KEGG   Drosophila willistoni: 6640393
Entry
6640393           CDS       T01067                                 
Name
(RefSeq) glycogen debranching enzyme isoform X3
  KO
K01196  glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]
Organism
dwi  Drosophila willistoni
Pathway
dwi00500  Starch and sucrose metabolism
dwi01100  Metabolic pathways
Module
dwi_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:dwi00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    6640393
Enzymes [BR:dwi01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.25  4-alpha-glucanotransferase
     6640393
 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
     6640393
SSDB
Motif
Pfam: hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase
Other DBs
NCBI-GeneID: 6640393
NCBI-ProteinID: XP_015034230
FlyBase: FBgn0223589
UniProt: B4MPI2
Position
2L
AA seq 1576 aa
MLTEGYQWLLKTSRDNLFALFQLLLGYQFVRWFIEFYEQCSMAKDMEIHSIPISEGQNAE
HVLYRLKRGSKLCVHPDSSLLGRKIALYTNYPAEGKKFVRTEYRLLDWHLKNGKQITTVM
HPEAHVVDTDIYAQVELQISGTFRFYFTYAEREVNSTSPPDGALYVQVEPTLHVGPPGAQ
KIIPLDSVRCQTVMTKLLGPLNTWESKLRVAKESGYNVIHFTPIQELGGSRSGYSLRDQL
KVSSNCASKKGEKITFEDVEKVIKKCRQEWGVASICDIVLNHTANESEWLLQHPDATYSC
TTCPYLRPAFLLDVALAQCGSDIAAGNLEHVGVPSIIDSECHLEALKYQLHNTYLSKVNI
YELYQCDVMKYVNEFMTQVRTREPPKNVANESRFREIQLIQDPGYRRLASTINFELALDI
FNAFHGDCFDEESRFRKCAETLRHHLDDLNNRVRGEIQEYLNYAIDNCLAGVRYERVQHD
GPRVREISEKHSVFMTYFTHTGCLGKSLNEIEKDMYTKAGDLFMAHNGWVMGSSDPLKDF
AEEQPGRANVYLKRELISWGDSVKLRFGRKPEDSPYLWRHMTEYVETTARIFDGVRLDNC
HSTPLHVAEYLLDAARKINPELYVVAELFTNSDGTDNVFVNRLGITSLIREALSAWDAHE
QGRLVYRYGGVPVGGFYANPMRDAASTVAHALFLDLTHDNPSPVEKRSVYDLLPSAGLVA
MACCATGSNRGYDELVPHHIHVVDEERPYQEWGKGVDAASGIIGAKRALNLLHGQLAEEG
FSQVYVDQMDPNVVAVTRHSPISHQTVILVAHTAFSYPDPNAGPTHVRPLTFEGVLDEVI
LEASLTMQSDKPFDRPAPFKRSENVINGFTQFKLNLQEHIPLSKSQVFSTQLSVEGNNTV
LHFANLRPGTVVAIRVSMHPGPRNSFAKLQQLTNDLRLGTNEELQAIVSKLDLPSLSPAI
FSCDQEERDLGLGGTAYDIPNFGPLVYCGLQGFVSLLTEISPHNDLGHPLCNNLRDGNWM
MDYIADRLNNYDELKPLSKWFKDAFEPLKNIPRYLIPCYFDAIVSGVYNVLVQQVNNLMP
SFIRDGHQFPQSLALSTLQFLAVCKSANMPGFSPALSPPKPPKQCVTLAAGLTHFSTGYM
RCWGRDTFIALRGCMLLTGRFNEARFIILGFGECLRHGLIPNLLDSGKPRFNCRDAVWWW
LHSIKQYVESAPKGADILKDKVSRIFPYDDAEPHAPGAFDQVLYDVMQEALQIHFQGLQY
RERNAGQQIDAHMVDEGFNNHIGVHPETGFVYGGNVFNCGTWMDKMGSSEKANNRGRPST
PRDGSAVELVGLQYAVLRFMQGLAEKQVIPYTGVERKGPSGEQTKWSFKEWADRIKENFD
KHFFVGDQETCAVANKRGIYKDSHGATQSWTDFQLRCNFPITLTVAPDLCNPQKAWRALE
LAKKHLLAPLGMKTLDPDDWNYRANYDNSNDSTDCTVAHGANYHQGPEWLWPIGFYLRAR
LIFAKKCGHLDETIAETWSILRAHLRELQTSHWRGLPELTNDNGSYCPDSCRTQAWSIAA
ILEVLNDLHNLGADVA
NT seq 4731 nt   +upstreamnt  +downstreamnt
