KEGG   Aspergillus fischeri: NFIA_001720
Entry
NFIA_001720       CDS       T01070                                 
Name
(RefSeq) alpha-1,3-glucan synthase, putative
  KO
K00749  alpha-1,3-glucan synthase [EC:2.4.1.183]
Organism
nfi  Aspergillus fischeri
Brite
KEGG Orthology (KO) [BR:nfi00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:nfi01003]
    NFIA_001720
Enzymes [BR:nfi01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.183  alpha-1,3-glucan synthase
     NFIA_001720
Glycosyltransferases [BR:nfi01003]
 Polysaccharide
  Structural polysaccharide
   NFIA_001720
SSDB
Motif
Pfam: Glyco_transf_5 Alpha-amylase Glyco_trans_1_4 Glycos_transf_1 Big_5 GT4-conflict
Other DBs
NCBI-GeneID: 4585452
NCBI-ProteinID: XP_001258720
UniProt: A1DJD4
Position
Unknown
AA seq 2420 aa
MKWGWTGALLAWYATTASCWPYDESLVGYNLNENKEATNPAEYWGEWPDHKGKYFPSPEN
WRFPFYTLFLDRFVNGDPENDNINGTQFEHDISSNQMRHGGDVAGLVATLDYLQGMGIKG
IYLAGTVLMNQPWGADGYSALDTTLLDQHFGNLDTWRNAITEIHKRGMYVIFDNTIATMG
DLIGFEGYLNTTTPFSVGEHKALWKTDRRYVDFDIGNDYNSTCDYPRFWYEDGLPLPPDQ
ADQLVGCYNSDFDQYGDIEAFGVFPDWKRQLAKFASVQDRLREWVPSVRERLIRHSCIII
ASLDIDGFRYDKATQATVDALGEMSMAYRECARAVGKNNFFISGEITGGDYFGSIYLGRG
RQQNQWLPDPSQGPKMTNESSAQYFLREAGHEALDSAAFHYSVYRTLTRFLGMDGNLAAG
YDVPLDWVDMWRQMLRSNDLVNANTGKFDPRHMYGATNQDVFRWPTVQWGVERQLLGSYI
TTLLLPGIPLLLWGEEQAFYVLDATATNYIYGRQAMSPATAWRDHGCFSLDSSQYYKWPI
QAGREGCHDDTVAYDHRDPSHPVRNILKHMYQLREQFPVLNDGYTLNNLSKSTTPVDYPG
SNGTSTETGMWSVSRELDLEVQEFGSEDLNSPVWMVYQNDNHTVDYKFNCSDADKALIAP
YPADTVVKNLFYPWDEFTLTAGPSERTFGNATLPVGCHGNLTLNAFEFRAYVPKKLHRKP
RPMITKFSPGHDVPIASTVAPDASENVPIELHFSEEMDCDGVTKSISLTSSTESLQIPSI
DAGSVHCEPITNFNTSWTAQIPSMWKWQATLTNVYNGIHQITVKEPKTSSGNASTNATDH
FLFRIGQIDNPMVFTKANYSTSLLHEYDNGTLFIQHHAAGADKYRYSTNWGTTWSSWTKY
HGGNDTIEELPWHGTKEQQWEGKHVRVEYWSGLTGSSDYYQEGDVGWPHKVPRRFPHIHF
NGPYNQFGYDGGLPNKLKLDTTSGRWKYHFTSEWPAQAQINVWGMNPDGRPDQSWVLGDI
DGDHVLDRMPPSSLSATMINITDLPPSPHLAWIISINDGTMRYTLEPTGDQTTQMAMYIL
FWIVPLLTGTVCVYVFMKSFYQVKFNQVGVSEKRTLIPLALRRKLRRARNGEGEAMNPLM
RLANKSGFLQSATDLTAAPAASKRRMVLIATMEYDIEDWAIKIKIGGLGVMAQLMGKTLG
HQDLIWVVPCVGGVDYPVDRPAEPMIVTILGKPYEVQVQYHTLQNITYVLLDAPVFRQQS
KSEPYPPRMDDLDSAIYYSAWNQCIAQTIKRFPIDLYHINDYHGSLAPLYLLPQTIPACL
SLHNAEFQGLWPMRTEKEKEEVCSVFNLDKEITRRYVQFGEVFNLLHAGASYLRVHQQGF
GAVGVSKKYGKRSYARYPIFWGLKKVGNLPNPDPSDVGEWNKEKALAKGEDPPVDQEFEA
GRAELKRQAQEWAGLEQNPDADLLVFVGRWSMQKGVDLIADVMPAVLEARPNVQLICVGP
VIDLYGKFAALKLDRMMKVYPGRVFSRPQFTALPPYIFSGAEFALIPSRDEPFGLVAVEF
GRKGALGIGARVGGLGQMPGWWYNVESMTTAHLLHQFKLAIDGALNSKPEVRAKMRARSA
KQRFPVAQWIEDLEILQSTSIRIHNKESSKSNNRPVTPTGPMTPRGLGAMSPTFPASGTQ
TPVGAHSREASYVNLRQLSEIGPQQRDTIISYSNNNAGREMTEKPAPGLSRKLSLGVRSG
PGHINRPGRRGQGQQDLALPDRRDGGDVSDIEEESDDDFIDHYYGDEEYTLTPEQAEEGR
RLQNNPQSQSGRATPRELTRSAQFPSSPSVHSDMGLAPPTRPFLEPGNRLSSASVLSVDS
