KEGG   Nasonia vitripennis (jewel wasp): 100117168
Entry
100117168         CDS       T01081                                 
Name
(RefSeq) glycogen debranching enzyme isoform X1
  KO
K01196  glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]
Organism
nvi  Nasonia vitripennis (jewel wasp)
Pathway
nvi00500  Starch and sucrose metabolism
nvi01100  Metabolic pathways
Module
nvi_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:nvi00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    100117168
Enzymes [BR:nvi01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.25  4-alpha-glucanotransferase
     100117168
 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
     100117168
SSDB
Motif
Pfam: hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase DAPDH_C
Other DBs
NCBI-GeneID: 100117168
NCBI-ProteinID: XP_016842157
NASONIABASE: NV18142
UniProt: A0A7M7IZC2
Position
1:complement(17312626..17324470)
AA seq 1622 aa
MVALQNLVCDSTRQLFKKIGYFFHRCLTLFWSYLTNVKSTFLNLQLHLQRAIDDSKITPK
KKTMENLGFSADTQNDDQVRVLTLNKGEHQDGTLYKLKKGWVVEFRLGASLLGHNLNIFT
NHPLLVGNPFERRTYYQLPWNHESAFIRVSLAGSFHFYLAEASGEDAGKVIASGYLLVDP
ELTVGVNNQPLPLDCIQCQTVLSKLMGPFSTWEEKLRVSRKSGYNMIHFTPIQAIGDSKS
AYSLSDQLKLNPSFNDAPNKETSFDDVEKLITKMREEWNTVSICDIVLNHTANESPFLIN
NPECSYNCNNCPHLRPSYLLDAILFELTIRVSSGEWEHKGIPPVVETEEHLNAIRHALHT
YFLPLAKIHELYTVDINEIVSEFLNIARNQIPQDEPPETHNESIVIIRDPEYRRLKSTID
MQLALKIYNIYRPDCFDEDSRLKRCAEELRNKLQELNDAATNEIQNHLNAAVENSVAGIR
YFRVQADGPRQKEISERNPLVPRYFTDYGSPRSFVEREDIMYSNSGCYLMAHNGWVMNSD
PLKNFADADSHVYIRRELIAWGDSVKLRYGEKPEDCPALWERMTTYVQQMAKIFDGVRLD
NCHSTPIPVAEHMLDAARQVRPDLYVAAELFTNSDQKDNIFVNRLGITSLIREAMSAWDS
HEEGRLVYRYGGEPVGAFIQARHRPLAPSIAHALFLDQTHDNPSPIEKRSVFDLLPSAAL
VSMACCASGSNRGYDELVPHHIHVVDEDRQYTSWTDKEGLAKENAKYVSKKSGIISAKKA
LNDLHFWLGQNSFSQVFVDQMDVDVVAVTRHSPTTHESVVLVAFTAFKHPDPNASDLRRH
VRPLRVEGVVDEIILEASLAHGEKENGIPPFSNPKKYVKNEDYINGYSEYLVDVKEHIQI
CDSTKVEKVDSGDPKITQLNFINFQPGSIITIRVSLHANIKPALESINDLISTLTSPNNS
ELRAIVSRMNFADLNKALYRCDQEERDTTANKFGVYDIPGYGPLVYAGLQGVISLLADIR
SNNDLGHPLCGNLRQGNWLIDYTWQRLKEDEGTAALGEWLEQACEPFKLIPRYLVPSYFD
VIIVNVYSTLLDQCFNLMSSFVKDGTDFTRLLSLVSVQVGGIIKSAQLPDLSPNLDPPKP
SIREVDGKSEQECLTMSAGLPHFTVGYMRNWGRDTFIALRGLFLLTGRHAEARFIILGYA
ATLRHGLIPNLLDRGVNARFNCRDAVWWWLYTIQCYVKEVPNGLKLLSDKVSRLFPTDDS
DALPAGEVDETLSDVMQEALTVHFQGLCFRERNAGKRIDEHMTDRGFNNQIGVHPETGFV
FGGNEANCGTWMDKMGSSEKAGNKGKPATPRDGSAVEIIGLCHSTLNFLAELYKQNLFPY
GSVQRKNRDGSTITWSYKQWADKIKESFDTYFYVNEKPTDGELRPDLIHRRGIYKDTHGA
SQPWADYQLRPNFPVAMVASPNLFKPEHAWLALKKAEEILLGPLGMKTLDPADWAYDGFY
NNANDSNDPKVAHGWNYHQGPEWLWPIGYFLRARLHYAPLVGGEEELKRTIASTEAIISR
HLTEASNNHWRGLPELTNREGEYCADSCRTQAWSASAIVEVLHDLDKLKKDLKFDDEQVL
TN
NT seq 4869 nt   +upstreamnt  +downstreamnt
