KEGG   Melampsora larici-populina: MELLADRAFT_117001
Entry
MELLADRAFT_117001 CDS       T03138                                 
Name
(RefSeq) family 13 glycoside hydrolase
  KO
K01196  glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]
Organism
mlr  Melampsora larici-populina
Pathway
mlr00500  Starch and sucrose metabolism
mlr01100  Metabolic pathways
mlr01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:mlr00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    MELLADRAFT_117001
Enzymes [BR:mlr01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.25  4-alpha-glucanotransferase
     MELLADRAFT_117001
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.33  amylo-alpha-1,6-glucosidase
     MELLADRAFT_117001
SSDB
Motif
Pfam: hDGE_amylase GDE_C hGDE_central hGDE_N
Other DBs
NCBI-GeneID: 18925926
NCBI-ProteinID: XP_007412149
JGI: Mellp1_117001
UniProt: F4RSD6
Position
Unknown
AA seq 1649 aa
MPSKRKPSPKINKSTLPNSDLTSATKVNENTSKRVVLSPIINPASNPSKLPNPISKSEPS
NLKKPISYSLPDIIDLTMSDKSSAPMTIYQLALEDDGSPSKEKSYIRLPAPYEPYALRIL
IAAGARSSKAASLFTNFPLDQSEFDRSKFHEKPLPSDTSKPIQVDLPITKAGVFEFYFEY
DDTSDSHEKRRIKSRSGYFNVDPILSVASRKSILKTSQDHSVQVLPFGKTGETIDRNAPL
VNLPLDGLVIQTVIAKWMGTLNNWSPYLDLIRDRGYNMIHFTPLQQRGESGSPYSIFDQL
RFDPELFETQSSSAEKEKEELSTWLSRIRDEWGILSMTDVVWNHTAHNSLWLRDHPESGY
NVLNSPHLEPALELDSALLELSSQLANKGLPVELKSSSDLDQIMKAIEHELMPQLKLWEY
YVLDVDQLVTQFQKAWNSTQSTNDSSSNWAQHVDAFALEAACLPSSDDKGQGGWRAVTGP
RSHATQKLNLKAAVEFFHSKGLKECDPTVPELFKRLLQELNVDRYREYDNDVITILGNIK
NRLQYTRLDEGGPRMGPFNEKYPLIETLFTRLEVNETTKKHDPRSLALANNGWIWNANPL
EDFASPSSKAYLRREVIVWGDCVKLRYGKGESDNPFLWKKMKEYTTLLASLFHGFRIDNC
HSTPIHVGEALLDVARRVRPDLYVCAELFTGSEEMDTYFVSRLGINSLIREAMNGHDPKD
QSRLLYNYGLGKPIGSMDTDVLTEQSTVVDSSTGHSKPCQIVPLHGSRPHAFLMDCTHDN
ESPSKKRTARDALSTGALVAFSYAAVGSNKGFDDLYPELLDLVKEKRMYEKVDVAHGIGS
WKRILNHLHTEMILEGYKEGHFHQENDYIISHRVHPSTHHGYLLVAHTAFHGDGTDRGHV
EPMRLRGTKAQFILGSTLEVVSNKDASDAKTLKGLDSKLTPIEANATDIICLGSDGEGNY
VDIKVPSKFPPGSVMLFSTWMEGMKVEGEGGATKSLESMMRSGAEQAFGNLSILDLNVVL
FRTDGEERDISGGKDGIYNVPGLHPALTYCGLEGWMFGLRHVIRSNDLGHPLCAHLRDGP
WAFDYVVGRLKNHLEYFPNLDKPVKWFEERVKVIKDSVPAFLRPKYFALLIYAAYRAGRA
RVIDQCSEFVKNGTDFVHTLAMSAIQMYGVVQSSSLDSNKLVGSVAAGLPHFSSGWARTW
GRDCGISASGLFVKTGLWEPARAHILCFCTTLKHGLMPNLLDSVRTPRYNSRDAPWFILQ
LLQDYVKHSEEGESFLDVEISRRFPKSDEWVSWDDEKAYKEKMKVIEVVEEVLERHANGI
HFREYNAGPAIDCQMKDIGFNIDIEVDWNSGLIHGGNEFNCGTWMDKMGESEKAGNKGIP
GTSRDGAPVEITGLIYSTLRWMEKLSDAGKVKKDGVEITKNGTKTVTKYRDWADLIRDNF
EKKYYVPLDPKEDSKYEIEPNLVTRRGIYKDVYGTPSERAHADYQLRPNFPIAMVVAPDL
FDRDHAHEALRTVKQALMGPLGMKTLDPKESDYRPNYDNSNDSHDWHVAKGRNYHQGPEW
VWPVGYFLRAYLKFDLKDQKERGETIHEIHSMLAAHRKHLIHDPWAGLPELTNENGNHCK
DSCESQAWSTSTLLDALFDIYEEQKQLLA
NT seq 4950 nt   +upstreamnt  +downstreamnt
