KEGG   Gloeophyllum trabeum: GLOTRDRAFT_57069
Entry
GLOTRDRAFT_57069  CDS       T03130                                 
Name
(RefSeq) modular protein with glycoside hydrolase family 13 and glycosyltransferase family 5 domains
  KO
K00749  alpha-1,3-glucan synthase [EC:2.4.1.183]
Organism
gtr  Gloeophyllum trabeum
Brite
KEGG Orthology (KO) [BR:gtr00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:gtr01003]
    GLOTRDRAFT_57069
Enzymes [BR:gtr01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.183  alpha-1,3-glucan synthase
     GLOTRDRAFT_57069
Glycosyltransferases [BR:gtr01003]
 Polysaccharide
  Structural polysaccharide
   GLOTRDRAFT_57069
SSDB
Motif
Pfam: Alpha-amylase Glyco_transf_5 Glycos_transf_1 Glyco_trans_1_4 GT4-conflict
Other DBs
NCBI-GeneID: 19307154
NCBI-ProteinID: XP_007863042
JGI: Glotr1_1_57069
UniProt: S7RU68
Position
Unknown
AA seq 2351 aa
MRFSTALVFLLSFATLASASPYRDDLVDYNLNVNKNAQSPTEYTTSRTNTTYTPSPTNWR
EIPFYTILMDKFADGDPANNDYFETMFEVDWRETQLRFGGDLKGLVSKLDYLYGMGIRGI
FISGTPFLNMIWQADSYSPLDFTVLDPHWGTIDDWVTTIDEIHARGMYIMADFTVGTMGD
LVGFDGYLNTSTPFDLNEHPAVWKHPLYTPWNFSEYKDFAIDNTRNTSCKLPTFWQDDGT
VVDVSANGCLNSEFDQYGDMEAFGVHPDWQRQLAKFASVQDRLREWRPEVMEKLKVFSCL
AITALDIDAIRVDKSTQVTVDALAEWASSTRACAAKLKKNNFYITGEVTGGDTFGALYIG
RGRTPTMLPPGFLAAADLKSEDNQYFLRDAPLNGLDGVAFHYSFYRSLERFLGLDGNLQV
AFDVDTNFVTAWNQMFVNDDFINSQTGYVDPRHMFGTSNFDVFRWPGLENGTQKSALGTF
LASMVMPGIPLLYYGEEQNMYIYDTSASNYLYGRQAMMSNKAWQRHGCYALGSDQFFNFP
LERTLMGCKDDWNSLDHFDPTADSRRVFSQFLYLRTVYSALQDGFNLVQRGNWTYFIGLP
GSNGTLTEKGLWSVSRSGIPNVQNLTGQHTDQVWMLYTNENTTKTWSYDCTSDKWISSPY
QGGTTVRNLFAPYETYTLQDSLSSYYNDSKAPYYGCLQSVQMDPFGFKALVPATEWVAPP
PALTKFVPGHDARKQVEAGDANATTVDIRFEFNVEMNCDSVTAALSFNMSSSGKGGNPTF
DKNNVKCDDIQDREISKIPGADTSAWYWSTTLTNVPDGILTITLNNPSTKDGTASTNAID
HLLLRKGSSKNVMVFPESDYDSSSFSFVDGKYNFSHKAYGADMFRYSWNFGQNWTKWQNW
EDVTLIDKDLFDNDENWWQGQHIMVQYWSNAVTSSAQVVHADLNYPKPRRYPQFLARGPF
NSWGYDKGIEAVMTHSDDGKWELEIMATWPTYLQLNIFGYDNYYYGDVDGDGVLDRLPPN
TAAPNYLNLSAPPHPHLAWNLVVDDSTLTWTLEPRGHSAVGAIMYALLLSIPLFTASLAV
AVFMWSFYGIRYNKWGVKPNKDHSNYFPIIGSLGNKSASDLKEAATPMSEKMFGHKHPEQ
IIGWPEDKNKRRKVLIATLEYEIIDWKLKVKIGGLGVMSSLMGKAMTDVDLIWVVPKVKD
IEYPPGDPAEPIEVIIFGEPYLIEVETHCLDNITYVLLDSPVFRAQTKADPYPARMDDLS
SAIFYSTWNQAIAATVRRYPDIDIYHINDYHGALAPIYLLPKVLPVCLSLHNAEFQGLWP
LRTKEEMKEVCSAFNISKEHCTKYVQFGNTFNLLHAAASFISVHQKSVGVAGVSDKYGKR
SWARYPALWTLKHVDSLPNPDPTDIAALDENPTSLRDIQIDQEAEAQRPEHKRQAQEWAG
IKQDPNAALFVFVGRWSKQKGVDIIADVMPSLLEKRPQIQLICVGPVIDLYGRFAAEKLN
RLMELYPDRVFSKPEFTALPPFLFSGADFALIPSRDEPFGLVAVEFGRKGALGVGSRLGG
LGLMPGWWFPVESTSTQHMQSQLKKTIKMALKSTEEERAILRARSAVQRFPVVEWRQRME
DFHRRSITISRNHAGPNAWRPSDGDSGRHQPIGEAEDWNPEYQPYPSQPEWDARSGSFRM
SAASTPGSPGQWSQDPFTPGAEHHLAAPPRLMPDSRRGSFSTDVSDNEGDYFSQPGGSGD