VVGDKKDFKLQKVDPFFTDSHGDYARLFEKSLESLNAANSESQLCIEEFLVKSEKEWFDK
FRDAKLGRLNSPAPSVFRGKRGPSPVDSYYGDDASSRMSPDDEQSQEDDEFLLGKDYVPP
TGLRKWMQLRIGDWPVYSLLLGLGQIIAANSYQITLLTGEVGQTAEKLYGIATTYLITSI
LWWFVFRYFKSIVCLSVPWFFYGLAFLLIGLAHFEHNEFTRGWIQNVASGFYATASSSGS
IFFALNFGDESGAPVKEWVFRACVIQGTQQAYVIALWYWGSTLTKASSQGLLTSETNIAN
TWKMTAICVPITVLLWGVGLLMFFGLPTYYRQSPGKVPSFYRSVFRRKIVIWNFAVVIIQ
NFFLSAPYGRNWNFLWSSVHATTWQIVILCVVFFGFVWAGFLFILSHLSKKHSWILPVFA
CGLGAPRWAQIWWGVSGIGYYMPWVAGGLTGGALASRSVWLWLGVLDAIQGLGFGMILLQ
TLTRMHMCFTLIVCQVLGSIATICARAFAPNNVGPGPISPDPTFGASAVANAWFWIALIF
QLLICAGFLLFFRREQLSKP
NT seq 7263 nt   +upstreamnt  +downstreamnt
atgaagtggggatggaccggggcgttgctggcctggtatgcgacaaccgcatcatgctgg
ccgtatgacgagagcctggtcgggtacaacctcaacgagaataaagaggccacaaacccg
gcggagtactggggagaatggccggaccataagggcaaatacttcccctccccggagaac
tggcggtttccgttctataccctgtttttggatcgattcgtgaacggagacccggagaat
gataatatcaacgggacgcagttcgagcatgatatcagctccaaccagatgcgtcatggt
ggtgatgtcgcgggtttggtcgctactttggactatttacagggaatggggatcaaaggc
atttatctggccggaacggtcctcatgaaccagccctggggcgcagacggttactctgca
ttggatacaacgcttttggatcagcattttggtaaccttgacacctggcgcaacgcgatc
acggagatccacaagcgggggatgtatgtgatatttgataatactattgctaccatgggt
gatctcattggcttcgaaggctatctcaacaccacaacccccttctcggtcggggagcac
aaggcgctgtggaaaaccgatcgtcgctacgtggactttgacatcggcaatgactacaac
tcaacgtgcgattacccccgtttctggtatgaagacggtctcccgcttcccccggaccag
gccgatcagctggtgggctgctacaacagcgatttcgatcagtacggtgacattgaagcg
ttcggtgtgttccccgattggaagcgtcagttggccaagttcgcgtccgtgcaggatcgt
ctgcgagaatgggttccgagcgtgcgagagcgactgatccgtcactcttgcataatcatc
gcctccttggatattgatggtttccggtacgataaagccacccaggcgacggttgacgct
ctcggcgaaatgtccatggcataccgggagtgtgcccgcgccgtgggcaagaacaacttc
ttcatatctggagaaattaccggtggtgattacttcggttcgatctacctcggacggggc
aggcagcagaaccagtggcttcctgacccttcccagggccccaagatgacgaatgagtcc
agcgcccagtatttcctgcgtgaggcgggtcatgaagccctcgatagtgctgcgtttcac
tattccgtttaccgaaccttgacccgtttcctggggatggacggtaatctcgctgccggt
tacgatgtccctctggattgggtcgacatgtggcgacagatgctccggtcgaacgacctt
gtcaatgcgaacacgggcaagttcgacccccggcacatgtacggtgcgaccaaccaggat
gtcttccggtggccaactgtgcaatggggcgttgaacggcaattgttgggtagttatatc
acaacattgctcctacccggtatccctctattgctctggggtgaggagcaggccttctat
gtgcttgatgccactgctaccaattatatttacggtcgtcaggccatgtcgcctgcaacc
gcctggagagaccatggctgcttcagtctggactcctcacagtactacaaatggccgatc
caagctggccgggaaggttgccatgatgatacggtcgcctatgatcatcgggatccttcc
cacccggtgcgcaacatcctcaagcacatgtaccagttgcgtgagcaatttcccgttctt
aatgacggttacaccctcaacaacttgtccaagtcgaccactcccgtggactacccgggt
tccaacggaacctccaccgagacgggaatgtggtctgtcagtcgcgagctcgatcttgaa
gtgcaggagttcggttccgaagacctgaactcgcctgtctggatggtctaccagaatgac
aaccatacggtcgattacaagttcaattgcagcgacgctgacaaggctttgatcgctccc
taccctgccgacaccgtcgtcaagaacttgttttacccctgggatgagttcaccttgacc
