KEGG   Bacillus paralicheniformis: BaLi_c38210
Entry
BaLi_c38210       CDS       T02694                                 
Name
(GenBank) hypothetical protein
  KO
K09809  CDP-glycerol glycerophosphotransferase [EC:2.7.8.12]
Organism
blh  Bacillus paralicheniformis
Pathway
blh00552  Teichoic acid biosynthesis
Brite
KEGG Orthology (KO) [BR:blh00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00552 Teichoic acid biosynthesis
    BaLi_c38210
Enzymes [BR:blh01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.8  Transferases for other substituted phosphate groups
    2.7.8.12  teichoic acid poly(glycerol phosphate) polymerase
     BaLi_c38210
SSDB
Motif
Pfam: Glyphos_transf Glycos_transf_2 Glyco_tranf_2_2 Glyco_tranf_2_3
Other DBs
NCBI-ProteinID: AGN38135
Position
complement(3800548..3803925)
AA seq 1125 aa
MTVQKDNSGLIMDEYSSKYDNFYSYHKENGGLGHARNYGVQYARGEFIAFVDSDDYLSLD
AYKKMYQLASENQTDIVVGNVKRFNSTKVYGSGLHKKVFSDTIPKTHITKNNELIYDTTA
WNKIFRREFWMKNDFKFPEGMLYEDLPVTIPAHYKAESVSVLGDFIYFWRAREAGDKSIT
QQRNDLVNLTDRLKALDLVDSFFNNAKIKGELKDLKDYKALSLDIPLYLNILDTADSEYI
QIFMTKVSSYLKTISDETFRKLNAIDRAKYYFISKNDIEGVFDVLKFQKNELKYSKPKKV
KGQFFWEYPFRKKLPEEICKADSEFTIKRKIERVKWDGSVIRIEGYHFIRYLDIKRKKDV
NLKAYIFDPNSGEKKLVNCYSVKRPDITLKFGRKKNNNMPLSRVNNYDWSGYTIEVDTND
LFDKLSGKLEIWIEINCFGKTRSYRVGEPISGKKPRPKHRVYFSKRIFIKYNSAWDLYLD
LRPVTTQVNSLIHEDGNLIIQGETSLPLNECKLLFRDYNKNEQYRYDMEFNGSSNGFKSI
IPKSTINRLKHNTELIGYVRYDNDNEPLTYLDSIKVKNIALDTKEITIDASPAGNLRILK
GNHNSYLKNLAFTNENLLIEASITDKYIKTLKNITGINIVLKNIETGHTVSGSILEEYKE
KGEFFLKTSFSLSNDKVRTPFNEEYGVWRAYLEFTVKGNNSFKKLKRIKVRDKEINFPKK
TVGNIKYFPYVTKENNISINNIYEWNWIERGPRRQEVIEKILYPLFRLLPMKKKTIVFES
YWGKQISCNPKAIYDYINEHYPEYECVWMVNNDYAKVDGEATKVKIKSLKYFQYMARAKY
FVNNVNFPDFYEKRKNAVELQTMHGTPLKTLGLDVPGEVDTEDKRNRFLRRCRRWDYLTV
PSKYVSDLARRIYDYKNEILETGYPRNDKLFKDNNEVFRQQLKQKLSLPTNKKVILYAPT
FRVKNGFELKLDLEKLRKKLKDDYVILLRLHYFISDDLDISNFKGFAYNVSNYDDIQDLY
LLSDVLITDYSSVMFDYGILKKPMIFFTYDLEEYRDNLRGMYLNIEEEAPGPLVRDNMSL
IDSIEKLDSYFAQYGEKYKRFRAKYCEFDDGNASEKVVKRFLNVD
NT seq 3378 nt   +upstreamnt  +downstreamnt
atgacggttcagaaagacaatagcggattaataatggatgagtattcttctaagtacgat
aacttttattcttatcataaagaaaatggcggtctggggcatgccagaaattatggcgtc
caatatgcaagaggtgaatttatagcctttgttgattcagacgattacttaagtttagat
gcatataaaaaaatgtatcaattagctagtgaaaatcaaacagacattgttgtagggaat
gtaaaaaggttcaactcgactaaggtttatggttctggacttcataaaaaagtgtttagt
gatacaattcctaaaactcatataaccaaaaataacgaattaatttatgatacaactgca
tggaataagatatttagaagagaattttggatgaagaatgattttaaatttcctgaaggc
atgctatatgaagatttacctgtaacaatacctgcacattataaagctgagtcagttagt
gttcttggagattttatttatttttggagagcccgggaagcaggggataaatcaataaca
caacaaagaaatgatctggttaatcttacagatagattaaaagcattagatttagttgat
tcattttttaataatgcaaaaataaaaggtgaattaaaggatttaaaagattataaagct
ttgagtcttgatatcccactttatttgaatatattagatactgcagattctgaatatatt
caaattttcatgactaaagtgtcttcatacttaaaaactatatcagatgaaacgtttaga
