| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BcerKBAB4_5438 |
|---|
| Symbol | |
|---|
| ID | 5839635 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bacillus weihenstephanensis KBAB4 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_010180 |
|---|
| Strand | + |
|---|
| Start bp | 10837 |
|---|
| End bp | 15351 |
|---|
| Gene Length | 4515 bp |
|---|
| Protein Length | 1504 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 37% |
|---|
| IMG OID | 641374609 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | YP_001642405 |
|---|
| Protein GI | 163943175 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 5 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 38 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGCAGTTGC AACCTCATAA AGACCTCGTT CGTAGTGGTC AAAGAAATCG CGGGTATGCT
ATTCGTATTG GGAACAAAGT TCCTAAGAAT AGTGCCAACC TTGCATATGT ACAATCAAAA
TCTGTATCAC CCGAGGAGAA CATCTTATTA GAAGATGTTT CTTCTCAAAT TAAAGAAAAC
GGATTATCTA ATTTCATAGA GAAAGATTAC ATGGTTTACC CGAACAACAA GTTCCTGTTA
GAGACAGAAT CAGGACAAGC TATCTTTCCT ACCGATGCAG TATTTGTAAC AGATGAATTT
ACTATTCGTA AAAACCGTCA AGATACTCCA AAACCAGTAT TCTATCAAAT GGAATTGAAA
GGACGCTTCG ATGCAAGAAC TTCTCAGGTT ATCCCTTATC TAGGTGGCTT CTCTTCTGAA
ACAGAACAAG ATGCTATTGC TTTAGAAGAT GTCGTACTGG ACAAAAGAAA CGATCTAATT
TATGTAGGGA ATAGTATTCG CATAGAAGCA AATGGTGGAC CCATACAGGA AGAGGACGAG
TATAAGGTTC AATTAATTCG TGAAGATAAT TTCATTTATC GTATTGTTGT AGTTACAAAC
TTCCGTAACG ACAAAGATGT TACATACAAA GTAGTTTACC CTAACTACAG AAACGATATT
AAACAGAGCG AACTAAAAGA AGAAGTTCTC AATGCGTATC CATTTTTCGA ACAAGTAACG
ATGGATCAGT TTGAAGACAT CGTTTCTCAG ATGGGATCTG ATCCGGATAA ATACAAGCAT
TTAAAAGTGT ACGCAATTGA AGAGAAGGGG AATGACTTTT CTTTCTATGC AACATCTGAT
GTTATGATTG CCAACTACCA AACACGTACT CCTCAATTAT TTAAGCACCG TGTTGAAGCC
AAATTAAAAA CAAAGCTTAG TGAAACAAAC CCAGGGAAGA TGAATATTGG ATTTAGCTTT
GTTCAATCAG TCGCAAATGT TGAAAACTTA TCTTCTATTG GTAAGGCGAT CAACGAGCAT
TTATCTCTTC CTAAATATGT GGAGTTACAG AATCCGCACC CAACAGAAGT TGATCTTTTG
AAGAAGGATA TAGGCTACTG GGCTGTTAAT CTTGATATGC CAGACCATCA TTATGAAGAT
TATGATTTAC TTGTTATCAC TGGTTACGGT AAAGCTGACT TATCTATGTT TAAAGACAAG
TTTGAGCATT ACTTAAAAAA TGGCGGTACG ATTTGGATAG ACAATGCAGG TAGTGGAATT
AATGTTCTTG ATTTCAAAAC AAGTAAAGGA AACACATTTG TTTCTGATAT TGGATTCTCA
TCGAGCAGCA ATGAGTTTGG AGTAAAAGAA ATTACGAAAG ACTCTCCGTA TACAAGTCGT
TTATTGCCGA TTAAAAATAT CGAAGCTTTA GGGTATACGG ACATTGCTCC TACTATCCTA
TTTGGACAAG ATGAAGAAAG TAAGCAGTGG GATGCAGTAG TAAAACACTT TAATGGTGGC
CCTTCTATTA TTAAGAAAAC ATTGTTTGAT AAAGGTACTG TTCTGGTTTC TAACTGCGGG