atgcctagtaaacgaaaaccatctccaaagataaacaaatcaaccctacctaatagtgat
ctcacttccgcaactaaagtaaatgagaatactagtaaaagagtggtattatctccaatc
atcaatcctgcctcaaatccatctaaattaccaaatccaatttctaaatctgaaccttca
aacctcaagaaaccaatctcatactcattgccagatataattgatctcaccatgtccgac
aagagctcagcgccaatgactatctatcaacttgcattggaagacgatggatcaccttca
aaggaaaaatcgtacatccgtttacccgcgccatacgaaccttatgcattaaggattctg
atcgcagcgggagcacgaagttcgaaagctgcaagtctctttactaatttcccattggat
caaagcgaatttgatcgatcgaagtttcacgaaaaacctttaccttccgatacatctaaa
ccgattcaagtcgatttaccgatcactaaagctggagtgtttgaattctattttgagtat
gatgacaccagcgattctcatgaaaaaagaaggataaaaagtcgatcaggttacttcaat
gttgatccgatcctttcggtcgctagcaggaagtctatactcaagacaagtcaggaccac
tcagttcaagtactgccctttggtaaaaccggcgagacaatcgataggaatgcccctctg
gttaacttacccctcgatgggcttgtgattcaaaccgtgatagcgaaatggatgggaact
ttaaacaattggtcaccttatctcgatttaatacgtgatcggggttacaatatgatacat
ttcaccccacttcaacaacgtggagaaagcggtagcccttatagtatctttgaccaactg
agatttgatcctgaattattcgaaactcaatcttcatccgctgagaaagagaaagaagaa
ttatcaacttggctgagtcggatcagagatgagtggggtatattgagtatgacggacgtg
gtttggaatcacacagctcataacagtctatggctgagggatcatcctgaatcaggatat
aatgtgctaaactcgccacatctagagccagctttggaacttgacagcgccctactcgag
ctatcttctcaactggccaataaaggtcttccagtcgaacttaaatcatcttcagacttg
gatcaaatcatgaaagccattgagcatgagttgatgcctcaactcaaattgtgggagtac
tatgtgttggatgtcgatcaacttgtcactcaattccagaaagcttggaattctactcag
tccaccaacgattcgtcctcaaactgggctcaacatgttgatgcatttgcactcgaagct
gcctgtttaccctcatcggatgataagggtcaaggaggttggcgtgcagttaccggtcct
cgatcgcatgcaactcaaaaactcaaccttaaagcggctgtggagttttttcattccaaa
ggtttgaaggaatgtgatcctacggtaccggagcttttcaagcgcttgctgcaagagtta
aacgttgatagatatcgagagtatgataatgatgtgatcacgatcttgggtaatataaag
aacagattacaatacactcgattagatgaagggggtccacgaatgggacctttcaatgaa
aaatatcccttgatcgagaccttgtttaccagattagaagtaaacgaaacgaccaaaaaa
cacgatccacgctcattagcattagcgaacaacgggtggatctggaatgcgaatccgctc
gaagattttgcttctccatcttccaaagcgtatctgagaagagaagttatagtctgggga
gattgtgtcaagttgagatatggtaaaggagaaagcgataatcctttcttatggaagaag
atgaaagaatatactacgttactagctagtctctttcatggttttagaattgataattgc
cattcgactccaattcatgtcggcgaagctttactcgatgtcgccaggcgagttagaccg
gatctctatgtttgtgccgaactcttcacgggtagtgaagagatggatacgtactttgtt
agtcgactaggcatcaatagtttgataagagaagcgatgaatggtcacgatccgaaagat
caaagtcgattgctctataactatggattaggtaaacctatcggatcaatggatacggac
gttcttaccgaacaatcaactgttgttgattcctcaacagggcattcgaagccgtgtcaa
atcgttccattacatggatcaaggccacatgcgtttttaatggattgcactcatgataat
gaatccccatccaagaagcgaacagcacgcgatgcgctctcgactggtgccctggtcgct
ttctcttatgcggctgtaggttcgaacaaaggatttgatgatctttatcccgagttgtta
gaccttgtcaaagagaagagaatgtatgagaaggttgatgttgctcacgggataggcagc
tggaagaggatattgaatcatctgcatacggagatgatcctggaaggttataaagagggt
