTATCA CAGCAAGAAG TAGTAAAGAA AACGAATGAG
GTCAAGCAAA CAGTAGATGA GAACTCTCAG AAGATCACTA GCATCGAGAC AACTGTTAAA
GGTATCAACT CTGATGTCAA CAACTTGATG AAGGATGCAG GGACATTTGA AGGAGCTTTA
ACAAAACCCT CAATTGACAA TAGGTGGTGG TTAAAGGATG CCAATGTAGT TCGTATCGCA
GAGGATACTT TCATGGGGAA TGCTGTAGCA GAAACTCAGA GCGCATGGCA AGGACTTGCT
TATAACTTTG GGGACCTAGT TAGACGTAAA GCTGTAAAAG AAGGCGACGT TATCAACTAT
TCGATTTACA CTCGGATAAA AAACCTTCCT CCAGGAGAAA AGCGTCATAG TTTCTACTTT
ACAGGAGAAA AAACAGGAAC TGAAATGATT CCAGTTACTT CTGAGTGGGG TCGCTCAAAT
GTAAGCTTCA CTGTATCCGC TCAAATGATG AACGTTGAAG GATGGAACAC TGAAGACTGG
CTACGAGTTG AAATATGGGA AGGCTTAAGT GGTGACCAGT GGTATCAGCA ATCATCTCCT
CAGATGACTT TAGGGGATAA GGTTTACTCC TGGAGACCTG CTCACGAGGA TCTATCTACT
GTTATTGATA AATCTAATGA GATTAAGCAA ACTGTAGATA ATAATACTGC GAAGATAACT
GCTACAGAAG GCGCAATTGG AGACCTAACA GAGACATTCA ATACGAAAAA TTCTGAGATT
GAGCAGTCAG TTGACAGCAT CCGCACGAAT GTTAGCACTA TGGCGCAAAC TCAAGGGGAA
CACGGAGAGC TTATCCAAGA TAACAAGTCA TCTATCACAC AACTAAACAA TCAGATTAAC
TTGAAAGTAT CTGAGAAGCA GATGCAGGAC TACGTAGGAA CTCTAGGAGA GCCAAACCTT
ATATTAAATG CTCCCTTTAG GTGGAAAGAG ATAAATCAAT ACGGTGACCC TATTCAAGAC
TTACCTGCTA TTGATAAGTG GGGAACATAT ACGGTTGACA CTTCTAAAGG GAAATTCGAG
CCAGTTGTAC AACCTAAATA CGGTGGAGAA AACTCAATCA ATATCTATTG TGCTGGCTTC
CAGGAGGATA AATCCTGGAC AGGTATCAAC CAAGTTATAG GCGATGTAGA TATCAATAGT
GACTACACAT ATAGGGCTAT GGTTTACACT ACAAATAAAA ATTCCATAGA TGACGGTCTC
TATGCAGAGA TTAAAGCTTG GAATGGTCCT AACCTAGTAG GGGCTGTAGG TTCTAACATT
AACGAGGTAA TCGAAAACGG TGTATGGAAA GAGTTTGTTG TTACTCTTCC TGCTATGAAA
ATAGCGGTAA CTCATCTACA GATAACTTGT GGTGTAAGGC GTAATGGATC TATATACATG
AGTAACCCTA TGTTCCAAAA AGGGACAACT AAAAGCGTAT TTATCCCTAA CACGAAAGAC
ATGGGAGACT ATAACGCAAT GGTCCGTGAG ATAGGCAAGA AAGTAGCCAC TTCAGAGTAT
AACCAAAAGG TTACAACTAT GGAGACTCAG CTCAATCAAA ATACTAGTGA GATTAGCCTA
CGAGCTAAGA CTGAAGAGGT TTACACTCGT ACAGAAGCAG ATGAAACGTT TGGTGATAAA
GCAATGGTTG TCCGTCATGA GGCTGAAATC AAGACGCAAG CAGATGAGAT AAACTTACGA