aagttaaatgcaatagatagagctaagtattattttatttctaaaaatgatattgaagga
gtattcgatgttttaaaattccaaaaaaacgaattgaaatatagtaagcccaaaaaagta
aaaggtcaattcttttgggaatatccattcaggaagaaactgccggaagaaatttgtaaa
gccgacagtgagtttactataaaaagaaaaatagaaagagtaaaatgggatggttccgta
atccgtattgaaggttatcattttattagatatcttgacataaaaagaaaaaaagatgtt
aatttaaaggcttatatttttgatccaaattcgggagagaaaaaactagtaaattgttat
tcagtaaaaagaccagatataacattaaaatttggcaggaaaaaaaataataatatgcct
ctttcaagggttaataactatgattggtcaggatatactattgaagtagatacaaatgat
ttatttgacaaactttccggcaaactagaaatatggatagaaataaattgttttggcaaa
acgagaagctatagagttggtgagcctattagtggtaaaaaacctagaccaaagcacaga
gtatacttttccaaaaggatttttatcaaatataatagtgcatgggacttgtatttggac
ctgagacctgttactactcaggttaatagtttaattcatgaagatggaaatttaatcatt
caaggtgagacatctttacctttaaacgaatgcaaactcttatttagagattataataaa
aatgaacaatatagatatgacatggagtttaatgggagttcaaatggttttaaatcaata
attcctaagtcaactattaatagattaaaacataatactgagttaataggctatgtaaga
tatgataatgataatgaacctttaacttatttagatagtataaaagtaaaaaatattgct
cttgatactaaagagattacaatagatgcaagcccagcagggaaccttagaattttaaaa
ggaaatcacaattcatatcttaaaaatcttgcttttacaaatgaaaatttattaatagaa
gcatcaattacggataagtatattaaaactttaaaaaatataaccggtatcaatatagtc
cttaaaaatatagagacaggacatacggtttctggaagtatacttgaagaatacaaggag
aagggtgagttttttcttaaaacaagtttcagcctttcgaatgataaagtcaggactcca
ttcaatgaggaatacggagtatggagagcttacttggaatttacagtaaagggaaataat
agttttaaaaaattaaaacgtataaaagtaagagataaagaaataaatttccctaaaaaa
actgtcggtaatataaaatattttccttacgttacaaaagagaacaatataagtattaat
aatatctatgaatggaattggattgagaggggtcctcgtagacaagaggtgatagaaaaa
attctttacccgctttttagacttttgccaatgaaaaagaagacaattgtttttgaaagt
tactggggtaaacaaattagttgtaaccctaaagctatatatgattatataaatgaacat
tatccagaatatgaatgtgtttggatggtgaataatgattatgcaaaagtagatggagaa
gcaactaaagttaaaataaagtctttgaaatactttcagtatatggctcgtgctaaatac
tttgtgaataatgtcaacttcccggatttttatgaaaaaagaaaaaatgcagttgaatta
caaactatgcatggcaccccgctaaaaactttaggattagatgtccctggagaagtggat
actgaagataagagaaataggttcttaagacgttgcagaagatgggattatttaactgta
ccaagcaaatatgttagtgatctagcacgaagaatttatgactataaaaatgaaatactt
gaaactggttatccaagaaatgataaattattcaaagacaataatgaagtttttagacaa
caattgaaacagaagttgagtttaccaactaataaaaaggttatattatatgccccaact
tttagagtcaaaaatggatttgagttgaaactagatttagagaagctcagaaaaaaactt
aaagatgattatgttatattgttaagattgcattattttatatctgatgatcttgatatt
agtaatttcaaggggtttgcttataatgtttcgaattacgatgacattcaagacttatat
ttactttcagatgtattaatcactgattattcatctgtaatgtttgattatggtatttta
aaaaaaccaatgatttttttcacgtatgatttagaggaatatcgggataatcttcgagga
atgtatttgaatattgaggaggaagctccgggaccattggtaagagataatatgtcgttg
attgattctatcgaaaagttagatagttattttgctcaatatggtgaaaaatataaaagg
tttagagcgaaatattgtgagtttgacgatggaaatgcttctgaaaaagttgtaaaaaga
ttcttgaacgttgattaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (4)   
   Pfam (4)   
All databases (18)   

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