cactttcatcaagaaaatgattatattatctcacatcgggttcacccatctactcatcat
ggatatcttttagttgctcacacagctttccatggtgatgggactgatcgaggccacgtc
gagccgatgagattaaggggcacaaaagcgcaatttatacttggatccacgcttgaagtt
gtctctaacaaggacgcatccgatgctaaaacactgaaaggtcttgactctaaacttact
ccgattgaagctaacgccacggatataatttgcttggggtctgatggcgaaggcaattat
gtggatatcaaggttccgtcaaaatttcctcccggaagtgtgatgcttttctccacttgg
atggaaggtatgaaagtggaaggcgaaggaggagccacgaaaagtttagaatcaatgatg
agatcaggtgcagagcaagcctttggaaacctttcaatcctcgatttgaatgtggtcctc
tttagaacagatggcgaggaacgtgacatatcgggtggcaaggatgggatctacaatgta
ccaggccttcatccggcgttgacttactgtgggctcgaaggatggatgtttggattgaga
catgtcattcgtagcaatgacttgggtcatccgctctgtgcacatcttcgagatggaccg
tgggctttcgattatgtggtaggccggttgaagaatcatttggaatatttcccgaacttg
gacaagccagtcaagtggtttgaagaacgagtcaaggtgatcaaagattcagtcccagcc
tttcttcgacctaaatattttgctcttttgatctacgccgcatatcgagctggtagagca
agagtgattgatcaatgttcagagtttgtcaagaacggtactgattttgtgcacacgttg
gcgatgagtgcgatccaaatgtatggagttgtacaatccagttcattagactccaacaaa
ttagtaggatctgtagcagctggtctaccacatttcagttcaggctgggctagaacttgg
ggtcgggattgcgggatcagtgcatcgggattgttcgtcaagactggactttgggaacct
gctcgggctcatattttgtgtttctgcacgactcttaaacatggattgatgcctaactta
ttagattcggttagaaccccgagatacaactctagagatgcaccttggtttattttacaa
ctattgcaagattatgtcaaacattctgaagaaggtgaaagttttctagatgtggagatc
tccagacggtttcccaagtcggatgaatgggtcagttgggatgatgagaaagcttacaag
gagaagatgaaagtgattgaagtggttgaagaagtgttggaaagacacgcaaatggcatt
cattttcgtgaatacaacgctggaccagcaatcgattgccagatgaaagatattggattt
aacattgatatcgaggtagattggaactctggtttgatccatggtggaaatgagtttaat
tgcgggacttggatggataagatgggagagtctgagaaggctgggaataaagggattcca
ggtacatccagagatggagcgccggttgagatcactgggttgatctatagtacattgaga
tggatggaaaaactctcggatgcaggcaaagtaaagaaggatggggtcgagatcaccaaa
aacgggacgaagactgtgactaagtatcgagattgggctgacttgatacgtgataacttc
gagaagaaatactatgtgccgttagatccaaaggaagactcgaagtacgagattgaaccg
aatctagtaactcgcagaggcatctacaaggacgtctatggtactccaagtgaacgagct
catgcagattatcaattgagaccgaattttccaatcgcgatggttgttgctcccgatctc
tttgatcgagatcatgctcatgaagcacttcgaacagtcaaacaggctttgatgggacca
cttgggatgaagacactcgatccaaaggagagcgattatagaccaaattatgataattct
aacgactcgcatgattggcacgtcgccaagggaaggaactatcatcaaggacctgaatgg
gtttggcctgttgggtatttcttgagggcttatctaaagttcgatttgaaggatcaaaag
gagcgtggagaaacgatccacgagattcattcgatgttagcggctcatcgcaaacatctt
atacacgatccttgggctggtttacccgaattgactaatgagaatgggaatcattgcaaa
gacagttgcgagagtcaggcttggtcgacatcgactttgttggacgctttgtttgatatt
tatgaagagcagaaacaattattagcttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (88)   
   KEGG ORTHOLOGY (1)   
   RefGene (83)   
   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 (112)   

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