GTTAAATCTG GAGACATTGC ATCAAGCATC AACCAAACTG CTCAATCTGT TCAAATTATG
GCATCTAAGA TTAACCTTAA AGGGGCTGTT ACAGCTGATT CTATTCAGTC TGGACGCTTA
GATGGTGTAA TTATTACTAC TAAGAATACG GCAGTAAATC CGTACTGGGT CCACATGGAA
GGGCAGAATA TTACTCTCAA GGAGACTAAG TTGATTAATA ATGTTCCTAC TGACAGGTCA
CGGGGCTATT TTGGATTCAT GCCTAACCTT GGTCAAAGTG GACAAGTAGT ACGTACAGCT
ATCATGTTAG GAAACAATTA TGATAACGCT AATAACGTAG CAGTAGAGGG ATCTCTAATA
CTTGAGCACA AGACTCCAGA TTGGAATAAT TTTCAGACTG CTTCTGCTAG AATTGGTATC
GCTAAATCTC GTAACGGTGA CACAAGTATC AATACTAAGT CAGAGATCAA TTTCCTCTCT
ACTGGATCTA TGGAGATTAT GGCCAGAGAA GGGGCTATGA CATTATTCGG TAAGAGTAGT
ATGGACTTAT CTTCTGGTGG TGAAGTACAA CTTACTTCTG GTACTGGTGT GTGGGACTTT
TGGAATGGAA GAAGTGAGTT CCCTTATGGT AGTCGCTCTA TGTTCTTAGA GGACAAACGC
GTAACTGCTG GAGATATTGG TGATGTAGAT TTACACATCG GACCTAACTT ATTGTTGCGT
GTCCCTAATC ACCCTAACTA TACAAAGTAT GGAGTTGAAT TTAAGAACGC TAATGGTGTA
GATCTTCAGA ATATCCACTG TGATAAAGCT TACATTAACA ACATAGATTG GACATCTGAG
AGAGCAAAGA AGACAGGCAT TAAAGACATT GAAGTTGATG CACTCTCTGT AATGATGGAG
CTACAGCCTA AACAGTACTA CTTCAAGACT GAGATAGAGA AGCTGTACAA CATGAGGGAA
GAAGCTCAGA AGTCTGGAGT TAAGACGCCA ATAACTACTA AGGATATCCA ATTAGAATAT
GGATTCATTG CAGATGACAT GCCAGATTGT TTAGCTTCTC CTGATAGAAA GACGGTATCA
GCTTATAGAT TATCGACTAT AGGTATTGCT GGCACTCAAA AAGTCTACAA GAAGCATCTA
GTTTTAGAGG AAACTGTTAA GACTCAAGCC GAGAAGCTTG AAGTACAAGC AGTATCGATT
CAAGCGCAAG AGGACAGAAT CGCAAGGCTA GAAGAATTAT TACTACAACA ATTAATAAAT
AAGAAACCAG AGCAGCCATA A
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| Protein sequence | MRTPSGDLHV VDFKTSQIVS AIQPKDYWND KRHWEIKNNI DTLEFKVFEN TDHAAMLVQQ
NLVLKEVSGG RIVPYVITEV EKNSDDRSLT VYASGEWIQL AKAGIIEPQK IESKTLKQCM
EIALKGTKCE IGKIEHDGAH SMVIEEFTDP LDLSKKIAAS FEVEIQYRAE VVGSQIVVRY
VDMVKRRGRD TRKEITVGKD LLGIKRIENS QNICTALLGY VQKENGEFIT ISEINNGVPY
LVDDAAFQRW NEKGKHKFAF YTPQTEDQDM SPQRLMTLMK TEMNKLVNTS VSYEVQAQSI
GQVFGLAHEL INEGDTIRII DTGFTPKLYL EARAIAGDES FKDPTQDKYV FGDYREIVDQ
