KEGG   Aspergillus fischeri: NFIA_009960
Entry
NFIA_009960       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_009960
Enzymes [BR:nfi01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.183  alpha-1,3-glucan synthase
     NFIA_009960
Glycosyltransferases [BR:nfi01003]
 Polysaccharide
  Structural polysaccharide
   NFIA_009960
SSDB
Motif
Pfam: Alpha-amylase Glyco_transf_5 Glyco_trans_1_4 Glycos_transf_1
Other DBs
NCBI-GeneID: 4591159
NCBI-ProteinID: XP_001264213
UniProt: A1D1M3
Position
Unknown
AA seq 2411 aa
MYTETQRSVALILSLLSVSALCWPYTESLVDYNLNENRSAESPIDYWGEWPNHKYHPSPD
NWRFPVYTIFLDRIANGDPTNDDINGTAFEHVLNSNQMRHGGDLVGLIDTLDYIRGMGFK
GIYFAGTGLMNLPWAYDGYSPVDTTLLDMHHGTLEDWRRTITEIHNRDMYVIMDNTLATL
SNLIGFKGHLNTSADFRPDEYEVEWITDRRYADFKFSNEYNKTCDYPKFWHETGLPLSSG
GVEELKGCYNSDFDQYGELEAFGNFPDWKRQLTKFASVQDRLREWHKPVRDVITRHYCIQ
IASLDIDGFRYDKAVQATLEPLGEMSAAFRECAKKYGKHNFFIPGEITSGDTFGSLYLGR
GRQPNQRPKSAGDAVKLKNDSDAQYFLREDGHQALDAAAFHYTIYRSMTRFLGMDGNLVA
GFDLPTDFIKAWNGMLVSNDFLNPLTGQLDPRHMYGVSNQDNFRWPAIKNGTEKYLLGLF
IVTLELPGIPLILWGEEQDMYVFDATATNYLFGRQPMTYQTAWWTHGCFNLNTTKFYNFP
NERGLYGCHDITVTYDQRNPAHPLRNIMKRMFEVREHYPVANDGFYLQTLSQLTKDVYLP
GSSDTPTVTGLWSVLRSYFPEVQPEASKGNNSIWLVYHNDNKTVTYGGDCKNRNTALLAP
YKSGTKLKNVFAPYDELTLEDGPGEIEVQGTTELYGCARNMTLLPWEYRAYVEADRFVEP
GPTVTEFVPGHDARLLSAEDTGETVDIQLGYSKEMDCTGVTQAISLNSTTEKGITPTLDT
SSVNCGKITPRTSSHHYVGEVPTVWTWSAKLKNVHHGIHELTVKNVSTTSGVRTNAVDRF
LFRMGTPTNPLMTPLANYSTSLVHKSDDGSIYIQHEAAGADMFRYSTTFGRTWSNWTTYT
GGNTTIDIAPWTGTDAQKWKGTHVRVQYFSRLTGSSDYIQEGDHDWEDGVPRRFPHLWWI
GPYNQFGYDAGLESKMRYDAKEGRWKYDFVYEWPSTGQISVWGVGPDGLPDPTEVYGDVD
NASVVQKLPPSYLSSNVINITTLPPFPHLGWTISLNDANLRYEMTPVGSGWVQLVLFVLL
WVVPILMGLAGAFIFMRTFYRVKLNTDGNAAKEDKLPLLWRKVRAQFAGADDSEMAISDK
AVLPDSAIAGAAAGAPEHRRTVLIATMEYLIQDWKVKVKIGGLGVMAQLMSEHLRHQNLI
WVVPCVGDIEYPEDTPAEPMVVTILDKPYLVNVQYHVVDNITYVLLDAPVFRQQTKAEPY
PPRMDDLDSAVYYSAWNQCIAETIKRFPSIDLYHINDFHGCLAPLYLLPTRTVPVCLSLH
NAEFQGLWPLRTQQEKKEVCSVFNLPIETATKYCQFGNVFNLLHTGASYLRFHQRGFGAV
GVSKKYGKRSWARYPIFWSLDKIGSLPNPDPSDTGAVGDGAETNVSIPSPEDRIRDKLQA
QKWAGLKEDPNADLLVFVGRWSKQKGVDLIADVMPAILSARPHVQLICVGPIIDLYGKLA
AIKLERIMAMFPGRVFSKPEFTILPPYVFSGANFALIPSRDEPFGLVAVEFGRKGALGIG
SRIGGLGQMPGWWYTVESDATRHLLHQLRTAIKSALDSDQETREEMRTNSAKQRFPVLEW
IQKLETLQQTAIQIHHTKNKNTVAGPMPEPQIYWEMQNMRDSTASLPGLAQSVPDGLETP
PSRVMLNAESRLQELQTDDGNRSSLGRKLSLGRRAGPGQGRNRLVKKALRDSQVAESQLD
EEATDAEAEVDEDDSNSHRVDYISTDEAMRAVSHALGFQDNGESVGNGYGNGNSVTPPYH
SMPSSPYFVSRASSPAPRTPSDMPQYPFQLALNSGEGMPFAHSRNVSVLSLPSVMGDHNQ
QVFELQKVDPTFTDSMGHFTRRFEQLLNNLDKKNSMTDCCIETYLMKSERKFYNMYNDAQ
LKKHHAKESISSSASPDQLDHDTQYNRLSTATAGSDPSDSDEIDRWLSRLGYRRPMAIQR
FMRRRIGNWPVYALFLGLGQIIATNSAQITLLVGQVGETATKLYVIAAIYCVSSIAWWFM
YARLPAVIVLSLPWFIYCLAFIVIGVSPFGLSEVGRGWAQNVAAGVYAVASSSGSLFFAL
