KEGG   Paramecium tetraurelia: GSPATT00032669001
Entry
GSPATT00032669001 CDS       T01055                                 
Name
(RefSeq) hypothetical protein
  KO
K01196  glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]
Organism
ptm  Paramecium tetraurelia
Pathway
ptm00500  Starch and sucrose metabolism
ptm01100  Metabolic pathways
ptm01110  Biosynthesis of secondary metabolites
Module
ptm_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:ptm00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    GSPATT00032669001
Enzymes [BR:ptm01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.25  4-alpha-glucanotransferase
     GSPATT00032669001
 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
     GSPATT00032669001
SSDB
Motif
Pfam: hDGE_amylase GDE_C hGDE_central AMPK1_CBM
Other DBs
NCBI-GeneID: 5015999
NCBI-ProteinID: XP_001430215
Genoscope: GSPATT00032669001
UniProt: A0BWA0
Position
undetermined
AA seq 1528 aa
MQQERYFLELNQQGEIEGSHDKAIYARQNQIVRIFVRNRKQGYHPYLIMQKGYKHVHEME
NLTLKQIQLHHEVKAFTLDSSGDWKVDVEFALAGAAYLRLCWFFAQDNSVEYWEWRIIQL
FNQMMWRSSKMQLYKHCYHTVWQIRSQVDLGYEAFHFPPIQQLGQSPSLYAIADQQKLNT
DIFGIHTYDDLKQLFDKFPNSYFFIDILLNHTAFDSSWLVQSEFENATYNVKNSPHLEAA
IKLDCAIAEFSNKLGSGLLTQYPRNTIYNEEDLNQIMDILEHEYIRKLNIHGYFQFNTNA
VINEIQSRCNKIVQSKSEQLEENQNIFIKSASEIMLQLVGQETILKGYKEYGVSLNYDVI
VEFLNKDENYKKVSLEYIQELLQYYNHQYWNEAESYIKEAVNSTKGQVTWWKLTQKKPFV
EVNDKGDSLVPRYFTKLSNGSYVANNGWIQGFDPLNNFAENQEHHYLRRTIVIWGDLVKL
RYGHKKQDSPALWKYMKKYVQQMAKIFSGLRLDNAHSTPMNVGEYMMRKARKANPNILVF
AELFTGSSEKDSIFTKTMGINCLVRETNRCHDAGHLNRELHYYSGDGRVSIGSLPKLQEQ
FESINESFTILQPQYSPALIYEQSHDNQSLLQTHDYKHQLPIAALITFSSCMGGSVRGYD
CFLPHKLSVVGERRIYNVVAPTEQVSVERQSEIAFRYDGLPDQQVEVFGSWDDWKEGLLL
IAHKNTYIHTLMLNEGQYEYKYKVNSNWIDHTNRKLIVEPNPTKSHSTMELIRLKLHQIK
KELNHQFPFIFCQHQGNTIQTITRETQDKCRSKVLITVPSFGVPNPFSTIKLPGKLVKVD
AIFYHEDFIQHPEQNNQFIEGSTVKIIQHRNLREFAEIQGNELMFIKLPSSFTAIIECQI
DSEQEKHLQSLDTHLNDASQQVHFNALSSYQLNYLLFMSEPEERDKNNTGLYFIPNYRQL
IYAGFAGPRSATREAQTNNNLAHPICENLRNGNWLLDYLNDRVQRQLGQLEVSKLVNVIT
QQIKGIPRHHIPSYFCKFVDYIYNYCMLSIANLQTSQFRRELKLASYQFIAELPSSKQMA
AGLPHFTTGWARSWGRDTFISFKGIYLENGLLAEAKDALLTFGSCLRHGLIPNLLDSCNN
PRYNCRDACWWYIKAVKDYVQYAGKTDILNEEVQMVFLDDEIDKHYQLKSQGIVIKKTIA
EIIQKIFQSHASGIKFREWRAGGQIDNCMQSEGFNIQLSLDEQTGFIVGGNWLNCLTWMD
KMGSSEINRGIPATSRDGAPIELTALLKVCLDFVSHAHPHYPFDGVICPNGKKLLFKEWS
HFLVANFESYYYIPKQHDPNYQDYHIVEKHVRHRQIYKDLVKSSKPRNEYQLRCNASIAI
GLAPELFHKEKAKFHLAAVEACLLRENSIGVKTLDPAASEYIHFYDNSDSSQIFNVSHGF
SYHNGPEWVWVYGYFLKALVVIHGKEHINRTLFYSYLSNHKMTLHQNEWQCQYSLPEMTN
GNGEYNVFSCRAQAWSIACILEAISEYE