atggttgctctgcagaatctagtgtgtgactccacacgacaattattcaagaagataggg
tatttctttcaccgctgcttgaccttattttggtcttatcttaccaatgtgaaatcaaca
tttctaaatttacagttacatctgcaacgtgcaatcgacgattccaaaattacacccaaa
aagaagaccatggaaaatctcggcttctctgcggatacccagaacgacgaccaagtgcga
gtactgactctgaataagggagagcaccaggatgggaccctgtacaagcttaaaaaagga
tgggtcgtggagttcagattaggggcatcgcttctgggccacaatctcaacatattcact
aatcatcctctactcgtcggcaacccgttcgagaggcgcacgtactatcagctgccatgg
aatcacgagtcagctttcatacgcgtctcgctggccggctcttttcatttttatctggca
gaagcgagtggagaggacgccggaaaagtgatagcttccggctacttgttggtcgatccg
gagctaaccgtgggcgtcaacaaccagccgctgccgctagactgcatacaatgccagacg
gtcctctcaaagctcatgggacccttctcaacgtgggaggagaagctcagggtctctcgc
aagtcaggctacaacatgatccacttcacaccgatacaggcgataggagactcaaaatca
gcttacagcctcagcgatcagctgaagctcaacccctcgttcaatgatgcaccgaacaaa
gagaccagcttcgacgacgtcgagaagttgattacaaaaatgagagaagagtggaacact
gtgagcatttgcgacatagttttgaatcacacggcgaacgagagtccatttttgataaac
aatcccgaatgtagttacaactgcaacaactgtccacatctccgtccgtcttatcttttg
gatgccattttattcgagttgacaatacgagtgtcgtccggagaatgggagcacaaagga
attcctcccgtcgtcgagactgaagagcacttgaacgcaatccgtcatgctctgcacact
tactttctacctctggcgaaaattcacgaactgtatactgtagatatcaacgagatcgtg
tccgagtttttgaacattgctcgcaaccagataccgcaagacgagccacccgaaacccat
aacgaaagcatcgttatcataagggatccagaatatcgccgcttaaagtccactatagat
atgcagcttgctttgaagatctacaatatttatagacccgattgttttgacgaggactca
cgactgaaacgctgcgcggaagaactgagaaacaagttgcaggagttaaacgatgccgca
actaacgaaatccaaaatcatctcaatgccgcggttgaaaactcggtagccggcattcga
tacttcagagtccaagcagatgggccaagacagaaagagataagcgaaagaaatccactt
gttcctaggtatttcacggattacggaagtcctagatcgtttgtggaaagagaagacatc
atgtactcgaattctggatgttacttgatggctcacaacggctgggtcatgaacagcgat
cccttgaaaaactttgccgatgctgactctcatgtttacataagaagggaattgattgcg
tggggcgatagtgtcaaattaagatatggcgaaaaaccggaagattgccctgctctttgg
gaacgtatgacgacatatgttcagcaaatggctaaaatcttcgacggcgtcagactcgac
aattgtcactcgacccctattccagtagcagaacacatgttggatgctgctcgtcaagta
agaccagatttgtacgttgccgctgaactcttcaccaactccgatcagaaagataatatt
ttcgtcaatcgtcttggaatcacatcgttgataagagaggccatgtcagcgtgggacagc
catgaggaaggccgtctggtataccgctatggtggcgagcccgtaggtgcgtttatccag
gctcgacatcgtcctctggcaccgagtatcgcgcatgctttattccttgatcagacgcat
gacaacccgagccccatcgagaagcgtagcgtatttgacttattgcccagtgccgcactg
gtctccatggcctgctgtgctagtggcagtaatcgcggttacgacgagctcgtgcctcat
catattcacgttgtcgatgaagacagacaatatacttcttggacagataaggaaggactg
gcaaaggaaaatgcaaagtatgttagcaaaaaatcgggaatcatttctgctaaaaaggct
ctcaatgatctccatttttggctgggacagaactccttttctcaagtttttgtcgatcaa
atggatgttgatgtggtagcggttacaagacattcaccgaccactcacgagagcgtcgta
ctcgtggcttttacggcattcaagcacccggatcccaatgctagcgatttgagaagacat
gttagacctttgagggtagaaggcgtagtagatgaaattattcttgaagcatccctcgcg
