KEGG   Arthrobacter crystallopoietes: AC20117_19770
Entry
AC20117_19770     CDS       T05322                                 
Name
(GenBank) CDP-glycerol glycerophosphotransferase
  KO
K09809  CDP-glycerol glycerophosphotransferase [EC:2.7.8.12]
Organism
acry  Arthrobacter crystallopoietes
Pathway
acry00552  Teichoic acid biosynthesis
Brite
KEGG Orthology (KO) [BR:acry00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00552 Teichoic acid biosynthesis
    AC20117_19770
Enzymes [BR:acry01000]
 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
     AC20117_19770
SSDB
Motif
Pfam: Glyphos_transf TarS_C1 Se-cys_synth_N
Other DBs
NCBI-ProteinID: AUI53591
Position
complement(4283101..4285872)
AA seq 923 aa
MSVAGGYIRLSGRLLARHGSPKKAELVLVGRESGLRYVAATSIKLDEKRTAKRFGLREYL
LRARLDLRTFPNEQLSADSTLDAWLEVHEGGAQDPHRVRVGRTKYVVRKMSRAGWQHRGD
KTLCITPYYTFKAKKTSFHVELLDTEAFEYLQKKTRLPLSKRTQSKPVWLVGERPYKAQD
TGLHFFRYLREHKPEIDAYYVIDPASPEARNLDGLGNIVAYRSKRHFELALQAERFIGSH
HPDFLYPTWLPQFRRAVNGVKVFLQHGVMGTKWMVPNYGKKAPGFDTDVFVVSSEREKEY
IVGDFGYADKDVVVTGLSRFDALFAGDVEVKPKQLLVIPTWRDWLQDPSVFTESEYFQAW
NELLHDPRLQELVERFGAEIIFCLHPNMQQFRHHFEGVPARVISQGEVDVQHLLKQSAVM
VTDYSSVGFDFSFLQKPVHYYQFDRERFLGPRGPHLDLDAELPGRISFDLDSLMAGLVET
FASGCPMPEEYVGRARRFLKYRDQNNCSRIFDAVTEAQPSGSRLRKFIDPEFGERVFGRF
RRSRFYFPAMRQFYKFVLRTPMDENLLVFESGLGKQYADSPRYIYEELLKRNDPRTKIWI
YGGKLPHEDANTRVVKRLSPEYYWYLGKAKYWVNNQNFPHYIRRRKDAIMVQTWHGTPLK
RMLHDLAEVHGRDEDYLRRVSNAVRQWSVLLSPSPYATEVFRSAFRYDGKVLEEGYPRND
VLAAVGQNSGLSEQVRRKLGIPENKRVVLYAPTFRDSDSSGAGKFSFELPFDLERFHKRF
GADTVLLLRMHVLVSNRIQIPESVRDTVLDVSGYPEIQELYLASDILVTDYSSVFFDFSL
LRRPIIFYAYDLELYRDTLRGFYLDYSTDLPGPVVESEESLYQAIDATSHPDPEREAKHE
SFVAKFAPKDDGHAAERVVDQLF
NT seq 2772 nt   +upstreamnt  +downstreamnt
ttgtctgttgccggtggatacatccggctttccggcaggcttctggcacgtcatggcagt
ccgaagaaagcggaactggtactcgtcggcagggaaagcggtctgcgttatgttgccgcc
actagtatcaagctggacgaaaagcgtactgccaagcgttttggcttgcgcgagtatttg
cttcgggcccgactggacctccggacttttccaaacgaacaactatccgcagacagtacg
cttgatgcatggctggaagtccacgagggcggtgcccaggatccccatcgtgtgcgggtg
ggcaggaccaaatacgtagttcggaaaatgtcccgggccggctggcaacatcgtggcgac
aagaccttgtgcattaccccgtactacaccttcaaggccaagaagacgtctttccatgta
gaactgctggatactgaggccttcgaatacctgcagaagaagacacggctgcctctatcc
aagaggacacaaagtaagcctgtgtggttggtgggggagcgcccctataaggcgcaggac
acgggcctgcacttctttcggtacctgcgcgagcataagccagaaatagatgcatactat
gtgatcgatcctgcctcgcccgaagctcggaacctggacggattgggcaatatcgttgca