NFGDQGAVPVKDWMFRASLIQGISQLYTVALWYWSSKVTATEIGGVSTLALSTWRLTAVV
MPIAAVCFVIGVILALGLPKYYRQAPSRILFFYTSLFRRRIVLWFFFMVIVQNWFLAAAF
GRNWSFLWSSKHAKTWEVVILVVGFFIVLWVLILFAFRALSKEHSWILPVFGLSLGSPRW
AQTWWGTSNIGYYLPWAGSLTSGAIVSRCLWLWLGVLDEIQQVGLGMILLQTLTRVHVCF
VLLAAQAVGSIATICARGFAPNRLGPDGISPNVGTSVDKIANAWFWIALFFQLLASFGFL
LFYRKEQLNRP
NT seq 7236 nt   +upstreamnt  +downstreamnt
atgtacacggagacgcagcgctcagtcgctctcatcctgtcattgctgagcgtcagtgca
ctgtgttggccctacaccgagtcgctcgttgattataacttgaacgaaaacagatcggcg
gaatcgccgattgactactggggagaatggccgaaccataaataccacccttcgccggac
aactggcgtttccccgtctacacgatctttctggaccgaatcgcgaacggtgatccaaca
aatgacgatatcaacggtaccgcttttgagcatgtactgaattccaaccagatgcgtcat
ggaggggatctggtcgggttgattgatacgctggactatatcaggggaatgggtttcaag
ggtatctactttgctggaacaggcttgatgaacctcccttgggcctacgacggctactcg
ccggtcgatacaactctgctggacatgcaccatggcacactggaggactggagacggacc
atcaccgagattcacaaccgtgatatgtatgtgatcatggacaatacgctggcaactctg
agcaacctgatcggtttcaaaggccacctcaacacctcagccgatttccgaccagacgaa
tatgaggtcgagtggatcacggatcgtcggtatgccgatttcaagttcagcaatgagtac
aacaagacttgcgactatccgaaattctggcatgagactgggttgccgttgtcatccggc
ggggttgaggaattgaagggttgctataatagtgattttgatcagtatggagaactagag
gcatttggcaacttccctgactggaagcgccagctcaccaagttcgcctcggtgcaagat
cggctgcgtgaatggcacaagcccgtgcgtgatgtcatcactaggcattactgcattcaa
attgccagtttggatatcgacggtttccgctatgataaagctgttcaggcgaccctggag
cccctgggtgagatgtcggcggcattccgcgaatgtgcaaagaaatatggcaagcataat
ttcttcatacctggcgagatcacatctggcgataccttcggtagtctctaccttggtcgt
gggcgccagccaaatcagcgtcctaagtccgcaggcgatgctgtcaagctgaagaacgat
tcagacgctcaatacttcctaagagaggacggtcaccaggcgttggatgcagccgcgttc
cactatactatctaccgttcgatgacccgtttcctcggaatggacggtaaccttgttgcc
ggcttcgacttgcctacagatttcattaaggcatggaacgggatgcttgtgtccaatgat
ttcctaaaccccttgaccggtcagctcgaccccaggcatatgtatggtgtgtcgaaccag
gataactttcgttggcccgctatcaaaaacggtacggagaagtacctcctgggccttttc
attgtcacgctggagctccctggcattcccctcatcctgtggggtgaggagcaggatatg
tatgttttcgatgccactgcaacaaactatctctttggtcggcagccgatgacctaccag
accgcatggtggacgcatggctgcttcaacttgaatacaaccaaattctacaacttccca
aatgaaaggggtctgtacggttgtcacgacatcaccgtcacttacgaccagcgcaatcct
gctcacccacttcgcaatatcatgaagcgcatgtttgaagtccgggagcactatcccgtt
gctaatgatggcttctatctccagaccctctcccagcttaccaaggatgtctatcttcct
ggttcatcggacacccccacagtgactggtctgtggtcggtcttgcgaagctacttccct
gaggtccagccagaggcgtccaagggcaacaacagtatttggcttgtgtatcacaatgac
aacaagactgtaacctacggcggtgactgcaagaatcggaataccgcgttattggctcct
tacaagtcgggaacgaagctgaagaatgtgttcgccccttacgacgagctcactttggaa
gatggtcctggcgaaattgaggtccagggaacgaccgagttatacggctgcgctcgcaac
atgactctccttccatgggaataccgagcctatgtggaggccgatagatttgttgagcct
ggtcccactgttaccgagttcgttcccggccacgacgcacgtttgctgtccgcggaagac
