KEGG   Nitrosomonas stercoris: Nstercoris_00454
Entry
Nstercoris_00454  CDS       T06172                                 
Name
(GenBank) hypothetical protein
  KO
K09809  CDP-glycerol glycerophosphotransferase [EC:2.7.8.12]
Organism
nst  Nitrosomonas stercoris
Pathway
nst00552  Teichoic acid biosynthesis
Brite
KEGG Orthology (KO) [BR:nst00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00552 Teichoic acid biosynthesis
    Nstercoris_00454
Enzymes [BR:nst01000]
 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
     Nstercoris_00454
SSDB
Motif
Pfam: Glyphos_transf TPR_2 TPR_1 TPR_11 TPR_16 TPR_19 TPR_17 TPR_7 TPR_12 TPR_8 TPR_6 TPR_14 TPR_9 ANAPC3
Other DBs
NCBI-ProteinID: BBL34223
UniProt: A0A4Y1YMT4
Position
1:complement(446426..449500)
AA seq 1024 aa
MKQLALYFQANRLEKKAQWQQAAAIYKKIASVAKDNSGRLAYRQGMMAEKLKDWPNAQQF
FSQAIAKRPHDANCFYHLGLAYEYDKKYQQAAKALEKSLAIKPNNPYALRHLGKVLIYGG
DPAEGEGKLYQAIALRPDIDIFWQDLITAIRRQGRTWQEVEILQKRIEQQGKNVQLYFEL
GEAQDKMNRFAEAAQAFAQANVIRPGDAMWHFREGYAWERAGKAEKAQIAYTAAIAADKK
LNAKVFGIGVFHQQRGYWPQAAEAYTKAAAADPTNAELQYRLGLAHDRCYRWEQATQCYR
RALALDTTQANWHYRLGFVLERQELLEQAAQAYEYAATIHDRHTPYWFYRLGYVLAQAGK
YEQACSAFLNTRTQASLDALPMLHAQTALSLDYQEKLKASVQAVNPQAQSAALHSDDQAA
AFYKLGNQAEQLQMWEEAAQAYRSAVARSNNHNGLWYYRLGYVLMHMGRMEQAVKAFLNT
QEYRKSDSIKNTKKLVKTPTTRQYTLYAEYLNNNVLDPKIIFYESFGGIWLACNPLRIFE
ELINDQSYKDYTHVLTIQDETLIDKKWKRENVIFVKRNSDLYIFYLVVAKWIIHNSSLPS
FFIKGRGQKYLNTWHGTPLKFLGKDIKESFMEHRWSTRNRLQATHLIHPNNFTEDILLKH
CDIEKISTARSKVTGYPRNDKVINPNPNKYLEIKNKLRIFDSKPIVLYAPTWRGKLGNFH
LNSKNIVDDISAMQGSGWHLIFRGHYFSENLIKASDATVDIVHASIDTSDLLGLVDVLIT
DYSSIFFDYLSRMKPIIYYAYDLENYEKSRGMYFSLRKMPGVICKNRLELLPLIKKVTSS
KYIPDKKHIECVKEFCSHDDGSATKRVIDFFFNEDRVEINQLSNRGNGIKKNILVYAGDF
DDEIIHENLKNWIEEQDLDKCNIYILLEPNNINSKLKKERFEEIQTYNVFFLNRAGRRYA
NLEQEYLRTRRDLKSFDSLEVNDILKNQYQLEYKRLFGSSEFSEMIMLSDRNEFWNKVKK
YNFD
NT seq 3075 nt   +upstreamnt  +downstreamnt
atgaaacagcttgctctctattttcaagcaaatcgtctggaaaaaaaagcacagtggcaa
caggcggcagctatctataagaaaatagccagcgtagccaaagataacagtggaagattg
gcttatcgacagggcatgatggcagaaaaacttaaagactggccaaatgcacagcaattt
ttcagtcaagcgatagctaaacgccctcatgacgccaactgcttttatcatctggggctg
gcttatgaatacgataaaaaatatcagcaagcagcaaaagcactagaaaaatctctagct
attaagcctaacaacccttatgcattgcgccatttaggcaaggtattgatttacggagga
gatccagctgaaggtgaaggcaaattgtaccaggcgattgcattacgaccagatattgat
attttctggcaggatttaatcacggcaattcgtaggcaagggcgcacctggcaagaagta
gagattttacaaaaacgtattgagcaacaaggtaagaatgtacaactctattttgaactg
ggtgaagcacaagacaaaatgaatcgttttgctgaagctgcccaggcttttgcacaagct
aatgtgattcggcctggagatgccatgtggcacttcagagaaggctatgcctgggaacgc
gcgggcaaagcagaaaaagcacaaatcgcttacaccgccgcgattgctgctgacaaaaaa
ctcaacgccaaagtatttggcattggtgtctttcaccagcaacgtggttactggccacaa
