KEGG   Naumovozyma castellii: NCAS_0A15250
Entry
NCAS_0A15250      CDS       T02233                                 
Symbol
NCAS0A15250
Name
(RefSeq) hypothetical protein
  KO
K01196  glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]
Organism
ncs  Naumovozyma castellii
Pathway
ncs00500  Starch and sucrose metabolism
ncs01100  Metabolic pathways
ncs01110  Biosynthesis of secondary metabolites
Module
ncs_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:ncs00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    NCAS_0A15250 (NCAS0A15250)
Enzymes [BR:ncs01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.25  4-alpha-glucanotransferase
     NCAS_0A15250 (NCAS0A15250)
 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
     NCAS_0A15250 (NCAS0A15250)
SSDB
Motif
Pfam: hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase
Other DBs
NCBI-GeneID: 11529080
NCBI-ProteinID: XP_003674461
UniProt: G0V9D2
Position
1:2996060..3000625
AA seq 1521 aa
MSLKRSLLLRLTDTGEPITSCSYGPGVLTLPSLPLSELDEEGTPLYTVKLLIAAGSPVAR
DGLVWTNCPPNKETPFKRDKFYKKIIKSSFHHDDTIDLDVFNPGSYCFYLSFRNSEEQLE
TTRKFYFLALPNLTLNGKTLQLNSIAMQSVVSKWMGKDWDKVFKKIADKEYNMIHFTPLQ
VRGESNSPYSLADHLAFDPEFFSSPEDVKKMIQHIHKDYNMLSMTDMVFNHTANNSAWLL
DHPEAGYNQYTAPHLRAAIELDETLLKFSDNLKNWGCPTDLKTVDDLFKVMDGIKIHVLG
VLKLWEYYVVNVDDALKEIEDNWDKAALWDGPSLDDVKDDLNKIANFVRAHATRENFGVL
AGRKSNQVDPKKFNEILKTLYGNDLNENTLEKAHQILDSINLPLYKEYDDDVNEILEQLF
NRIKYLRIEEDGPKQGPITKEKPLSEPYFTRFTGKDGKKYALANNGWIWNGNPLVDFASS
KSKTYLRREVIVWGDCVKLRYGKGPEDSPYLWKRMAEYVEMNAAIFDGFRIDNCHSTPLH
VGEYYLDLARKVNPNLYVVAELFTGSEATDCLFVERLGVSSLIREAMQAWSEEELSRLVH
KHGGRPIGSYKFVPMDDFPFPADIPLDEEYCMINPEDNALRCVSEIMIPKILTATPPHAL
FMDCTHDNETPFQKRTVEDTLPNAALVSLCSSAIGSVYGYDEIFPYLLELVTETRTYDTK
ECNGIGKVKSLLNEIREDIGSKTKDIEDCEMHVHHEGQYITFHRTDVKSGAGYYLIARTK
FYDAGEQKLPPVILNDSQCKLKFAYSLEKVGDVPNSKEFIKGIPTKLRELTDFEVKYDKN
SRSSTIIVPEDFPQGSIAVFETQQNGVDTWLDHFLRSGALSATRNVTLESLNCILYRAES
EELESSAGKNGAYDIPDFGKLVYCGLQGWITILQDIVFNNDLAHPLSANLRNGHWALDYT
VDRLDLYKDQPGVEDIQEWLRSRFDKIKKLPYYLTPSYFALIIGVLYGCCRLRAMQLMSE
NIGKSTVFVQSLAMTSIQMVSKMKSTSILPFENVPAMAAGLPHFSTDYMRCWGRDVFISL
RGLLLTTGRFDQAKSHILAFAKTLKHGLIPNLLDAGRNPRYNARDAAWFFTQSIQDYATI
VPNGTDILKEEITRRFPKDDTYVALDDSRAFSETSSLEDILYEILSRHARGIKYREANAG
PNLDRVMTDKGFDVEVHVDWSTGLIHGGSPYNCGTWMDKMGESEKAHSVGVPGTPRDGAA
VEINGLLKSCLRFVIDLNKQGKFKYTDVVKQDGEKISLEAWNDLLQENFEKKFYVPKDPA
QDKFYDILPNVVNRRGIYKDLYKSSKPYEDYQLRPNFAIAMTVAPELFTPEYATFAINIA
DTVLKGPVGMRTLDPSDYNYRPYYINSEDSEDFATSKGRNYHQGPEWVWCYGYFLRAFHY
FNFHTNIRCQNEPKDKPSSYLYQQLYNRLAGHREWLKNSEWRGLTELTNKDGEICNDSSP