TPQVEYSKFLDKANRTIAKDQRHVPDPFLDTAPPTRPFGAHSRVSSVESIASIVDEKQNS
PLNKAIASFTDADGGVAHEFVEKLRNLNPENSQHELSIEKFLMKSEEAFFDKVRKDKLST
AASIRSSKRESVWGTPSIYDTGSSRPSSPNGLSSASGFTDYNGPLTSELPEVVTMTGLQI
AMQREIGGWPLYTIIIAAGQMLSATSFQITLLSGQNWQDNLQLYVLGAVFLAASFVWYAL
FRLKPSVYVLAAPWIFFGLAFFLIGLPSVTSALHPTHKALSSAATWCYAVASAAAFCFFG
LNFGEEAGAATEVWTMRACIVQGSQQIWVAALWYWGNSLEGAQTDSIPPWWIVLIVWPLA
ALSLLFTYLMLYGLPEYYRQTPPKVPNFLKTLFRRKLVLWFLASEILRDYWLSGPYGRNW
GFLWSGNIPKWQIALLVVAFFVVVWAILMYILTQFSKIHTWLLPVFAVGLGAPRWCQMLW
GTSSLALYIPWAGHAGPYLGVSLWLWLGVLDAIQGVGLGMILLQTLSRLHVCATLAFSQI
IGSICVMVARATAPNKIGPESVFPDAATWDFEQGLKGSPMASPTFWVALVCQLIIVIGYF
WFYRKEQLARP
NT seq 7056 nt   +upstreamnt  +downstreamnt
atgcggtttagtaccgcgcttgttttccttctctcgtttgctacattagcaagcgcttcg
ccataccgggatgacctcgttgactacaacctcaatgtcaacaaaaatgcacagtccccg
accgagtacaccacctcgcggactaatactacctatactccgtcccccaccaattggcgg
gagatccccttctacactatcctaatggacaaattcgccgatggcgatcctgctaataat
gactacttcgagacaatgttcgaggttgactggagagagacgcaattacggttcggtggt
gatctgaagggtctggtatcgaagttggactatctgtacggaatgggcattcggggtatc
ttcatctcaggtaccccgttcctaaacatgatttggcaagccgacagttactccccgttg
gacttcacggttttggatcctcattggggtaccatcgatgattgggtcactaccattgac
gagattcatgcgcgtgggatgtacattatggcagattttacggttggcactatgggtgat
cttgttggttttgacggctatctcaacacctcgacgcctttcgacttaaacgaacaccct
gctgtttggaagcacccgctgtacaccccgtggaacttctctgagtacaaggatttcgcc
attgacaacacccggaacacgtcctgcaaacttcccaccttctggcaagatgacggtact
gtagtcgatgtctccgcgaacggatgcttgaactcggaatttgatcaatatggtgacatg
gaggctttcggtgtgcatcccgattggcagcgtcagttggccaagttcgcttccgtgcag
gatcgtttgagggagtggaggccggaggtgatggagaagctgaaagtcttctcctgcctg
gcaataactgcccttgacatcgacgctatccgtgtcgacaaatctactcaagtgacggtc
gatgctttggctgaatgggccagtagtacccgcgcatgtgctgccaagttgaagaagaac
aatttctacatcaccggtgaggttactggtggcgacactttcggagccttgtacataggt
cgtggacggacacctaccatgttacctcctggattcctggcggccgcggacctgaagagt
gaagacaatcaatacttcctccgagatgctccactcaatggcctggacggtgtcgctttt
cattactcattctaccggtcgctggagcgtttcctgggtctggacggcaatctgcaggtc
gctttcgacgtcgatacgaacttcgtcaccgcctggaaccagatgttcgtcaacgacgat
ttcatcaactctcagaccggctacgttgatccacggcacatgtttggtacgagcaacttc
gacgtattccggtggcctgggctcgagaatgggactcagaagagtgctctcggtaccttc
ttggcatctatggtgatgccgggtataccgctcctgtactatggcgaagaacagaacatg
tacatttacgacacatccgcgtccaactacctttacggtcgtcaagccatgatgagtaac
aaagcatggcagcgccatggatgttacgccctgggttctgaccagttcttcaacttccct
ctcgagagaaccctcatgggatgtaaggacgattggaattcactcgatcatttcgacccc
accgcggacagccgacgcgtcttctcgcagttcctgtaccttcgcacggtctatagcgct
ctgcaggacggtttcaacctcgtacagcgtggaaattggacgtactttatcggactcccc
ggctcaaacgggacgttgacggagaaaggcctgtggtccgtgtcgcgttctggcatcccg
aatgtgcagaacttgactggacagcacaccgaccaagtctggatgttgtataccaacgag
aataccaccaaaacctggtcatacgactgtacaagcgataagtggatctcctctccctat
