KEGG   Pseudocercospora fijiensis: MYCFIDRAFT_44346
Entry
MYCFIDRAFT_44346  CDS       T03109                                 
Name
(RefSeq) glycoside hydrolase family 13 glycosyltransferase family 5 protein
  KO
K00749  alpha-1,3-glucan synthase [EC:2.4.1.183]
Organism
pfj  Pseudocercospora fijiensis
Brite
KEGG Orthology (KO) [BR:pfj00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:pfj01003]
    MYCFIDRAFT_44346
Enzymes [BR:pfj01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.183  alpha-1,3-glucan synthase
     MYCFIDRAFT_44346
Glycosyltransferases [BR:pfj01003]
 Polysaccharide
  Structural polysaccharide
   MYCFIDRAFT_44346
SSDB
Motif
Pfam: Alpha-amylase Glyco_transf_5 Glycos_transf_1 Glyco_trans_1_4
Other DBs
NCBI-GeneID: 19339586
NCBI-ProteinID: XP_007924255
JGI: 44346
UniProt: M3B2Y2
Position
Unknown
AA seq 2397 aa
MGVWGCVVLSVLCGSSATAYKFDQAYTEVNLNQNQTAIDPLDFWGEWTGHNFTASPDNWR
FPFYTLFLDRFVNGDPYNDNYNNSAFERVTDSNQMRHGGDLQGLVDTLDYIQGMGVKGLY
IAGSPFMNAPWQYDSYSPLDLTLLDPHFGSLDMWRVAVDEIHARGMYVVLDNTFATLGDL
IGFEGYLNTTTPFTLQEHRVLWKSNRHYWDFDIGNEYTENCTYPRFWNETGFPIDQEIKD
QMKGCYMSEFDQYGDTEAFGVYPDWRRQLSKFASVQDRLREWQPSVRAKLEHFYCMAIAQ
LDIDGFRYDKAVQATVDAMADMSAATRTCARRYGKENFFLPGEVTGGNSFGSIYIGRGRQ
PDQVPDNITQAVQLTRDSPDDYFVRGKDQVALDGAAFHYTTYRSLTRFLGMDGNLEAGYD
GPRNWIDQWNTFLLTNDMINANTGVFDPRHMYGVTNQDVFRWPAIERGVERQLLGHFITI
LLMPGIPKLLWGEEQTFHVLDSTNDNYIFGRQPMSTQTAWQTHGCYALDSSQYYQMPWDR
ARHGCNDDSVSADHRDPSAPVRNILRHFFHLREAFPVLNDGFFLQQLSNQTWEVFYAGSS
GVPTETGLWSVLRNSLPAIQNLTSPRHGNGTRNHPQPATPVWLLYSNLNASQTYQFDCRD
NATDLNSTSLISPFPGGTTVKNLIYPYDEHTLMNGTQYLGMGGSTEPNGCLNKLAMKAYD
FRAYVPKSQWVGPKPVITKFLPGHDARFLSNNTDTSGIEDIRLALDFSSDMECDSITDSI
SFSSKTETGIYPYIDRDSVRCGQVNESAETSWVAEIPSMFSWSATIRNVSNGIHRMTVDR
PHAVHMPQQRHNVTTESRDHFLFRVGQENNPMVFTRSANYSTTLLAQSSHGQITLNHSAA
GADLYRYSTDFAGCFSEWTPYQGGVETVSAHPCANANSKSWKGEHVRVEYFSRLGGSSSH
VQQGDLHSKPRRFPHMYLNGPYNAYGYDAGLDNRMKLTDDYTWTFNWNREWSNDGTIGQI
NVWGMGPDGTPDQRMVLGDIDGDSVLDQLPPSSLAKLVLNVTAPPSKPYLAWRLVVNDGN
LRFRLDPTGSMWWQLALYVILWVAPLTTAALSTYIFVGSFYKIKFNKIGVSEKLGLMGLI
PAPLRKYFPKESADEHKSLITKLKDSSSIFTRGSQIWSRKGEEFMNLPDTRRTVLIATME
YDIEDWNIKIKIGGLGVMAQLMGKNLEHQDLIWVVPCVGGIEYPQDELAMPMTVAVMGKT
YDVNVQYHKLRNITYVLLDAPIFRQQTKAEPYPARMDDLDSAIYYSAWNQCVAQALVRFP
IELYHINDYHGTVAPLYILPRTIPVCLSLHNAEFQGLWPMRTRKERDEVCSVFNLPPNVV
SEYVQYGEIFNLLHAGASYLRIHQEGFGAVGVSKKYGARAYTRYPIFWGLKEVQALQNPD
PSDTAVWDKKLPDQKDIHIDEDFEEKRLNDRVQAQEWAGLEPDPKAELFVFVGRWSMQKG
IDLIADAFPAILEAHPNAQLITVGPVIDLYGKFAALKFDRLMELYPKRVCSKPVFTALPP
FIFSGAEFALIPSRDEPFGLVAVEFGRKGALGVGARVGGLGQMPGWWYTVESTTTAHLLH
QFKDAIRGALSSPVKTRAMMRARSAKQRFPVQQWVEELEVLQSTSIRTHDKVAAEKNSWS
SSTITLVHPHPSIHPTLGSGARHTPRGSMYGPSSHVSWDGSQSEQILDDDEIIVGDREPL
PPMATDIVREYRESSHPFPSLRQMINDDNRSECSVHTPRCVSPIQPEDCSEPSSPGLSKP