NDELRRLYQK ILSSLQDKVP KELFDELTNR VGNTELTSEE AKKKADQAEK EAKASKDIAD
QVMEDLRNYQ TTIIEQPTAP TEPPHKLEVN KTLWLDSSDP ANKILKIYRG NGNWERIVPD
TSAQDLELQE LINKVNDLQR EVTETQQEVS DQAIEINKKV DQTWLDGELS KKANTDNVYT
KDYIDENLVG KQIYETDKQA NIEAFTDMNT KYEQTAEALT LTATKDELKK VSDDVTTVTS
TVNEVKQTSE ENSQKITKVE GNFKNMKIGR TNLIENSGAF KDGNLWIPNN PNAEIEAVTL
DGEQVLRIKG TVRHSKSYQL EPNTEYIYSA MIKLPVDHWA GFNDPLHSWT AQGTNLHTAK
EKTIVTPIGE IKANEWTYVA VRILTADGEP THFTPFLFSE LLVSTNENSY VKFFQITKGN
QPITDWIPPV SEVVSTGDFE KKTNEIIQNV DENKATITSL KKSVSNENFL YESSANLEYP
KFIFGNDGLP YHFNNAPYKF EGDYLTMTCE NWNDAFYQIG DYIAGTNRGL NIAEPITFSY
DISSECPYVE ILIFQNIGGG WSVAKSEFVP TTTDWKRGST TFKLDPSTSG WMARIRFDAR
AESQNKKIWF RRLKMEQGDF ATTWSPIQVS QQEVVKKTNE VKQTVDENSQ KITSIETTVK
GINSDVNNLM KDAGTFEGAL TKPSIDNRWW LKDANVVRIA EDTFMGNAVA ETQSAWQGLA
YNFGDLVRRK AVKEGDVINY SIYTRIKNLP PGEKRHSFYF TGEKTGTEMI PVTSEWGRSN
VSFTVSAQMM NVEGWNTEDW LRVEIWEGLS GDQWYQQSSP QMTLGDKVYS WRPAHEDLST
VIDKSNEIKQ TVDNNTAKIT ATEGAIGDLT ETFNTKNSEI EQSVDSIRTN VSTMAQTQGE
HGELIQDNKS SITQLNNQIN LKVSEKQMQD YVGTLGEPNL ILNAPFRWKE INQYGDPIQD
LPAIDKWGTY TVDTSKGKFE PVVQPKYGGE NSINIYCAGF QEDKSWTGIN QVIGDVDINS
DYTYRAMVYT TNKNSIDDGL YAEIKAWNGP NLVGAVGSNI NEVIENGVWK EFVVTLPAMK
IAVTHLQITC GVRRNGSIYM SNPMFQKGTT KSVFIPNTKD MGDYNAMVRE IGKKVATSEY
NQKVTTMETQ LNQNTSEISL RAKTEEVYTR TEADETFGDK AMVVRHEAEI KTQADEINLR
VKSGDIASSI NQTAQSVQIM ASKINLKGAV TADSIQSGRL DGVIITTKNT AVNPYWVHME
GQNITLKETK LINNVPTDRS RGYFGFMPNL GQSGQVVRTA IMLGNNYDNA NNVAVEGSLI
LEHKTPDWNN FQTASARIGI AKSRNGDTSI NTKSEINFLS TGSMEIMARE GAMTLFGKSS
MDLSSGGEVQ LTSGTGVWDF WNGRSEFPYG SRSMFLEDKR VTAGDIGDVD LHIGPNLLLR
VPNHPNYTKY GVEFKNANGV DLQNIHCDKA YINNIDWTSE RAKKTGIKDI EVDALSVMME
LQPKQYYFKT EIEKLYNMRE EAQKSGVKTP ITTKDIQLEY GFIADDMPDC LASPDRKTVS
AYRLSTIGIA GTQKVYKKHL VLEETVKTQA EKLEVQAVSI QAQEDRIARL EELLLQQLIN
KKPEQP
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