ATATTCAGAA GCTTTTACCA TAATCAAAAA GAGAGCGTAA ACCTTGTTTT GAACTCAATC
CTTTACCACT CAGAAGAACA ATGGGTGTTT ACTCCTTGGA GAAATGACTT TGTATATCAC
CGAGATAATT TATTCGCGCA AGAATACAAA GTAAACAACA CTGACGTTTA TATCAATGAT
AGAAGTGATT ATAACGCAAA CCAAATTGTC GCTAAGAAAA TTCTTTATAA AAACTGTAAG
GAATATGTGA AAATCTATTG CAAACCTTGG TTCTATAATG CTATCGGAAC ATATGAACAT
GCCGTAAATG GTGATAAATC TATTCCAGTT AACAATAGTG GGTTTGAAAG TGGTCAGGTG
GATTCCAGTG GTAAGCCTAT TGTTTCTTGG ACATCCGACA CAGTGAATGC AATACCTTCA
TGGAATACTA AGAAGTTAGC TGGTCAAACA GTAACATTCA CACATGATTC CGATAAGAGT
CTATTCGGAG TTCGTCAAGT ATCTCTAAAT TCATCAAATG GAACAACAGG CGCTCATGCC
TATTGGGAAA GCGAAGATAT CTACTTATCT ATTGATGACT ACAAAGTAAC TGTATGGACA
ACAATTGATC AGGTACGAGG GGTTACAACT GACGGTATTA AGATAGGTGT ATACAACCTA
CAGGGAGAAC AAATCTCTTC TTCAATTTCT ATTACGGGCA AGAAAGATTG GGTTAAACTT
GAAACGAATT TCCACATCGA CAAACCTCAA AACATTAAGA TTCGTTTAGG TTTTGTAGAC
GGTAATGGAC TCGGTAAAGC AAGCTTTGAT AATGTCACAC TAGATACAAT CGGAGCAGTT
CGAGGGGTTG CACAGAATGA GGGAGAAAAA ACTCTCTATG CATTCAGTAT CAAGCCAAAC
GCTACAACGA TTGATATCGA AGCAGAAGGT TTTGGGAATG CAAACATTAC AAGAGCTACT
CCAGAAGTTT CATTCACATA CACGATTATG CCATTTATCC TTCAATGGAT TTCTTACGGA
ATAGATTCAG GAACTGGATT AGAATATGGT CGTTATGAGC GAATGTATGG ACCACCGGTT
TCTTATTCTA AAGCAATTCG TAAAACAGAC GGCTTAAAGA ATCTAGGATA CTTACATACG
CTGCTTCCTC CAGTACCAAG CGGGAAACAA TGGTATGACA AGAACAAGAT CTTCTATAAG
ATTGCACTTG GTTCAGAAAA CCTAGAAGAA AACAATTTTG TTAACCTAAA ACTATTTGAC
CGTAAAACAG GTATGGAATG GTTCTATAGT GGTGATCTTG TTATTGGCCA TAAAGATATT
TTCTGGGCAA CAGACAAACC AAGTTTTGTT CTACATGCTG AAACTGGTTT CGAAACAATT
AGAGCCTCTA AAAGAAACTT CGGATTAAAG TTAATTGATG ATCGTCGTAT CTATAGCGAA
CTTCCACAAA CAAAGGATGC TAAAGAAAAC TGGTATTTAA GAATCCATAA CGGACAGTTT
ATCAAGGACG GTCTAGGATA TAAGGAATGG TCAGAACTAC ATGCTAGCAA TAATCCTGCT
GTAATGAATC AATACAAAGA ACGAGTTATG AAAAAAGAGA AGTATCAAAT CGATGAATAC
GCGTCTCAAA TTTTCAATCC TTCTATTGGA ATTATGACAG TAGAGAATGA GATGGAATAC
CTTACTCCTT CTACAGTGAA AGTACCTCAC AACAATCTGT TCGTAAGCCA AGGTTTTGTA
GAAAAAGAAC AGCTTTTAGT TGAGGGATTA GCTAATTCTG TGGGAACATT ATTCCGAGCT
AAACAAAAAG ATTGGCTCCG TAACGATAAA GTTCATATCT TTATAGATGT TTCAAATAAC
GGTAATATTG TGGAGATTTT TGAAGAGTAT CCATTCGAGA TTAATCTCGA TGAAGGTACA
GTTTTCTTCC CTGGCCGAAT CATAACTGGC AAAGTATATG CAACTTATGA GCATCGCAAT
TTCCGTCTGT ATAAGCGAAT CTACAAGAAT ACTAAAATGT CGAACGACCT TTTAGAAAAT
AAACGAATCG ATTCAGTTAC GAAAGAAGTA ATCATGTATG GTTCAAAAGA AAACTGGTTA
ATTCAGCCGA TACCAGTTCT TAAAACAACT AAAGGCAAGG CAACATCAGC CAATACAATC
CCTGCAACAA ATTATCGAAT TGATTATGAG AAAGGGAAAG TAATCTTTAA GTTCGAACCT
GTTGGGCCTG TATACGCAGA CTATGGTTAT TTCGAGAATC AAGAGCTATC AGCAAATGAC