ARTRSSMALPQNNRASTVNFSTARTSIIPRTVSGLSMQNIVGEKTDFNLQKVDPFFTDTN
GHFYRAFGRKLGTLDASNSESSNCIEEFLVKSEKEWFTEFRNAKLGMLKRDGATTRPESI
APSEPATADNASAKSEIHVADFYLGDEYKPPTGLRKWMQVRVGAWPLYAYFMALGQIIAA
NSYQITLLTGEVGQSATKLYVVASIYLVASSIWWLCFRRCASHVSLSLPFLFYGLAFFFV
GIAHFAPTMDGRGWVQNLGTAFYTVASASGALFFALNFGDEGGAPVKSWVFRACVIQGSQ
QLYVVALWYWGSFLSRQRALGFQASQDSVVGTWKATAITLPIAGFLGAICLIMWLGLPSY
YRQAPGKMPSFYKSIARRKVVLWFFVTAVVQNFFLSAPYGRNWSFLFSSIHTPAWHILLL
VLLFFIFIWAAFCALFAHLSRSHSWILPLFAIGLGAPRWAQIWWATSNIGLWLPWAPGSV
DTGAIYISSALLSRSLWLWLGVLDSIHGVGIGMIMLGTLTRNHVAFALTAAQVLGSMATI
LGRAVAPNRLGPGPISPDIGGGLAALWSAWFWIALIANLALCVGFYKFYRKEQLQKP
NT seq 7194 nt   +upstreamnt  +downstreamnt
atgggtgtttgggggtgcgttgttttgagcgttctttgtggttcttcagccacagcatac
aagtttgatcaggcctacaccgaggtcaacctcaatcaaaaccagactgccatcgatcct
ctagacttctggggagaatggacaggccacaactttactgcttcgccagacaactggagg
ttcccattctacaccctcttcctcgaccgtttcgtcaatggcgatccttacaacgacaac
tacaacaacagcgccttcgaacgtgtcaccgactccaatcaaatgcgacatggtggcgac
cttcaaggtcttgtcgatacgctcgattacatacaaggaatgggagtcaaaggtctatac
attgctggctctccattcatgaatgcgccatggcaatacgattcctactcgccgctcgat
ctcacccttctcgatcctcactttggctccctcgacatgtggagagttgccgtcgatgag
attcatgcacgtggaatgtatgtcgtgcttgacaatacgttcgcgacgcttggcgacctg
attggctttgaagggtacctcaacacgactactccattcacacttcaagagcatcgcgtg
ctgtggaagtcaaatcgtcactattgggactttgacatcggcaacgagtacacggagaat
tgcacatatccgcgcttctggaacgagaccggtttccccatcgaccaagagatcaaggac
cagatgaagggatgctacatgtcggagttcgatcagtatggagatacggaggcattcggt
gtctatccggattggcgccgtcaactttcaaagttcgcctcggtgcaagatcgtctccgt
gagtggcagccttccgttcgagctaagctggagcacttctactgcatggccatcgcccag
cttgacattgatggcttccgttatgacaaggctgttcaggccactgtcgacgcgatggca
gatatgagtgctgcgacgagaacatgcgcgagaagatatggcaaggagaacttcttcttg
ccgggcgaagtcactggtggaaactcgttcggctcaatctacatcggtcgtggacgacag
ccagaccaggtgcctgacaacatcacgcaagccgtccagctcacacgcgattcgcctgat
gactactttgtccgcggcaaagaccaggtcgccctcgatggcgcggctttccactacact
acctaccgctctctgactagatttctcggtatggatggtaatctcgaagctggttacgat
ggaccgcggaattggatcgatcagtggaacacgttcctgctcaccaacgacatgatcaac
gcgaacaccggtgtctttgatccgcgccacatgtatggagtcactaaccaggatgtcttc
cgctggccggcaattgagcgcggtgttgagcgtcaattgctgggtcacttcatcaccatt
ctgctgatgcctggcattccgaagctactgtggggcgaggagcagaccttccacgtcctg
gacagcacgaatgacaattacatcttcggtcgacagccgatgtcaactcagaccgcgtgg
cagactcacggctgttatgccctcgactcgagccagtactatcagatgccctgggatcga
gcgcggcatggatgcaacgatgactctgtcagtgccgatcaccgcgacccttctgcccct
gttcgaaatatcctccgccatttctttcaccttcgcgaagctttcccagttctgaatgat
ggattcttcttgcagcagctgtccaaccagacctgggaggtgttttatgcgggttccagt
ggcgtcccgactgagacggggttgtggagtgtgctgcgaaatagcctgccagcgatccag
aatctcaccagccctcggcacgggaatggaacgcgaaaccatccacagccagcgactcca
gtatggctgctctattcgaacctgaacgccagccagacgtaccaattcgactgccgagac
aacgcgactgaccttaactcgacatcgttgatttcacccttccccggaggtacaaccgtg
