KEGG   Rhizoctonia solani: RhiXN_03812
Entry
RhiXN_03812       CDS       T09256                                 
Name
(RefSeq) dolichyl-phosphate-mannose-protein mannosyltransferase
  KO
K00728  dolichyl-phosphate-mannose-protein mannosyltransferase [EC:2.4.1.109]
Organism
rsx  Rhizoctonia solani
Pathway
rsx00514  Other types of O-glycan biosynthesis
rsx00515  Mannose type O-glycan biosynthesis
rsx01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:rsx00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00515 Mannose type O-glycan biosynthesis
    RhiXN_03812
   00514 Other types of O-glycan biosynthesis
    RhiXN_03812
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:rsx01003]
    RhiXN_03812
Enzymes [BR:rsx01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.109  dolichyl-phosphate-mannose---protein mannosyltransferase
     RhiXN_03812
Glycosyltransferases [BR:rsx01003]
 O-Glycan biosynthesis
  O-linked Man type
   RhiXN_03812
SSDB
Motif
Pfam: PMT PMT_4TMC MIR
Other DBs
NCBI-GeneID: 67026092
NCBI-ProteinID: XP_043176048
UniProt: A0A8H8NL72
LinkDB
Position
1:join(1032428..1032699,1032803..1032955,1033010..1033614,1033667..1033762,1033820..1034146,1034197..1034301,1034359..1034516,1034570..1034717,1034774..1035095,1035157..1035175,1035229..1035537,1035588..1035800)
AA seq 908 aa
MASHRRPRAPSPTPDHLTASYAPTLQPRFPVRPNDHLDADERRANAQPGKLRKHHIGGLN
LAPAEWKILVIVVIIASFVRLYKISYPDSVVFDEVHFGNFASKYIKTRYFVDVHPPLAKL
LLTLAAFVGGFDGHFDFKEIGKAYDENTPYVLMRLLPAIMGVAVVPLTYLTLRGLDCRAT
TALLGAFLVTFENGLITQSRLILLDSPLIFFTALTAFFWVGFSNEDTQRPFTEEWWTWLA
LTGLSLGAVVSCKWVGLFTIATVGVCTLRQLWLLLGDLKVTPRLFIKHFMARALCLILLP
ILFYMAMFEIHFAILQNSGDGDGFMSAAFMHTLGGRGMSDTFADVALGSAVTLRHVNTQG
GYLHSHLHTYPGGSKQQQITLYPHIDGNNDWRILNGTFDGATDFDWTTEPISQIRNGQTI
RLEHIATQKRLHSHDVRPPVSDVDFQNEVSAYGYPGFQGDANDNWIVEIEEGAGRGQTVK
TLKPIKLPDWAFEQQEVTCNKNAVRENSVWYIETNNHEKLGDDAEKVNYKPPGFLSKFLE
LQQVMWTTNAGLTDRHAFDSRPSSWPRLRRGINFWVKDHKQIYLIGNPFVWYMSTISVLL
YAVFRGFLILREKRGYKDFHNTTLVKYDQLCAFLATGWVLHYFPFFLMSRQLFLHHYFPA
LYFAILMSCAVFDAVTANLKPRVRLQIAGVVLIFVLWNYMSFSPLTYGTPWTRSKCESSK
WLKSWDFACGDFYESYDQYSTIPPSTPSPSAVQPVVVGDEHGGRPAVVVDAPQVQKPKED
AQTTDSVIIPIEPGHDVFAGDKVDNKPISLDRVAEPLPKEALIHTSDTAGSGPGPDNDAD
QQEELRSIEEEAKKKVPAGVQEKIAQAQQSVIEKVVEAKEKLKDHAKAQNEEERVRQELY
GNEKKEAE
NT seq 2727 nt   +upstreamnt  +downstreamnt
atggcctctcaccggcgaccgcgggctccttcgccgacacccgaccatctgactgcgtca
tatgcaccaacccttcaacctcggtttccggtccgaccaaacgatcaccttgacgcagac
gaacgaagggccaatgctcaacctggaaaattaagaaaacatcacattggtgggctgaat
ttggcaccggccgaatggaaaatccttgtcatagtggtcatcatcgcgtcgtttgtgagg