taccggtccaaacgccattttgaacttgccttgcaagcggaacggttcatcggctcgcat
catccggacttcctctacccgacgtggcttccacagttccgcagggcagtgaacggtgtc
aaagtctttctgcagcacggggtcatgggtaccaagtggatggttcccaattatggaaag
aaggcgcctggattcgacactgatgtcttcgtcgtcagttctgaacgcgagaaggaatac
atcgtcggcgacttcggatacgccgacaaggacgtggtcgtcaccggcctgtctcgcttc
gacgcactgttcgccggagatgttgaggtcaagcccaaacagctcctcgtcatcccgacc
tggcgggactggctgcaagatccatcagtttttaccgagtcggagtacttccaggcatgg
aatgaactgctgcatgatccgcgactgcaggaactagtggagcggtttggcgccgagatc
attttctgcttgcatccgaacatgcaacagttccgccaccacttcgaaggtgttccggcg
cgagtcatttctcaaggcgaagtggatgtccaacacctgcttaagcaaagcgcagtaatg
gtcaccgactactccagcgtgggctttgatttcagttttctgcagaaaccggtccattac
taccaattcgatagggagcgcttccttggcccgagagggccgcacctcgatctcgatgcc
gagctgcccgggcgcatatcatttgatcttgactccctgatggctgggctagtcgaaacc
ttcgcatccggatgcccgatgccggaggagtacgtggggcgtgctcgacgtttcctaaaa
tatcgcgatcagaacaattgcagtcgaatcttcgatgcagtcacggaagcccagccgagc
ggatcccggctgcgaaaattcattgaccccgaattcggggaaagggtgtttggccgcttt
cgacgaagccggttttatttcccggccatgcgccaattctacaaattcgtgctgcgcacg
ccgatggatgagaatctcctcgtttttgaaagcggtctgggaaaacagtacgccgatagt
ccccgatatatatatgaagagctcttgaagcgaaatgatccacgtaccaagatctggatc
tacgggggtaaattgccgcatgaggacgcaaacacccgggtggtgaagcggctgtcgccg
gaatactactggtatctcggcaaggccaagtactgggtcaacaaccagaacttcccgcac
tatatacgacggcgaaaagatgccatcatggtccagacctggcatggaaccccattgaag
cgcatgctccatgacttggccgaggtgcacggccgcgacgaggattaccttcgcagagtc
agcaatgcggtacggcagtggagtgtgctgctttctccaagtccatacgcgaccgaagtc
tttcgcagcgcctttagatatgatgggaaagtacttgaggaaggttacccgcggaacgac
gttctagccgccgtcggacagaacagcggtctgagcgaacaggtacggcgaaaactgggt
atccccgagaataaacgggtagtgctgtatgcacctacgttccgcgactcagacagcagt
ggggcaggcaagttctcttttgagttgccgttcgacctggagcgcttccataagaggttt
ggagccgatacagttctgctgctccgcatgcatgtgctcgtcagtaatagaatacaaatc
ccggaaagcgttcgggatacagttctggatgtctcgggctacccggaaattcaggagctg
tacctggccagtgacatcttggtgactgactactcatcagtgttcttcgacttttcgcta
ctgcgccgtccgatcatcttttacgcctacgacctggagctgtaccgggacacactccga
ggattttatctcgactacagcaccgatcttcccgggcctgtcgtggaatccgaggagtct
ctgtaccaagccattgacgcgacgtcacatccggatcccgaacgcgaggcgaagcacgaa
tccttcgtagctaaatttgcgcccaaggacgatggccatgccgcagaacgcgtcgtcgat
cagcttttctga

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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 (3)   
   Pfam (3)   
All databases (17)   

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