cagggtggcacgaccgtcaggaacttgtttgcgccttatgagacgtacaccctccaggat
tccttgtcttcgtactacaacgacagtaaggcgccatactatggctgtctgcagtccgtc
cagatggatcctttcggcttcaaagctctagtccctgcgacagaatgggttgcgcctccg
cctgcgctcacgaagttcgtgcctgggcatgacgcgcgcaaacaggtagaggcaggtgat
gctaatgctaccacagtcgacattcggttcgagttcaatgtcgagatgaattgtgacagc
gtcaccgcagccctatctttcaatatgtcttcgtcagggaagggaggaaatccgaccttc
gataaaaataatgtgaagtgcgacgatattcaggaccgcgaaatatccaagatccccggt
gctgacacttctgcctggtattggtctacgacgttgaccaacgttcctgacggtatcttg
acgatcactctcaacaatccatccacaaaggatggaacggcatcgaccaacgccattgac
cacctcttgcttcgcaagggctcatccaagaatgtcatggtcttcccagaatcggactac
gacagttcctcgttctcctttgtggatgggaagtataacttctcacacaaggcgtatggt
gcagatatgttccggtactcctggaacttcgggcagaattggacgaagtggcaaaactgg
gaggatgtaacgctgattgacaaggacttatttgacaacgacgagaactggtggcagggc
caacacatcatggtgcagtactggagcaacgccgttacgtcttccgctcaggtggttcat
gcggatctcaactaccccaaaccgcgtcgttatcctcaattccttgcccgcggccctttc
aacagctggggctacgataaaggtatcgaggccgtcatgacgcacagcgacgacggaaaa
tgggaactggagatcatggccacgtggcctacgtacttgcagctcaatatctttgggtat
gacaactactactacggcgacgtggacggcgatggagttctggatcgcctgcctccgaat
accgcagcccccaattatcttaacttgtcggcccctcctcacccgcatctggcatggaat
cttgttgtcgacgactcgactcttacatggactctggagccgcgggggcactccgcggta
ggcgcgatcatgtatgctctgctgttatcgattcctctcttcaccgcttccctggccgtt
gccgtattcatgtggtccttctatgggatcaggtacaacaagtggggtgtcaaacctaac
aaggatcacagcaactatttccctatcatcggctctcttggcaacaaatcggcttcggac
ctgaaggaagcagcgacgcccatgtcggagaaaatgttcggccacaagcatccggaacag
attattgggtggcctgaggataagaacaaacggcgcaaggttttgattgcgactctggag
tacgagatcatcgattggaagctgaaagtcaagatcggtggtttgggtgtcatgtcgtct
ctcatgggcaaagcaatgacggacgtcgaccttatttgggttgtaccgaaggtgaaggat
atcgagtatccccctggagatcctgccgagcccatcgaggttatcatcttcggagagccg
taccttatcgaggtcgaaacccactgcctcgataacataacttacgtgctgctcgacagc
cccgtcttccgagcccagacaaaagcggacccttaccctgctcgcatggacgatctcagc
tcagccatcttttactccacttggaatcaagccatagctgcgaccgtgcgacggtaccca
gacattgatatttaccacatcaatgactaccacggagcactcgcacctatctatctcctg
ccgaaagtactgcctgtctgcttgtccctccacaatgccgaattccaaggtctctggcct
ctgcggaccaaggaggagatgaaggaagtttgttcggctttcaatatcagcaaggagcac
tgcaccaaatatgttcagttcggcaacactttcaacttactgcacgctgcggcatcattc
atcagcgtgcaccagaagagtgttggtgttgctggtgtgtcggataaatacgggaaacgt
agttgggcccgttatcccgccttgtggactctcaaacacgtggattcccttcctaatcct
gaccccactgatatcgctgctttagatgaaaatccgacttcattacgtgatattcagatt
gaccaagaagcggaagcgcagcgtccggagcacaagcgtcaggctcaagaatgggctggc
atcaagcaggatcccaatgccgctctctttgtgtttgtcggtcgctggtcaaagcaaaag
ggtgtagacattatcgcagatgttatgccgtccctgctggagaagcgaccgcagattcaa
ctcatctgtgtcggacctgtcatcgacttgtacggacggtttgccgcagagaaactcaac
cgtctcatggaactttaccctgatcgcgtattttcgaagccggaattcactgctcttcct
ccattcttgttcagtggagctgatttcgctctgattccctctcgtgatgagccctttggt