acgggggaaaccgtcgacatccagcttggatactcaaaggagatggactgtaccggcgtg
actcaagcgatctccctaaactctaccaccgaaaagggcatcacaccgactctcgatacg
tccagtgtcaactgcggcaaaatcactccacggacgagcagtcatcactacgtcggggag
gtcccaactgtctggacatggtccgccaagctgaaaaacgttcatcatggtatccacgag
ctgaccgtcaaaaacgtttcaacaacatccggagttcggaccaacgccgtcgaccggttt
ttgttccggatgggaactccaacgaacccgctgatgactcctctcgccaactactccacc
agccttgtgcacaaatccgacgacggcagcatttacattcagcacgaggccgccggagct
gacatgttccgctactcgacgactttcggtcgaacatggtcaaattggacaacgtatacc
ggtgggaacacgacgattgacattgctccatggaccggcacggatgctcagaaatggaag
ggcactcacgtccgcgtgcagtacttctcgaggcttaccggtagtagtgactacatccag
gaaggtgaccatgactgggaggatggtgtgcctcgaagattccctcatctgtggtggatc
ggaccgtacaatcagttcggctatgatgctggactagagagcaaaatgaggtacgacgcc
aaggagggtcgctggaagtatgacttcgtgtatgagtggccatctactggacagatcagt
gtctggggggtgggaccagatggcctgccagatcctacagaggtttatggtgacgtggac
aacgcgtctgtggtccagaagcttcctccgtcctatctctcgtcgaacgtgatcaacata
accacgttgcctccatttccgcacctcggctggaccatctctctcaatgatgccaatctt
cgatatgagatgacccccgtcgggtctggatgggttcagctcgtcctcttcgtcctcctg
tgggttgttcccatcctaatgggccttgcaggtgcctttatttttatgagaaccttctac
cgcgtcaagctgaacacggatggcaatgcggctaaagaggataagctgccgctgctttgg
cgcaaggtcagagcacagttcgccggggctgatgactcggaaatggcgatatccgacaag
gcggtgctgccggacagtgctattgcaggtgcagctgcaggcgcccccgaacaccgacgt
acggtcttgatcgccactatggaatacctcatccaggactggaaggtcaaagtcaagatc
ggtggtctgggggtcatggcacagctaatgtcggagcacctaaggcaccagaatctcatc
tgggtggtcccttgtgttggcgacattgagtatcccgaagacacaccagcggagccaatg
gtggtcaccatcctcgacaagccctacctggtgaatgtgcaataccacgtcgtcgacaat
attacctacgttctcctcgatgctccagtctttcggcagcagacgaaagctgagccttac
ccaccacggatggatgacctcgacagcgcagtttactattcggcatggaaccagtgtatt
gcagagacgatcaagcgattcccttcgatcgatctctaccacatcaacgatttccacggt
tgcttggctcccctttatctgctgccgacacgaaccgttccagtctgtctatcactgcac
aacgcggagttccagggcctctggccgttaaggacccaacaagagaagaaggaagtctgc
tcagttttcaatcttcctatcgaaaccgcgaccaaatactgccagtttggaaacgtattc
aatcttctgcatacaggcgcaagctaccttcgattccaccagcgcggtttcggtgcggtc
ggtgtgtccaagaagtacggaaagcgctcatgggctcgttacccaatcttctggagtctt
gataaaattggcagtctcccgaacccagacccctcggatactggtgccgtcggcgatggg
gccgagacaaatgtttcaatcccgtctcctgaagatcggattagagacaaactgcaggcg
cagaaatgggctggtctgaaggaagatcccaatgccgatcttctcgtgttcgttggacgg
tggtcgaagcagaagggtgtcgatttgatcgctgatgttatgccagcaatactgtcagct
agacctcacgtccagctgatctgcgttgggcccatcattgacctgtatggcaagctggct
gctatcaaactggagcgcatcatggccatgttcccgggtcgcgtgttctccaagccagag
tttaccattttgcctccgtatgtgttttctggcgctaactttgctctgattccgtctcgg
gacgagccatttgggttggttgcggtcgagttcggtcgtaaaggtgcgctgggtattggc
tctcgtattggaggtctaggccaaatgcctggttggtggtacacggtggaatctgacgcg
acccgccatctgttgcaccagttgaggactgctatcaaatccgctctggactctgaccag