NT seq 4587 nt   +upstreamnt  +downstreamnt
atgcaataagagagatactttttagaactaaattaatagggagagattgaaggtagtcat
gataaggccatctatgcacgtcaaaattagatagtaagaatctttgttcgcaatcgcaaa
taaggttatcatccgtacttgatcatgtaaaaagggtacaagcatgtacatgagatggag
aatttaactctgaaacaaatacaactgcatcatgaggttaaggcgtttactctcgattcg
tctggggattggaaggtggatgttgagtttgcattggctggggcagcttatttgagattg
tgttggtttttcgcctaagacaattctgtagagtattgggagtggagaatcatataattg
tttaaccaaatgatgtggagaagctctaagatgtaactatataaacattgctaccatact
gtttggtaaattcgttctcaagtcgatttgggttatgaagcatttcattttccgcctatt
tagcaattgggtcaatcacccagtttatatgcaatagccgattaacagaaattgaatact
gatatttttgggattcacacttatgatgatttaaaataactctttgataaatttccaaat
tcatacttttttatagatatcttgttaaatcatacagcatttgattcgagttggttagtg
caatcagaatttgagaatgcgacttataatgtgaagaattcccctcatttagaggcagcc
ataaaattagattgtgccatagctgaatttagtaataagttaggatctggattgttgact
cagtatccaaggaatactatttataatgaggaggatcttaatcaaataatggacatattg
gaacatgagtacataaggaaattgaatattcatggatatttttagttcaatacgaatgca
gtgatcaatgaaatacagagtagatgcaataagatagtttaaagcaagagtgaataattg
gaggagaaccagaacatcttcatcaagagtgcaagtgaaattatgttgcagttggtagga
taggagacaatcctgaaagggtataaagagtatggagtgtctttaaattacgatgtgata
gttgaatttctaaataaggatgagaattacaagaaggtgtcgttggaatacattcaagaa
ttgttgcaatattacaatcatcaatactggaatgaagctgagtcctacatcaaggaggct
gtgaattcaacaaaagggtaggtcacatggtggaagttgacacagaagaagccctttgtg
gaagtaaatgacaagggagactccttggttcccagatacttcactaaattaagcaatggg
agttatgtggcaaataatggatggatttaaggctttgatcctttgaataattttgcagag
aatcaggaacaccattatttgagaaggacaattgtgatttggggtgatttggtgaaactc
agatatggacacaagaaataggatagcccagcattgtggaaatacatgaagaaatatgtt
caatagatggccaagatattctcagggttgagattggataatgcccattcaacacccatg
aatgtaggagagtatatgatgaggaaggcaaggaaggctaatcccaatatcttagtgttt
gctgagttgtttactggatcatcagagaaagattcaatctttactaaaactatgggaatc
aactgtttggttagggaaactaacagatgtcatgatgctggtcatctgaatagagaattg
cattactatagtggagatggacgagtatcaattggatctttacccaaattgcaagagcaa
ttcgaatcaattaatgaaagcttcactatcctctaaccttagtatagtcctgctctgatt
tatgagtaatctcatgataattagtcattgctctaaactcacgattacaaacatcaattg
ccaatagctgccttaattacttttagtagttgtatgggtggatctgttaggggatatgat
tgtttcttgccacataagttatcagttgtaggcgagagaagaatctacaatgttgttgct
ccaacagaacaagtaagtgttgaaagacagtcagagatagcatttcgatatgatggatta
ccagattaataggttgaagtgtttggatcatgggatgactggaaagaaggcttacttttg
attgcccataagaacacttacattcatactctaatgttgaatgaaggataatatgaatac
aaatataaagtcaactccaattggattgaccacactaataggaaactaatagtagaacct
aatccaaccaaatctcattcaacaatggaattgattagactcaaattacattagataaaa
aaggaactgaaccactagttcccttttatcttctgttaacatcaaggcaacaccattcaa