ctagtagcagtcgagttcggtcggaaaggtgctcttggagtcggtagtcgccttggtggg
ctgggactgatgcctggttggtggttccctgtcgaatcaacgtcaacgcaacatatgcag
tctcagctgaagaagacaatcaagatggccctcaagtccacagaggaagaacgtgccatt
ctccgcgcccgttccgcagtacagcgtttccctgtcgtggaatggagacagcgtatggag
gacttccaccggcgcagcatcacgatcagtcgcaaccacgcaggtcctaacgcatggcgt
ccgtcggacggagatagcggtcgccaccagcctataggcgaggctgaggattggaatcct
gagtatcaaccttacccatcccaaccagagtgggatgctagaagcggaagcttcaggatg
agcgctgcgagcacgccaggctcgccaggtcaatggagtcaggatccgttcacgcccgga
gccgagcaccatctggctgcacctcctcgtctcatgcccgatagtcgtagagggtcattc
agtacggatgtgtctgacaatgaaggtgactacttctcccagccgggcggtagtggtgac
actcctcaggtagaatattcgaaattccttgacaaagccaaccggacaatagctaaggac
cagcgacatgttcctgacccattcttggatactgctcctccgacgcggcctttcggtgcc
cactcaagagtgtcatctgtcgagtctatcgcgtccattgtcgacgagaagcagaattca
ccactaaacaaggccatcgcctcgttcacggatgctgatggtggagtggcccacgaattt
gtggagaaactacgaaacctgaacccagagaactctcagcacgagttatccatcgagaag
ttcctaatgaagagcgaggaggcattcttcgataaggtccggaaggataagttgtccacg
gccgccagtatccgatcgtcgaagagagagtccgtctggggcacaccttcaatatacgac
actggcagttcacgcccctcctccccgaatgggctgagctccgcaagcgggttcactgac
tacaatggtcctcttacaagtgaactccccgaagttgtgacgatgacgggactgcagatc
gcaatgcagagagaaatcggcggatggcctttgtataccatcatcatcgctgcgggacag
atgctgagcgccaccagcttccagattaccttgctatccggtcaaaattggcaagacaac
ttgcagctttatgtgttgggcgccgtgttcttagccgcgtccttcgtgtggtatgctctc
ttccggttgaagccatcggtctatgtgttggctgctccctggatcttctttggactcgct
ttcttcctcatcggtctgccgtccgtgacttctgccctacatcccacgcacaaagctttg
tcaagcgccgctacatggtgttacgctgttgcgtctgcagcggcgttctgcttctttggt
ctcaatttcggtgaagaagctggtgctgccactgaagtttggacgatgagagcttgcatc
gtacaagggtcgcaacaaatctgggtcgccgcgttatggtactggggtaactccctcgag
ggtgcccagacggatagtataccaccatggtggatagtcctcattgtctggcccttggct
gccttgagccttcttttcacgtaccttatgttgtacggtctacccgagtactatcgtcag
acaccaccgaaggtacccaacttcctaaagacacttttccgccggaagctcgtgctatgg
tttttggcctcggaaatcttacgcgactattggctcagtggtccctacggccgcaattgg
ggcttcctatggagcggcaatataccgaagtggcaaatcgccctcttagtcgttgctttc
tttgtcgttgtgtgggcaatcttgatgtacatcctgacgcagttcagtaagatccatacg
tggttgttacctgtgtttgctgtgggattgggtgcgcctcgatggtgtcagatgctttgg
ggaacatcttccctagccttatatattccttgggcaggccacgcgggtccatatctgggt
gtttctctgtggttatggctgggcgttcttgacgctatccaaggcgtgggactgggtatg
attctactgcagaccttgtcgcgtctccacgtttgtgccacgcttgcattctcgcagata
atagggtctatatgtgtcatggtcgctcgggctactgctcctaacaagatcggaccggaa
agcgtcttccctgacgctgccacatgggacttcgagcaaggtctaaaggggagccccatg
gcatcgcccacgttctgggtggcattggtatgccagctcatcatcgtcataggctacttc
tggttctaccggaaggagcaattggcccgaccatga

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (43)   
   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 (5)   
   Pfam (5)   
All databases (61)   

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