gccggcccgtccgaacggacctttggaaatgcgacattgcctgttggctgtcatggcaat
ctgaccctcaatgcgttcgagttccgggcctacgtgccgaagaagttacatcggaagcct
cgcccgatgatcaccaaattcagccctggccacgacgttcccattgcttccactgttgcg
cctgatgcttctgagaatgtgcccattgagctgcatttctccgaggagatggattgcgat
ggggtcaccaagtctatttccctgacctcctccaccgagtcactccaaatcccgtccatc
gacgctggctctgtacattgcgaacccattaccaacttcaacacctcgtggactgctcag
attcctagcatgtggaagtggcaggctactttgaccaatgtctacaacggtatccaccaa
atcactgtgaaagaacctaagactagcagtggcaacgcctccaccaacgccaccgatcac
ttccttttccgcattggccagatcgataatccgatggtcttcaccaaagccaactactcg
actagtttgcttcatgagtatgacaacgggactctgttcatccagcaccacgctgcaggc
gcggataaataccgctactcgaccaactggggaacgacctggtcgagctggaccaagtac
catggcggtaacgacaccattgaggagctgccgtggcacggcaccaaagaacagcagtgg
gaaggcaaacacgtccgcgtggaatattggagcggcttgaccggtagcagcgactactac
caagaaggcgatgtgggctggccccacaaagtgccccgtcgattccctcatatccatttc
aacggtccttacaaccagtttggttacgatggcggtctccccaacaagctcaagctagac
accaccagtgggcgatggaagtaccacttcacctccgagtggcccgcacaagcacagatc
aacgtctggggcatgaaccccgatggccggccggaccagagttgggttctgggcgacatc
gacggtgaccacgtcttggaccggatgcccccgtcgtctctgtcggcgaccatgatcaat
atcactgaccttccgccgtcacctcacctcgcgtggattatctcgatcaacgacgggacc
atgcggtatacactagaacctaccggagatcaaaccacgcagatggccatgtacatcctc
ttctggattgtgcccttgctcacaggcacggtgtgcgtctacgtcttcatgaaatccttc
taccaggtcaagttcaaccaggtcggtgtcagcgaaaagcgtacgctcattcccctggcc
cttcggcggaagctgaggcgtgctcgcaatggcgagggtgaggcgatgaaccccctgatg
cgtctggccaacaagtccggtttcctccagagcgcgacggatctcacggccgcccctgcg
gcttccaaacgccgcatggtgctcattgccaccatggaatatgatattgaggactgggct
atcaagatcaagatcggtggtctcggtgtcatggctcaactgatgggcaagactctcggc
catcaggatctcatttgggtcgttccgtgcgtcggcggagtggactaccctgttgaccgg
ccagcggaacccatgattgtcaccattctgggcaagccgtatgaggtccaggtgcagtac
cacaccttgcagaatatcacctacgtcttgctggatgcgccggttttccgtcaacagtcc
aagtcagaaccctacccaccgcgtatggatgacctcgacagtgccatttactattccgcg
tggaatcagtgcattgcgcagactatcaagcggttccccattgacctttaccatatcaac
gattaccacggatccctggcacccctctacctcctgccgcaaacaatccccgcctgtctg
tctctccacaacgccgagttccagggtctctggcccatgcggacagagaaggaaaaggaa
gaggtttgctccgtcttcaacctggataaggaaatcacccgccgctacgttcagttcggt
gaggttttcaatctgctgcatgccggtgccagttatttgcgtgtccaccaacaaggattt
ggtgctgtcggtgtgtccaagaaatacggtaaacggtcgtacgctcggtatcccatcttc
tggggtctcaagaaggtcggcaatctgcccaaccccgatccatcggatgttggcgagtgg
aacaaggaaaaagccctcgccaagggtgaggacccgcctgtcgatcaggaattcgaagct
ggtcgcgcggagctcaaacgccaggctcaagaatgggctggcctggagcagaacccggac
gctgatctcctcgtgttcgttggtcggtggtccatgcaaaagggtgtggatctgattgcg
gatgtcatgcctgctgttcttgaggcgcgtcctaatgtccagctgatctgtgtcggccct
gtcatcgatctgtacggcaagttcgctgccctgaagctggaccgtatgatgaaggtctat
cctggccgtgtcttctctcgtcctcagttcactgctctgcccccctacatcttctctggt
gctgaattcgcgctcattccctctcgtgacgagccgttcggtctggtggccgtagaattc
ggtcgtaagggtgctctcggtatcggtgctcgcgtcggtggtctcggtcagatgcctggt