gctgctgaagcctacacaaaagcagctgcagcagaccctacaaatgccgagctgcaatat
cgtcttggactagcacatgaccgctgctaccggtgggaacaagctacacaatgctatcgc
cgagcactagctctggatacaactcaggctaattggcactatcgacttggctttgtgttg
gaacgccaagaattgctggaacaggcggctcaagcttatgaatatgcagctactatccac
gatagacatacaccttattggttctatcggctaggctatgtgctcgcccaagctggaaaa
tatgagcaagcttgttcagccttcctgaacacacgtacacaagctagcttagatgcgctt
cctatgttacatgcccaaacggccttatctttagattatcaagaaaaactgaaagcatct
gtgcaagcagtcaacccacaagcacaaagtgcagcactacacagcgatgatcaggcggca
gcgttttacaaactgggcaaccaggctgagcaattgcaaatgtgggaagaagctgcccaa
gcctaccggtctgcggtagcacgtagcaataatcataacggtctgtggtattaccgctta
ggctatgtattgatgcatatggggcggatggagcaagctgttaaggcttttctaaatacc
caagaatatagaaaatcagactctattaaaaatacaaagaaattggttaaaacacctaca
accagacaatacacgctctatgcagagtatttaaataacaatgttcttgatccaaaaatt
atattttacgagagttttggtggaatatggcttgcttgtaatccattaagaatatttgaa
gagctaattaatgatcagagttacaaagactatacacatgttttaactattcaggatgaa
acattaatagataaaaaatggaaaagagaaaatgtaatttttgttaaaagaaactctgat
ttgtatattttttatttagttgttgctaaatggattatccataatagttctttaccttca
ttttttattaaaggaagagggcaaaaatacctaaatacttggcatggaaccccgttgaaa
ttcttggggaaagatattaaagaaagttttatggaacatagatggagtactagaaataga
ttgcaagcaacacatttaattcatccaaataatttcactgaagatatattgttgaagcac
tgtgacattgaaaaaatttctactgcaagaagtaaagtaacaggatacccaagaaatgat
aaagtcataaaccctaatccaaataaatatctagaaatcaaaaataaactaagaattttt
gattcgaaaccaattgttctctatgcccctacctggcgtggaaagcttggaaattttcac
cttaactccaaaaatattgttgatgacatctcagctatgcagggtagtggctggcatctc
atttttagagggcactatttttctgaaaatttaataaaagcctctgatgccaccgtagat
attgttcatgcaagtattgatacttcggatcttctagggctagttgatgtattgataacc
gactattcaagtatattctttgattatctttcaagaatgaaaccaatcatatactacgca
tatgatttagaaaattatgaaaaaagtagaggaatgtatttttcacttagaaaaatgcca
ggagttatttgcaaaaatagacttgaattattgcctttgattaaaaaagtaacttcttct
aagtatatacctgataaaaagcatattgagtgtgtaaaagaattttgtagccacgatgac
gggagtgcaacgaaaagagttattgactttttctttaatgaagatcgtgttgagataaat
cagctgtcaaatagaggtaatggtattaagaaaaatatactggtttatgctggtgatttt
gatgacgaaattatccatgaaaatttgaaaaattggattgaagagcaggatctagataag
tgcaacatttatatattgcttgaacccaataatattaatagcaaacttaaaaaggaaaga
tttgaagaaattcaaacttataatgttttctttttgaatagagctggaagaaggtacgct
aacttagaacaagagtatttacgtactagaagagatttaaaaagttttgattcgttagag
gtaaatgatattttgaaaaatcaatatcaacttgaatataaaagattatttggatcatca
gaattttctgaaatgattatgctttctgatagaaatgaattctggaataaggtgaaaaaa
tataattttgactag

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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 (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (14)   
   Pfam (14)   
All databases (28)   

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