atgcttactgagggttaccagtggctcttaaagaccagcagggataatttgtttgccctt
tttcaattgttgttgggctatcaatttgtacgctggttcatcgaattctacgagcaatgt
tcaatggccaaagatatggagattcacagcatacccattagcgagggtcaaaatgctgag
catgtgctgtaccgtttgaaacgtggctccaaattgtgtgtccatccggattcctctcta
ttgggtcgtaagattgcactctatacgaattatcctgcagagggaaagaaatttgtgcgt
accgaatatcgtctattggattggcatttgaaaaatggcaaacaaatcacaacagttatg
catccggaggctcatgtggtggacaccgatatctatgctcaggtggaattgcaaatatcg
ggcacatttcggttttacttcacttatgctgaaagggaagtgaactctacttcgccacca
gatggtgctctctatgtccaagtagaacccactttgcatgtgggaccacctggagcccaa
aagattatacctttggattcggttcgttgccagacggtgatgacaaaacttttaggaccc
ctcaatacctgggaatcaaagttacgtgtggccaaggagtcgggctacaatgtcatacac
tttactcctatccaagaattaggtggctcacgttcaggttactcgctaagggatcagcta
aaggtcagctctaattgtgccagtaaaaagggtgaaaagatcacattcgaagacgttgag
aaagtcatcaaaaaatgtcgccaagaatggggggtggcctccatttgtgatattgtcttg
aatcacacagccaatgaatcggaatggctattacaacatccggatgcaacatattcatgt
acaacctgtccctatttgcgtccggcttttttgctcgatgttgctctggcccaatgtggc
agtgatattgcagcaggcaacttggaacatgtgggcgtgccttccattatcgattcagag
tgccatttggaagccttaaagtaccaactgcataatacctatctatccaaggtcaatatc
tatgaactgtatcaatgcgatgttatgaaatatgtcaatgaatttatgacccaagtgcgg
actcgagagccaccgaagaatgtggcgaatgagtcacgctttagggagattcaattgata
caggatcctggatatagacgcctggctagtactatcaattttgaactggcattggatata
tttaatgctttccatggcgactgtttcgatgaggagtcacgtttccgcaagtgcgccgaa
acgctgaggcatcatttggatgatcttaacaatcgagtaaggggagagattcaggaatat
ctcaattatgccatagacaattgcctggcaggagtacgctatgagagagtccagcatgac
gggccacgggtacgagaaatatcggaaaagcattccgtattcatgacttacttcactcac
actggttgtctgggcaaatcattgaatgagatcgaaaaggacatgtacacgaaggctggt
gacttgtttatggcccacaatggctgggtcatgggctccagcgatccgttgaaagacttt
gccgaagagcaacccggtcgggccaatgtctatctaaagcgagaattgatctcctggggc
gatagtgtgaagctacgctttggtcgtaaaccagaggacagtccctacttgtggcgtcac
atgacggaatatgtggagaccactgcccgcatttttgatggtgttcgtctggataattgt
cattcaactcccttgcatgtggctgagtatttattggatgctgcccgtaaaatcaatccg
gaactgtatgttgtggccgaattgtttaccaattccgatggaacggataatgtatttgtc
aatcgcttgggcattacctcactcatacgtgaagctctctccgcctgggatgctcatgag
cagggaagattggtttatcgctatggtggtgtccccgtgggcggattctatgctaatccc
atgcgtgatgcagcttccactgtggcacacgctttgttcttggacttgacccatgacaat
ccttcgcctgtggaaaagcgctcagtctatgatcttctaccatcggctggtttggttgcc
atggcttgttgcgccacaggaagtaatcgtggctacgatgaactggtaccacatcatatc
cacgtggtagatgaagagcgtccttatcaggaatggggcaaaggagtggacgctgcttcg
ggcattattggagccaagcgagctctgaatcttctgcatggccaactagccgaagagggt
ttcagtcaggtttatgttgatcaaatggatccaaatgtagtggcagtcactcgtcattca