cacggagaaaaagaaaatggtatccctccgttctctaatccgaagaaatacgtaaagaac
gaagactacataaacggttactctgagtacttggtggacgtcaaggagcacattcaaatc
tgtgattctacaaaagttgaaaaggtcgattccggagatcctaaaataacgcaattgaac
tttattaatttccagcccggatcaataatcactattcgggtgtcactccacgcaaacata
aagccagctcttgaatccatcaatgaccttatctcgaccctcacatctccgaacaattcg
gaattgcgtgcaattgtttcgcgcatgaactttgcggaccttaacaaagcactttatagg
tgtgatcaagaagagcgagatacgactgccaataaatttggagtttatgatattcccggt
tatggcccactagtttacgctggtttgcaaggtgtaatttcattgcttgctgatatcaga
tcgaacaacgatcttggtcatccactatgtggcaaccttcgtcaaggcaattggttgata
gattatacttggcaacgtttgaaggaagatgaaggtactgcagctcttggagagtggctg
gagcaggcctgcgaaccattcaagctaattcctcgttatttagtgcccagttactttgac
gtgatcatcgttaacgtgtattctactctcttagatcaatgctttaatctcatgtctagc
tttgtgaaagatggaaccgatttcaccagactgctgtcactagtatctgtgcaagttggc
ggtataataaaatcagcgcaattgccagatttatcaccgaacctagatccaccgaaacct
agcatacgagaggtggatggcaaatcagaacaggaatgtttgaccatgtctgctggacta
ccacactttacagtaggatacatgagaaactggggacgagatacgtttatcgctttgaga
ggtctgttcttattaaccggcagacatgcggaggctcgattcatcattctgggatacgcc
gctacgcttcgtcacggtttgataccaaatctcttggacagaggcgtcaacgccagattc
aattgccgagatgccgtttggtggtggttgtacactattcaatgctatgtcaaagaagtc
ccaaatggcttaaaacttctgtcggacaaagtatctagattgttccctactgacgattcg
gacgctcttccagccggagaagtggatgaaacactgtcggatgtcatgcaggaagcactg
acagttcactttcaaggtctgtgcttccgtgagcgcaacgccggtaagcgcatcgacgag
cacatgactgatcgtggattcaacaatcagataggtgtgcatccagagacgggctttgta
tttggcggtaacgaggccaattgcggcacttggatggacaagatgggctcctcggaaaag
gcaggaaacaaaggcaaacctgccactcccagagacggatctgcggttgaaattattggg
ctctgtcacagcactctcaattttctggcagaattgtacaaacagaatctatttccatat
ggtagcgtgcagcggaaaaatcgcgatggctcaacgataacttggagttacaaacagtgg
gcggataagataaaggagagtttcgatacttacttctatgtgaacgagaaacctaccgat
ggtgaattacgaccggacttgattcatcgacgaggaatttacaaagatactcacggagcc
tcacaaccgtgggcagattatcaattgcgacctaacttcccagtggctatggttgcttcg
ccgaacctattcaagcccgagcacgcctggctggcattaaagaaggccgaagaaatcctc
cttggtcccctaggcatgaaaaccctagatcccgctgactgggcctacgatggcttctac
aacaatgccaacgactcgaatgacccgaaagtagctcacggatggaattatcaccaggga
ccagagtggctatggccgatcggctactttttgcgagcgcgcttgcactacgcgcccctc
gttggtggcgaagaggagttaaaacggactatcgcctcgaccgaagctatcatctcgaga
catctgaccgaagcttcaaacaaccactggcgtggacttcccgagttaaccaatcgcgag
ggcgagtattgcgctgatagctgtcgcactcaggcctggagcgcttccgcaattgtcgag
gtcctccacgatttggacaagctgaaaaaggatctgaagtttgacgacgagcaggtcctc
acgaattga

  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 (97)   
   KEGG ORTHOLOGY (1)   
   RefGene (92)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (6)   
   Pfam (6)   
All databases (128)   

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