aagaacctgatctatccttatgatgagcacactctgatgaacggcacccaatatctaggc
atggggggttccaccgaacccaatggctgtcttaacaagctcgctatgaaggcctacgat
ttccgtgcgtacgttccaaagagtcagtgggttggtccaaagcctgtgatcaccaagttc
ctccccggacatgatgctcgcttcctttccaacaacaccgacacctcgggcatagaagac
atccggctagcactggacttctcttcagatatggaatgcgacagcatcaccgatagcatc
agcttcagctccaagaccgaaactggcatctatccgtacattgaccgcgacagtgtcaga
tgtggtcaagtcaatgaatcagcagagacatcctgggtggcagagattccttccatgttc
tcgtggtcggccacgatcaggaatgtatcgaacggcattcatcgcatgaccgtcgatcga
ccacacgcagtccacatgccccagcagcgtcacaacgttaccacggagtctcgcgatcat
ttcttattccgcgttggacaagagaacaaccctatggtcttcactcgatctgcaaattac
tccacgactcttctcgcacagagctcgcacggccaaatcacactcaaccactctgcggcc
ggcgcggatctctaccgatactccactgactttgccggttgcttctcagagtggacacca
taccaaggaggcgtggagacagtatctgcgcacccctgtgccaatgcaaactccaagtcg
tggaagggcgagcatgtccgcgttgaatacttcagccgtctcggaggctcgagcagtcat
gtacagcagggagatctgcacagcaagcctcgcagattcccgcacatgtacctcaatggt
ccgtacaacgcatacggctacgatgcaggtcttgacaacagaatgaagctcacggatgat
tacacctggacattcaactggaatcgtgagtggtccaacgacgggacaatcggccagatc
aatgtctggggaatgggaccagatggcactcctgatcagcgcatggtgttgggtgatatt
gatggtgactctgttctggaccagctaccaccctcatcgctcgccaaactcgtgctcaac
gtcacggctcctccatcgaagccatacctggcctggaggctcgttgtaaatgacggcaac
ttgcgcttccgcctggatcccacgggctccatgtggtggcagctcgcactttacgtgatt
ctctgggtcgcaccgctcaccacagcagcactatcgacatacatcttcgtcggcagcttc
tacaagatcaagttcaacaagatcggggtttccgaaaagctgggacttatgggtctcatc
cctgctcctcttcgaaagtacttcccgaaagagagtgcggatgaacacaagagtctgatt
acgaagctgaaggacagctcttcgatcttcaccagaggctcccagatctggtctcgcaag
ggcgaggaattcatgaacctcccggacactcgtcgcacggtgctcatcgcgacgatggag
tacgacattgaggactggaacatcaagatcaagatcggaggtttgggagtcatggctcaa
ctgatgggtaagaatcttgagcatcaggatctcatctgggtcgttccttgtgttggtggc
attgagtatcctcaggatgagctggcaatgccgatgacagtcgctgtcatgggcaagacg
tacgacgttaacgtccagtaccacaagctgcgcaacatcacttacgtccttctcgacgca
ccaatcttccgacaacaaaccaaggctgagccatacccggcacgaatggacgatctcgat
tctgccatctactattcggcgtggaaccagtgcgtagctcaagcacttgttcgcttcccc
attgagttgtaccacatcaacgactaccacggcaccgtggcgccattatacatcttgccc
aggaccatccccgtctgtctctcgctccacaacgcagagtttcaaggactctggccgatg
cggacgagaaaggagcgagacgaggtttgctctgtcttcaacctgccgccaaacgtcgtt
tccgagtacgtacaatatggcgagatcttcaacctgctgcacgctggagcctcttacttg
agaatccaccaggaaggcttcggagctgtgggtgtctcgaagaaatacggtgctcgagca
tacaccaggtacccaatcttctggggtctgaaggaagtccaggcacttcagaacccggat
ccttctgacaccgcagtctgggacaagaagctgcctgaccagaaggacatccatatcgac
gaagacttcgaggagaagcgtctcaacgatcgtgtccaagcacaagaatgggccggtctc
gagccggatccgaaagctgagctttttgtctttgtcggaagatggtccatgcaaaaggga
attgacttgatcgcagacgctttcccggcaattctcgaagcgcatccaaacgctcagttg
atcactgtaggacctgtgattgacctgtatggaaagtttgccgcgctgaagttcgaccgc
ctgatggagctctatccaaagcgagtgtgttcgaagccagtctttaccgcgttgccgcct