TQAWSSGCLLDVFYDLWSAYE
NT seq 4566 nt   +upstreamnt  +downstreamnt
atgtccttaaaaagatctttacttttaaggcttacagacacaggtgaaccgattacaagt
tgctcttatgggcccggtgttcttactctaccctcattgcccctttcagaacttgatgaa
gaaggtactcccttatatacagtcaaattattaattgctgctgggtctcctgtggcaaga
gatggtttagtctggacaaattgtcctcctaataaggaaactccattcaagagagataaa
ttctataagaaaattattaagtcaagcttccatcatgatgataccattgatttggatgtc
ttcaatccaggttcatattgtttctatctttcctttagaaattctgaagaacaattggaa
actacaagaaaattttatttcttggcattacctaacttgactctaaatgggaaaacttta
caattgaattcaatcgctatgcaaagtgtagtttctaaatggatgggtaaagactgggac
aaggtctttaaaaagattgcagacaaggaatacaatatgattcattttacacccttacaa
gtaagaggtgaatctaattctccttattccttggctgatcatttagcatttgatcctgaa
ttcttcagctctcccgaagatgtcaagaaaatgatacaacacatacataaggattataat
atgttgtccatgactgatatggtctttaaccatactgccaataattctgcatggttgttg
gatcatccagaagcaggttacaatcaatatactgcacctcatttgagagctgccattgaa
ttagatgaaactcttttgaaatttagtgacaatctgaagaattggggttgtccaactgat
ttaaaaacagtggatgatttattcaaggtgatggatgggattaaaattcacgttcttggt
gtattaaaattatgggaatactatgttgttaatgtcgatgatgctcttaaggaaattgaa
gacaattgggacaaagcagctctttgggatggtccttccttagatgatgtgaaagatgat
ctgaataaaatcgctaactttgttcgtgctcatgcaacaagagaaaattttggtgttttg
gcagggagaaaatcaaatcaagtggatcccaagaaatttaatgagatattgaaaactcta
tatggtaatgaccttaatgaaaacactttggaaaaggctcaccaaattttggattctata
aacttaccgttatacaaggaatacgacgatgatgtcaatgagattttagaacaactattt
aatcgtattaaatatttgagaattgaagaggatggtccaaaacaaggtcctattacaaaa
gaaaaaccactaagtgagccttactttacccgttttacgggcaaagatggtaagaagtat
gcattagcaaataatggttggatttggaatggcaacccattagtagattttgcgtcatcc
aagtctaaaacgtacctacgtagagaagtcattgtttggggtgactgtgtcaaattaaga
tatggtaaaggaccagaagattctccatatttatggaagagaatggctgaatatgtggaa
atgaatgcagcaatctttgatggttttagaatagacaattgtcattcaactcctcttcat
gtgggtgaatattatttagacttagcaagaaaggtcaatccaaatctttatgttgtcgct
gaattattcactggttcagaagctacagattgtttatttgttgaaagattgggtgtctct
tctttaatcagagaagcaatgcaggcttggtcagaggaagaattatccagattagtacac
aagcatggtggaagaccaatcggttcatacaagtttgtacctatggatgatttcccattc
cctgctgatataccattagatgaagaatactgtatgattaatccagaggataatgccctt
agatgcgtttcagaaattatgataccaaaaattttaactgcaacacctcctcatgctttg
tttatggattgtactcatgataatgaaactcctttccaaaagagaaccgtagaggatacg
ttaccaaatgcagcacttgtttctttatgctcctctgctattggatcagtatatggttat
gatgagattttcccatatctactagaactagtcacagaaaccagaacttatgacactaaa
gaatgtaatggtattggtaaagttaaatcattattgaacgaaataagagaagatattggt
tcaaaaactaaagatatcgaagattgtgaaatgcatgttcaccatgaaggacaatatatc
acgtttcatcgtactgatgttaaatcaggtgcaggttattatttgattgcaagaaccaaa