tggtggtataacgtcgagtcaatgaccactgcccatctgctccatcagttcaagctggcg
attgacggtgctttgaactcgaagcccgaggtccgtgctaagatgcgtgctcgttcagcc
aagcagcggttccccgtcgctcaatggatcgaggatctcgagatcttgcagtctacatcc
atccgaatccacaacaaggaatcctccaagtccaacaatcgtcccgtgacccctaccggc
cccatgacaccccgcggactgggtgctatgagcccaactttccccgctagcggaacccag
acccctgttggcgcgcactctcgcgaagccagctacgtgaacctgaggcaattgtctgaa
attggcccgcagcagcgcgacaccatcatttcctacagcaacaacaacgctggccgggag
atgacggagaagcctgctccgggattgagccgtaaactgtcgcttggtgtccgttccggc
cctggtcatattaaccgtcctggtcggcgtggacagggacagcaggacctggctctgccc
gatcgcagagatggcggtgatgtttccgatatcgaggaggagagtgacgatgacttcatt
gatcactactatggcgacgaggaatataccctcacgcccgagcaggccgaggaaggtcga
cgactccagaacaacccccagtcccaaagtggacgtgccaccccgagagaacttacccgc
tccgcccagttcccctcgagcccgtccgttcattctgatatgggtcttgctccccccacc
cggccattcctggaacctggcaatcgtctgagcagtgcctcggtgctgtccgtcgattcc
gtcgttggtgacaagaaggacttcaagctgcaaaaggtggatcctttcttcacggatagc
catggtgactacgctcgcttgttcgaaaagagtctggagagcctgaacgcggccaactcg
gagtcacagctctgcattgaagagttcctcgtcaagagtgaaaaagaatggttcgacaag
ttccgcgatgccaagctgggtcgtctgaattcgcccgctccatctgtcttccgtggtaag
cgtggtccttcgcctgtggattcctactacggggatgacgcctcgtcgcgtatgagcccg
gatgatgagcagtcccaggaagatgacgaatttctcctaggcaaggactatgtccctccg
accggtctgcgcaagtggatgcagctgcgcatcggagactggccagtatattccctcttg
ctgggcttgggccagatcatcgctgccaattcataccagatcaccttgctgaccggcgag
gttggtcaaaccgcggagaagctgtacggaatcgcgaccacgtacctgattacctcgatc
ctgtggtggtttgtcttccgttacttcaagtcaattgtctgtctttccgtcccctggttc
ttctacggtctggcgttccttctcattggtctcgcccatttcgagcacaacgagttcacc
cgaggatggatccagaacgtcgccagtggcttctacgcgaccgcttcctccagcgggtcg
attttcttcgccctcaactttggtgacgaaagcggtgcgccggttaaagaatgggtcttc
cgtgcctgtgtcatccagggcacgcagcaggcctatgtcattgcgctgtggtactggggt
tcgacactcaccaaggcctcgagccagggcctcctgaccagcgagaccaacatcgccaat
acctggaagatgaccgccatctgtgttccgattaccgtactcctgtggggtgtcggtctt
ctcatgttctttggccttcccacctactaccgccagagccctggtaaggttccgtccttc
tatcgctcggtgttccgccgcaagatcgtcatctggaactttgccgtcgtcatcatccaa
aatttcttcctcagtgctccttacggccgcaactggaatttcctctggagttcggtccac
gcaacaacctggcaaatcgtcattctctgcgttgtcttcttcggtttcgtctgggccggc
ttcctcttcatcctcagccacctctccaaaaaacacagctggatcctccccgtgttcgcc
tgcggtctcggcgccccccgctgggcccagatctggtggggtgtctccggaatcgggtac
tacatgccctgggtcgcaggcgggctcacgggcggcgccctggcatcccgcagcgtctgg
ctgtggctgggcgttctcgacgcaatccagggcctgggcttcggtatgatcctgctgcag
accctgacccgcatgcacatgtgcttcaccctcatcgtgtgccaagtgctgggatccatc
gccacgatctgcgcccgagcctttgcgcccaacaacgtcggcccgggccctatctctccc
gatcccacctttggtgcgagtgccgtggcgaacgcgtggttctggatcgccttgatcttc
cagctgctcatctgtgctgggttccttctcttcttccgcagagaacagctctccaagccc
taa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (18)   

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