cccatctcccatcagacggtgatccttgtagcccacacagctttcagctatccggatccc
aatgcaggacccactcatgtgcgtccccttacctttgagggtgttttggatgaggtgatt
ttggaggccagtttaaccatgcaaagtgacaagcccttcgatcggccagcaccgtttaag
aggagtgagaatgttatcaatggattcactcagtttaagctgaatctccaggagcacata
cctctgagcaaatcccaagtgtttagcactcaattgtctgtggagggcaacaatacggtg
cttcactttgcaaatcttcgtccgggtacagtggttgctatacgcgtgtccatgcatcct
ggaccacgcaatagtttcgccaaactgcaacaattgacaaatgatctgcgtctgggcacc
aatgaggaactccaagcgattgtcagcaagttggatcttccctccttgagtccagccatc
ttcagttgtgatcaggaggaacgagatttgggcttgggcggcacagcctatgatattccc
aactttggacccttggtctattgtggcttgcagggatttgtgtcattgctgacggagatt
tcaccacacaacgatttgggtcatcctctgtgcaataatctacgtgatggcaactggatg
atggattatatagcagatcgtctgaacaattatgacgaactgaaaccactttcgaaatgg
tttaaagatgcttttgagcccttgaagaatataccacgttacctcataccctgttatttt
gatgccattgtaagtggagtatacaatgtgctcgttcaacaggttaacaacttgatgccc
agtttcatacgcgatggtcatcagtttccccaatcgttagctctctccactcttcagttt
ttggctgtttgcaagtcggccaatatgcctggattcagtccggccttaagtccaccgaaa
ccacctaagcaatgtgtcactctagcagctggtttaacccatttctcaacgggttacatg
cgttgctggggtcgggatactttcatagccctgcgtggctgcatgttgctcaccggccgt
tttaacgaggccagattcattattctgggattcggtgagtgccttagacatgggctcata
ccaaatcttctggacagtggcaagcctagattcaattgtcgcgatgccgtgtggtggtgg
ttgcacagcatcaaacaatatgtggaatctgctcccaagggtgcagacattctcaaggat
aaagtctcccgcattttcccctatgatgatgcggagccacatgctccgggagcctttgat
caggtgctatacgatgtgatgcaggaggctctgcagattcatttccaaggcctgcaatac
cgtgagcgtaatgctggccagcaaatcgatgcccacatggttgatgagggattcaacaat
catattggtgttcatcccgaaactggattcgtttatggtggcaatgtcttcaattgtggc
acttggatggacaaaatgggttcgtctgagaaggcgaacaatcgcggtcgcccgagtact
ccccgtgatggttccgccgtggagttagttggtctacagtatgctgtcttgcgttttatg
caaggactggccgagaagcaggtcataccatatacgggagtggaacgcaaaggcccgtcg
ggcgaacaaacgaaatggagcttcaaggagtgggcagatcgcatcaaggagaactttgat
aaacatttctttgtcggcgatcaagagacctgtgccgtggccaataaacgaggtatctac
aaggatagccatggagccactcaaagctggacggacttccaattgcgttgcaatttcccc
atcactttgacggtggcacccgatctatgtaatccccagaaggcttggcgtgccttggag
ctggccaagaagcatcttctcgctcccctgggcatgaaaactctggatcccgacgattgg
aactatcgtgccaattatgataactcaaatgattcaactgattgcaccgtggctcatggc
gccaactatcatcaaggaccagaatggctttggccaattggtttctatttgcgtgctcgt
ctcattttcgccaagaaatgcggacacttggatgagacaatagccgaaacatggtccatt
ttgagggctcatctaagggaattgcaaacatcgcattggcgtggcctgcccgagttgacg
aatgataatggatcctattgcccggactcttgtcgcactcaggcctggagtattgccgcc
atattggaggtactcaacgatctacacaatttgggagcagatgtggcataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (5)   
   Pfam (5)   
All databases (32)   

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