gagactcgggaagaaatgcgcacgaactctgccaagcaacgattccctgtgttggaatgg
atccagaagttggaaaccttgcaacagacggccatccagatccatcatacaaagaacaag
aacactgtcgctggtcccatgccagagccgcagatctactgggagatgcagaacatgcgg
gactccacggcgagtctgcctggattggctcagtctgtcccagacggtctggagacgccg
ccttcaagagtgatgctgaacgccgagtcgcggcttcaagaactgcagacggacgacgga
aacaggagcagtctaggtcgtaaactctccctcggccgacgagctggacctggccagggc
agaaaccgtctggtcaaaaaggcacttcgcgacagtcaggtcgctgagagccagctggat
gaggaggccaccgatgccgaggcagaagtcgatgaggatgactccaattcgcaccgggtg
gactacatctccaccgatgaagctatgagggcagtcagtcacgctcttggattccaagac
aatggcgagtccgtaggaaacggatatggaaacgggaacagcgttacgccgccgtaccat
tccatgccaagctcaccgtacttcgtctcgcgggcttcgtcgccagcgccgaggacgcct
tctgatatgcctcaatacccattccaattggcacttaattccggcgagggcatgccgttt
gcccactcacgcaatgtctccgtcctgtctctgccttcagtgatgggtgaccacaatcag
caagtcttcgagttgcagaaggtagacccgacctttacggacagcatgggccacttcacc
cggcgattcgagcagctgctcaacaacttggacaagaagaactcgatgacagactgctgc
atcgagacctacttgatgaagagcgagcgtaagttctataacatgtacaacgacgcgcag
ctgaagaaacaccacgccaaggagtctatttcttcttcggccagtccggaccagctcgac
catgacacgcagtataaccgcctctcaaccgccacggccggttcggacccgagcgactcc
gatgaaatcgatcgctggctttcccggctggggtacaggcgccctatggccattcagcga
ttcatgcgacgacggatcggaaactggcccgtctacgctctgttcctaggccttggacag
atcatcgcgaccaactctgctcaaattaccttgctggtcggccaggtaggcgagacggcg
accaagttgtatgtgatcgcagcgatctactgcgtctcgtcgatcgcatggtggttcatg
tacgcccgtctgccagcggtgatcgtcctcagtctcccatggttcatatactgcttggct
tttattgtgattggcgtgtctccctttggactgtcggaagtcgggcgaggatgggctcaa
aatgtcgctgcaggcgtgtacgctgtggcgtcgtccagcggttcgttgttcttcgctctc
aacttcggtgaccaaggcgccgtccccgtcaaggattggatgttccgcgccagtctcatc
cagggtatttcgcagctgtacactgttgcactatggtactggagctccaaggtcaccgcc
accgaaattggaggcgtctccaccctcgcattgagtacctggaggctcacggccgtagtg
atgccgattgctgcggtatgcttcgtcatcggcgtgatcctcgccctgggcctgcccaaa
tactaccgccaagcacccagtcggatcctcttcttctacacgtcgctcttccgccgccgc
atcgtcctctggttcttcttcatggtcatcgtgcagaactggttcctcgccgccgcgttc
gggcgcaactggtcgttcctctggtcctccaagcacgccaagacatgggaggtcgtcatc
ctcgtagtcggcttcttcatcgtcctctgggtactcattctctttgccttccgcgcgctg
tccaaggagcacagctggatcctccccgtcttcggtctcagcctgggctccccgcgctgg
gcacaaacatggtggggaacgtccaatatcggctactatctcccttgggcagggagcctg
acgtctggtgccatcgtctccagatgtctgtggctctggctcggcgtcctcgatgagatc
cagcaggttggcctgggtatgatcctcctgcagaccctgacaagagtgcacgtctgcttt
gtcctcctggctgcgcaggccgtgggatcgatcgctaccatttgcgcgcgcggattcgca
ccgaatagactcggtccggacggtatctcgccgaatgtcggcacgtcggtggataagatt
gctaatgcatggttctggattgccttgtttttccagcttttggccagctttggattcctc
ctgttctaccgtaaagagcagcttaatcggccataa

  All links  
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 (4)   
   Pfam (4)   
All databases (16)   

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