TACGATATCC AAAATGGAAT CTTCTTCTTA AAAGAAAACA TTTCATTTAA AGATGATCTA
TTCGCTAAGT ATTCTTATTT CGATAACTTC TACGAATATA AAGGTTTCTA CAATGAAACT
CTTCGAACAT TCCTTCATTT AGACCTCAAT CCATCAGTGG GGCATTACTC AACTCTTCCA
ATGACAACTT ATGTGAATGG TGTCCAAAAG GTAGAGTATA AGAACGTTCC ATCTTCAAAG
CTTCTAAATA AGCTTATCCA TATTTACATT GTTCCGGATT CTGAAAACGG AAATTCAATT
CGTCACTGTT TCAGTAGAGA AGAATGGAGA AACATTCAGC AGTCGAACCC TATGTACTTG
TTACTTGCTA AGGTTCAAGT AAGAGAGCAT ACGAATGTGA AAGACGTAGT TGTTATGGAT
GCACGTACTC GTGGTGGTGG TATCTCTGCA TCATTATCAA CTAAGGCAAT TGACGAGAGA
GTACATGGAA GACAACGTTA TTGGGACATT GGAAATTGGG AGGGGAAAGC ATTTTATAGA
AATGGTGTCC TAATTGTAAC ACTTCCAAAA TCTATTCTAA CTGAGTACGG CGGTACATTA
TCTGAAGAAT ATGCAAAAGA AGCTATTGAT AAGCATGTTG CTTACGGTAC TTATTGCATT
ATCGAATGGG AGTGA
|
|---|
| Protein sequence | MQLQPHKDLV RSGQRNRGYA IRIGNKVPKN SANLAYVQSK SVSPEENILL EDVSSQIKEN
GLSNFIEKDY MVYPNNKFLL ETESGQAIFP TDAVFVTDEF TIRKNRQDTP KPVFYQMELK
GRFDARTSQV IPYLGGFSSE TEQDAIALED VVLDKRNDLI YVGNSIRIEA NGGPIQEEDE
YKVQLIREDN FIYRIVVVTN FRNDKDVTYK VVYPNYRNDI KQSELKEEVL NAYPFFEQVT
MDQFEDIVSQ MGSDPDKYKH LKVYAIEEKG NDFSFYATSD VMIANYQTRT PQLFKHRVEA
KLKTKLSETN PGKMNIGFSF VQSVANVENL SSIGKAINEH LSLPKYVELQ NPHPTEVDLL
KKDIGYWAVN LDMPDHHYED YDLLVITGYG KADLSMFKDK FEHYLKNGGT IWIDNAGSGI
NVLDFKTSKG NTFVSDIGFS SSSNEFGVKE ITKDSPYTSR LLPIKNIEAL GYTDIAPTIL
FGQDEESKQW DAVVKHFNGG PSIIKKTLFD KGTVLVSNCG IFRSFYHNQK ESVNLVLNSI
LYHSEEQWVF TPWRNDFVYH RDNLFAQEYK VNNTDVYIND RSDYNANQIV AKKILYKNCK
EYVKIYCKPW FYNAIGTYEH AVNGDKSIPV NNSGFESGQV DSSGKPIVSW TSDTVNAIPS
WNTKKLAGQT VTFTHDSDKS LFGVRQVSLN SSNGTTGAHA YWESEDIYLS IDDYKVTVWT
TIDQVRGVTT DGIKIGVYNL QGEQISSSIS ITGKKDWVKL ETNFHIDKPQ NIKIRLGFVD
GNGLGKASFD NVTLDTIGAV RGVAQNEGEK TLYAFSIKPN ATTIDIEAEG FGNANITRAT
PEVSFTYTIM PFILQWISYG IDSGTGLEYG RYERMYGPPV SYSKAIRKTD GLKNLGYLHT
LLPPVPSGKQ WYDKNKIFYK IALGSENLEE NNFVNLKLFD RKTGMEWFYS GDLVIGHKDI
FWATDKPSFV LHAETGFETI RASKRNFGLK LIDDRRIYSE LPQTKDAKEN WYLRIHNGQF
IKDGLGYKEW SELHASNNPA VMNQYKERVM KKEKYQIDEY ASQIFNPSIG IMTVENEMEY
LTPSTVKVPH NNLFVSQGFV EKEQLLVEGL ANSVGTLFRA KQKDWLRNDK VHIFIDVSNN
GNIVEIFEEY PFEINLDEGT VFFPGRIITG KVYATYEHRN FRLYKRIYKN TKMSNDLLEN
KRIDSVTKEV IMYGSKENWL IQPIPVLKTT KGKATSANTI PATNYRIDYE KGKVIFKFEP
VGPVYADYGY FENQELSAND YDIQNGIFFL KENISFKDDL FAKYSYFDNF YEYKGFYNET
LRTFLHLDLN PSVGHYSTLP MTTYVNGVQK VEYKNVPSSK LLNKLIHIYI VPDSENGNSI
RHCFSREEWR NIQQSNPMYL LLAKVQVREH TNVKDVVVMD ARTRGGGISA SLSTKAIDER
VHGRQRYWDI GNWEGKAFYR NGVLIVTLPK SILTEYGGTL SEEYAKEAID KHVAYGTYCI
IEWE
|
|---|
| |