ttcatcttctctggagccgagttcgccctgatcccatctcgtgacgagccctttggcctt
gtcgcagtggagtttggcagaaagggtgcgctcggggttggtgcaagagttggtggcttg
ggtcaaatgcctggctggtggtatactgtcgagagtaccaccactgctcacttgctccat
caattcaaggacgccattcgtggagccctcagctcgcccgtcaagaccagagccatgatg
agagcccgatcggctaagcagcgtttcccagtccagcaatgggttgaggagctcgaagtt
ctgcagtccacatcaatccgtacccatgacaaagtcgctgcagagaagaactcctggtcc
agctccacgatcactctggtgcatcctcacccgagtatacatccaaccctcggctctgga
gcaaggcatacacccagaggatcgatgtatggtccgagcagtcacgtatcctgggatgga
agccaaagcgagcagatccttgacgacgacgaaatcatcgttggagaccgagagccactt
cctccgatggccaccgatatcgttcgggagtacagagagtcaagtcatcctttcccaagc
ctgcgccagatgattaacgacgacaatcgttccgaatgctccgttcatacaccgcgctgc
gtctcgccgatccagcccgaagactgttctgagccttcatcgccgggcctctcgaagcca
gccaggactcgatcaagcatggctcttccgcaaaacaaccgtgccagcacggtcaacttc
tccacggcccgcacgagtatcattccacgaacagtgtctgggctttcaatgcaaaacatc
gtgggcgagaagacggacttcaatctccaaaaagtcgaccctttcttcaccgacaccaat
ggccatttctaccgagcattcgggcgcaaactcggaaccctggacgccagcaactccgaa
tcaagcaactgcatcgaagaattcctggtcaaatctgagaaggaatggttcactgagttc
cgaaatgccaaactcggtatgctcaagcgtgacggtgctacgactcgtcctgaatccatc
gccccttcggagccagcgactgcggacaatgcgtccgcaaagtcggaaatccacgtcgct
gacttctaccttggtgatgaatacaagcctcccacaggccttcgcaaatggatgcaagtt
cgtgttggtgcttggccgctttatgcatacttcatggctctcggccagatcattgcagcc
aacagctaccagatcaccctcctgacgggtgaggtcggtcaaagtgcaacgaaactctac
gttgtagcctcgatttacctggtcgcctcgtccatctggtggctctgcttccgacgctgc
gcctctcacgtttccctctcgctgccattcctcttctacggactggcattcttcttcgtc
ggcatcgctcacttcgcgcccacgatggatgggagaggttgggttcaaaacttgggcacc
gcattctacaccgttgcttccgcttccggtgctctgttcttcgcactgaatttcggagac
gaaggcggcgctccggtgaaatcctgggtcttcagagcctgcgtcatccaaggctcgcag
caactatacgtcgttgcactttggtactggggcagctttctgtcccgtcaacgagcgttg
ggcttccaagcaagccaggactcggtcgtgggcacttggaaagctactgccatcaccctc
ccaatcgcaggcttcctcggggcgatctgtctcatcatgtggctaggtcttccatcatac
taccgccaagctcctggcaaaatgcccagcttctacaagtccatcgctcgccgcaaggtc
gtgctctggttcttcgtcaccgcggtagtgcaaaacttcttcctctccgccccgtacgga
cgcaactggtctttcctcttcagcagcatccacacaccagcctggcacatcctcctcctc
gtcctcctattcttcatcttcatctgggccgccttctgcgcactcttcgcacacttgtcc
agatcacactcatggattctaccactcttcgccatcggcctcggcgctcctcgatgggcg
caaatctggtgggctacatcaaacatcggtctctggctcccttgggctcccggcagcgtt
gacaccggagccatctacatctccagcgccttgctttcccgatctctttggctctggctc
ggcgtgctcgactctatccatggcgtcggtatcggcatgatcatgctgggaactttgacg
agaaaccatgtcgctttcgccctcaccgccgctcaggtcctcggttccatggccaccatc
ctcggccgcgctgtcgctcccaacagactgggccccggacccatttctccagacatcggt
ggtggtctcgccgctctgtggagtgcatggttttggattgctttgatcgcgaatttggcg
ctttgtgttggtttctacaagttttataggaaggaacagctgcagaagccgtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (17)   

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