accatcaccagagaaactcaagacaaatgtagatccaaggttttgattactgttccttct
tttggagttccaaatccatttagtacaatcaaattacctggaaaactcgtcaaagtagat
gctatcttctatcatgaagactttatacaacatcctgaataaaacaatcaattcatagag
ggatcgacagtcaaaattatttaacatcgaaatctgcgagagtttgctgaaatccaaggc
aatgaattaatgttcattaaattgccttcttcatttacagccatcattgaatgccaaatt
gactctgaataagagaaacatttgtaatccctagacactcacttgaatgatgcatcctaa
taagtacatttcaatgcattgagttcttattaactaaattacttactctttatgtctgaa
cctgaagagagagacaaaaataatacaggattgtattttattcctaattacagacaactt
atttatgctggctttgctggtcctcgttctgccacaagagaagcataaacaaacaacaat
ttggcacatcccatctgtgaaaatctgagaaatggaaattggttattggactatttaaat
gatagagtacaacgataacttggataattggaagtatctaaattagtaaatgtcatcact
caataaatcaaaggtatccctcgccatcatatcccttcctatttctgtaaatttgttgat
tacatctacaactattgtatgctctccatagctaatctctaaacatcataattcagaaga
gagttaaaactagcttcgtatcaatttattgcagagttgccttcatctaaatagatggca
gctggattaccccattttactactggttgggccagatcatggggcagagacactttcata
tcctttaagggaatatatctagaaaatggattactggctgaagcaaaagatgctctgtta
acttttggttcttgtttaagacacggactcattcccaacttattagattcttgcaataat
ccaaggtataattgcagagatgcttgttggtggtacattaaggcagtcaaagattatgtg
taatatgctggaaagactgacatccttaatgaggaagtctaaatggtatttctagatgat
gagatagataaacattactaattgaaatcataaggcattgtcataaagaaaacaatagca
gaaattattcagaagatcttttagagtcatgcctctggaatcaaattcagagaatggaga
gcaggaggctaaatagataattgtatgtaatcagaaggattcaacatttaattgagtcta
gatgaatagactggttttattgttggtggaaattggttaaattgtttgacatggatggat
aaaatgggttcatcagaaattaatagaggaattcctgctactagtagagatggagcacct
attgaattgactgctcttctcaaagtttgcttagatttcgttagtcatgctcatcctcat
tatccttttgatggtgttatttgtcctaatggcaagaaactactcttcaaagaatggtcc
catttcttagtcgccaattttgaaagttattactacattccaaagtaacatgatccaaat
taccaagattatcatattgttgaaaaacatgttagacatcgacaaatctataaggatctt
gtcaagtcttccaagcctagaaatgaatactaattaaggtgcaatgccagcatagctatt
ggattagctcctgaactattccacaaagaaaaggccaagttccatctcgctgctgttgaa
gcatgtttattaagagagaattcaattggtgtcaagactcttgatcctgctgcctcagaa
tatattcatttctacgataacagtgattcatctcaaatcttcaatgtatctcatggattc
tcttatcacaatggaccagagtgggtttgggtttatggatattttttaaaagccttagta
gttattcatggcaaagagcatatcaatagaactctattttattcttatttatcaaaccac
aaaatgactctgcatcaaaatgaatggtaatgctagtactccttgccagaaatgaccaat
ggaaatggagaatacaatgtgttttcatgtagagcttaggcttggtcaatcgcatgcatc
ttagaagctatcagtgaatatgaatga

  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 (55)   
   KEGG ORTHOLOGY (1)   
   RefGene (50)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   GENOSCOPE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (79)   

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