| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCI_0020 |
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| Symbol | plsB |
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| ID | 4056612 |
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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 | Baumannia cicadellinicola str. Hc (Homalodisca coagulata) |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007984 |
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| Strand | - |
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| Start bp | 28316 |
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| End bp | 30781 |
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| Gene Length | 2466 bp |
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| Protein Length | 821 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 637981380 |
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| Product | glycerol-3-phosphate acyltransferase |
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| Protein accession | YP_588499 |
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| Protein GI | 94676525 |
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| COG category | [I] Lipid transport and metabolism |
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| COG ID | [COG2937] Glycerol-3-phosphate O-acyltransferase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | ATGTTTAATT GGCGTGCTAT TTATAATAAA ATATTATATT TACTACTCAA GATAGTAGTA
AGAAGTCATA TTATTCCTCC TAAGTTATTA GCAGAAATAT GTTTAGATAT ACAAGAACCA
ATGATGTATG TACTACCCTA TAATTCTAAA TGTGATCTAC TTACTCTACG TATACTATGT
ATTCAATATC AGTTACCAGA CCCACTTAAA CCTATATTTA TAGMTGGGGT TCGATTTCCG
CGTTATCTTT TTATTGATCA GAGTTGTCAT ATTCGTTCTG ATGTGACTAA ACAACAGCAA
TACGGGCGAA TACTGCATAA TTTTATTACT TTATATCGTC ACAATTCCTG TTCAAATATA
CAAATACTTC CAGTATGGGT AATGTTTGGA CGTTGTCCCG GCAAAGAAAG CTATAAAAAT
AAGAAGACAA CATCTATTCA ATTTTTCTGT TTGTTAAAAA AAATTATCAA TGTGATATGG
TTAGGTCGTG ATAGTTTTAT TTATTTTTCC CCCATAGGAT CAATACCAAT AAGCTATATA
GCTAATAGCA ACTATACTAT CAATTCTATT ATGATACTTA AATTATTTCG TCTAGGACGT
ATTCACTTTC TACGTCAAAA GCGCATAGCT ATTGGTCCTA GTTTGCTAGT TCGCAAGCAT
TTGTTTGAGA AGTTGCTTGC TTCTCAAACA ATAACAAAAT TAGTCGAAGA TGAAGCTCGT
AGCAAAAAAA TATCGATCAA ACAAGCACAG CAAAAAGCTC TCGTAATAAT AGAAGAAATA
GCCGCTGATT TTTCTTATGA AACTATACGT TTATCAGACA GAGTCTTAAG TTGGATCTGG
AACATGCTTT ATCAAGGTTT ATATGTGTGT AATGCCGATA GAGTTCGTAA GCTAGCAGAA
AAAGGACATG AGATTATTTA TTTACCCTGC CATCGTAGTC ATATGGACTA TTTATTGCTG
TCCTATATTT TATATCATGA GGGGTTAGTT ATACCGTACA TCGCCGCCGG CATCAATCTT
AATTTTTGGC CAGCTGGTCA AATTTTTAGA AAACTAGGTG CTTTTTTTAT ACACCGTACT