ttatacaagatctcatacccggatagtgtggtgttcgacgaggtgcattttgggaacttt
gcttctaaatacatcaagactcggtactttgttgatgtacatcccccattggcaaaactg
cttcttacgttggctgcatttgtcggtggattcgatggtcactttgatttcaaagagatt
gggaaagcgtacgatgagaacacaccctatgtacttatgcgtctactcccggctatcatg
ggtgttgcggttgttccccttacctaccttaccctccgtgggctcgattgtcgagcaacc
actgcattgttgggcgcgttccttgttacctttgaaaacggattgattacccaatcccga
ctgatcttgctggactcgcccctgatctttttcactgctctcactgctttcttttgggtc
ggattctccaacgaggacacgcagcgaccgttcacggaagaatggtggacctggctcgcg
cttacaggcctttctttgggcgcagtcgtgagctgcaaatgggtgggcttgttcaccatt
gcaactgttggcgtatgcactttgcggcaactctggcttctgctcggcgacttgaaagtc
acgcctcgtcttttcatcaagcacttcatggcccgggcgttgtgcttgattttgttaccc
atcctgttttatatggcgatgtttgagatccattttgcgattttgcagaactctggtgat
ggggatggttttatgagtgccgcattcatgcacaccctcggcggtcgcggaatgtctgat
acctttgctgacgttgcgcttggttccgccgtcactcttcgacacgttaatacccagggc
gggtacctgcattcccatttgcacacgtatcccggaggcagcaaacaacagcagatcact
ttataccctcacatcgacggaaacaacgattggcgtatcctcaatggcacctttgacgga
gcaactgattttgattggactaccgaaccaatctcccaaatccgcaatggccagaccatc
cgactggagcatattgcaacccaaaaacgcctccactcccacgacgtccgtcctcccgta
tcagacgtggacttccagaacgaggtcagcgcgtatgggtatcccggattccagggcgat
gccaacgacaactggatcgttgaaatcgaggaaggtgccggacgaggccaaaccgtcaag
acactgaaaccaatcaagctacctgattgggcgtttgagcagcaagaagtgacctgtaac
aagaacgctgttcgtgaaaactcggtttggtacatcgaaacaaacaatcacgagaagctt
ggtgatgatgccgaaaaggtcaattacaagccgcctggattcttgtccaagttccttgag
ctccagcaagtcatgtggactacgaacgcagggcttacggatcgccatgcattcgactcg
cgtcctagctcatggcccagattgcgacgtggtattaacttctgggtgaaggaccacaag
cagatctatttgatcggtaatccttttgtctggtatatgagtacaatctctgtccttttg
tacgctgttttccggggtttcctgattctgcgcgagaagcggggttacaaggatttccac
aacactacgctggtcaagtacgaccagctctgtgctttcctcgcaactggctgggtgctt
cactacttccccttcttcctcatgtctcgccagctcttcttgcaccactacttcccagca
ctttactttgcgattctcatgtcctgcgccgtgtttgatgccgtaacggccaacctcaag
cctcgcgtccgactacagattgccggtgtcgtgctcatctttgtcctctggaactacatg
agttttagcccgttgacctacggaactccatggactaggagtaaatgcgaaagctcaaaa
tggcttaagagttgggatttcgcttgtggcgatttctacgagagttatgaccaatactca
accattccgccctcaaccccgtccccttcggccgtccagccggtagtcgttggggacgag
catggaggtagacctgctgtagtggtcgacgctcctcaagtccagaaacccaaagaagac
gcccagacgacggactcggtcatcataccgatagagcccggccacgatgtattcgccggg
gataaagttgacaacaaacctatcagcttggaccgcgtcgccgagccactccccaaagag
gcgttgattcatacttcggataccgcaggctctggtccgggccctgataacgacgccgac
cagcaggaagagcttcggtccatagaggaggaggctaagaaaaaggttcccgcaggggtt
caagagaagatagctcaagctcaacagagcgtgattgaaaaggttgtcgaagccaaggag
aagctaaaggatcacgctaaggctcaaaatgaggaagagcgtgttagacaagagctgtat
ggcaacgaaaaaaaggaggcagaatag

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