ttttatgacgccggtgagcaaaagcttccaccagtaattcttaacgattcacaatgtaaa
ttgaagtttgcgtattccttagaaaaggtcggtgatgtacctaattcaaaggaatttatt
aaaggaattcccacgaaactaagagaattaactgattttgaggttaaatatgataaaaat
tcgagaagttccacaattattgttcccgaagacttcccacaaggttcaattgcagttttt
gaaacccaacagaatggtgtagacacatggttggatcatttcttgagaagtggtgctcta
agtgctacgagaaacgtcactttggaatcattaaattgcatattatatcgtgccgaatct
gaagaacttgaatctagtgcaggtaagaatggagcctatgatattcctgacttcgggaag
ttggtgtactgtgggttacagggttggattaccatccttcaagatattgttttcaataac
gacttggcacatcctttaagtgcaaatcttcgtaatggtcattgggcattagattataca
gtggataggctagacctttataaggaccaacccggtgttgaagatattcaagaatggttg
cgtagtaggttcgataagatcaagaaattgccatactatttgaccccaagttatttcgct
cttattattggtgtcctatatggatgttgtcgtttaagagcaatgcaattaatgtcggaa
aacattggtaaatctactgtttttgttcagagtttggccatgacctcaattcaaatggtt
tccaagatgaaatctacttctattttaccatttgaaaatgttccagcaatggctgcgggc
cttcctcatttcagtactgattatatgagatgttggggtagggatgtgtttatttcctta
agagggttattattgactactggtaggtttgaccaagctaaaagtcacattttagcgttt
gcaaaaactttaaaacatggtttgattcctaatttgttggatgctggtagaaaccctaga
tataatgctcgtgatgcagcatggttctttactcaatccattcaagattatgcaactatt
gttccaaatggtacagatattttgaaggaagaaattactagaagatttccaaaggacgat
acatatgttgctttggacgattctagagcatttagcgaaactagttcacttgaagatatt
ctttatgaaatcttgagtcgtcatgcgagaggcattaaatatagagaagccaatgctggt
cccaacttggatagagtcatgactgacaagggatttgatgtggaagttcatgttgattgg
tcaactgggttaatacacggtggctcaccatacaactgtgggacatggatggataagatg
ggtgagagtgaaaaggctcattccgtaggtgtcccaggtactccaagagatggtgctgcg
gttgagatcaatggtttattgaagagttgtttaagatttgtgatcgatttgaataagcaa
gggaaatttaaatacactgacgtggttaaacaggatggtgagaaaatatcgttagaagct
tggaatgacttgcttcaagaaaattttgaaaagaaattctacgttccaaaagatcctgct
caagataagttttatgatattcttcctaacgtcgttaacaggagaggtatttacaaagat
ctttacaagtctagtaagccatatgaagactatcaattaagacctaattttgctattgcc
atgaccgttgctccagaattattcacacctgaatatgctacatttgcgattaatatagcc
gatacggtacttaagggccctgttggtatgcgtaccctagatcctagtgattataactat
cgtccatattatatcaacagtgaggattctgaagattttgccacatccaagggtagaaac
taccatcaaggtcctgaatgggtttggtgttacggttacttcttaagagcatttcactat
ttcaatttccatactaatatccgttgccaaaatgaaccaaaggataaaccatcctcatat
ctttaccaacaattatataacagattggcaggtcacagagaatggctaaaaaatagtgaa
tggcgtggcttgacagagctaactaataaggatggagaaatttgtaacgattctagtcca
acacaggcatggagttcaggatgtctcttagatgttttctatgatctttggagtgcctat
gaatga

  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 (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 (5)   
   Pfam (5)   
All databases (29)   

Download RDF
DBGET integrated database retrieval system