TTTAAAGGTC ATCAGAAGCT TTACTCTGCG ATATTCCGCG AATATCTTTA TCAACTATTT
AACGGTGGCT ATTCAGTTGC GTATTTTTTA GAAGGTAGCC GTTCGCGTAC AGGTAGGTTG
CAAGCACCAA AAACAGGTAC TCTAACTATC ACTATTCAAT CAATGTTACA TCTTGGTAAA
AAAAAACCTA TTATCTTAGT ACCTGTCTAT ATTAGTTATG AACATGTTAT AGAAGTAGCT
TCCTATACTA AAGAGTTATA TGGAGTAGTT AAGAAAAAAG AAGGACTGAT CCACATGATA
TCTGGATTAC GTAATTTACG TAATCTAGGT AGAGGATATA TTAATTTTGG TGAACCATTG
CCATTATTAA CTTGGCTTAA TCAGCAAGTA CCACAATGGC AAGATGATAT CAATTCTATT
GAAGGTAATA GACCTAACTG GTTAGCACTA ACAGTGGATT ATCTTGCTGT AACGATTATG
ACCCGAATTA ATAACGCAGT AGCGGTTAAC GCTATGAATT TATGTTCCAG CATTATATTA
GCTTCTCGTC AATATTCATG TTCTTCAATA GTAATAACTA GGACACGATT ATTATCGCAG
CTTAAGTGTT ATCTTGAGCT ATTACGCAAT GTTCCATATG ATGCTGAAGT GACAGTGCCC
AATGTTACAC CTGAAGATTT ATTTCAGCAT TTAATAACGC TTAATCAGTT CACTATTAAG
AATAATAGTA TAATTTATGT ATCAAGTGAA AAAACTGCAC TTATTACTTA TTATCGTAAT
AATATTCAGC ATTTGTTCAT TTTGCCTTCT TTATTAGCAA TTATTATTAT TGCTCAACCT
GGTATCAGTC GTAAGCTTAT ACATCAAAAA CTTTTGAGCT TATATCCTCT CTTAAAAGTA
GAATTATTTA TGCGATTTAG CTATCAAGAA TTACCGCATG TTATTGATCT TATGATTACG
GAGTTACATA GGCAGGACAT ATTATATGAG CAACAAACAA AGATATATCC TGTTCCAAAA
CGTATGGATG AGTTACAGCT CTTAGCTGCA AGCGGAGGGA GAGAGACGTT ATATCGTTAT
GCTATAACTT TTTCGTTATT ATGTTCTTAT ACACGTATTA ACCGTTATTC TTTAGAGAAA
CAGAGTATTA TTATTGCTCA ACATTTATCG AAAATACATA GTATATATGC ACTAGAATTT
ATCGATAAAA CTATCTTTTC TACTTTGATT ACTACCTTGC GTCATGAAGG TTATCTATCT
GATAGTGGTG AGATACATGC TAGTCAAGCA AAAGAAATAT ATAAGTTTTT ATCCGCTTTA
ATATCCCCAG AAATACAAAC TAGTATAACA AATGCGTTGT ACCATATTAA GACAGTAGTT
AATTAA
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| Protein sequence | MFNWRAIYNK ILYLLLKIVV RSHIIPPKLL AEICLDIQEP MMYVLPYNSK CDLLTLRILC
IQYQLPDPLK PIFIXGVRFP RYLFIDQSCH IRSDVTKQQQ YGRILHNFIT LYRHNSCSNI
QILPVWVMFG RCPGKESYKN KKTTSIQFFC LLKKIINVIW LGRDSFIYFS PIGSIPISYI
ANSNYTINSI MILKLFRLGR IHFLRQKRIA IGPSLLVRKH LFEKLLASQT ITKLVEDEAR
SKKISIKQAQ QKALVIIEEI AADFSYETIR LSDRVLSWIW NMLYQGLYVC NADRVRKLAE
KGHEIIYLPC HRSHMDYLLL SYILYHEGLV IPYIAAGINL NFWPAGQIFR KLGAFFIHRT
FKGHQKLYSA IFREYLYQLF NGGYSVAYFL EGSRSRTGRL QAPKTGTLTI TIQSMLHLGK
KKPIILVPVY ISYEHVIEVA SYTKELYGVV KKKEGLIHMI SGLRNLRNLG RGYINFGEPL
PLLTWLNQQV PQWQDDINSI EGNRPNWLAL TVDYLAVTIM TRINNAVAVN AMNLCSSIIL
ASRQYSCSSI VITRTRLLSQ LKCYLELLRN VPYDAEVTVP NVTPEDLFQH LITLNQFTIK
NNSIIYVSSE KTALITYYRN NIQHLFILPS LLAIIIIAQP GISRKLIHQK LLSLYPLLKV
ELFMRFSYQE LPHVIDLMIT ELHRQDILYE QQTKIYPVPK RMDELQLLAA SGGRETLYRY
AITFSLLCSY TRINRYSLEK QSIIIAQHLS KIHSIYALEF IDKTIFSTLI TTLRHEGYLS
DSGEIHASQA KEIYKFLSAL ISPEIQTSIT NALYHIKTVV N
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