KEGG   Nematostella vectensis (starlet sea anemone): 116619305
Entry
116619305         CDS       T01037                                 
Name
(RefSeq) LOW QUALITY PROTEIN: glycogen debranching enzyme-like
  KO
K01196  glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]
Organism
nve  Nematostella vectensis (starlet sea anemone)
Pathway
nve00500  Starch and sucrose metabolism
nve01100  Metabolic pathways
Module
nve_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:nve00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    116619305
Enzymes [BR:nve01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.25  4-alpha-glucanotransferase
     116619305
 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
     116619305
SSDB
Motif
Pfam: hDGE_amylase GDE_C hGDE_central hGDE_N DUF5419 Alpha-amylase
Other DBs
NCBI-GeneID: 116619305
NCBI-ProteinID: XP_032239866
Position
Unknown
AA seq 1553 aa
MAAQVRVLQLKPGENLENKLFRLQKGWILHFTLAASLQPYSIKLLCNHPKPGQAFNRTNY
QELVWTCSQKGKCDNGDRHAEIKVHQAGSFHFYITFENCEKEKASLDQKCSGYFTVDPTL
RINPKEILPLDSVCLQTVLSKCLGPLSQWSARLQISRDSGYNVIHFTPISELGRSHSSYS
IVDQLKLNCRFDEPGSKKGATFPEVKKILNKMKTEWKMLSIVDIVLNHTANETEWLWQHP
ECSYNLCNSPHLRPAFVLDRLLWHFTCDIEDGKYSDRGIPPEVNTEHQIHLIGEILRNEL
IPSLKLWEFFCVDIEKTIQKFKTTIVKPHPKTPPHQLMPKELCVRPNPAYRRNSALVDLD
LAVKLFDVHRSGAANEKEHFQKCCDALKEHLIALNKDIRFNEMQGHINAAIGNIQATMRY
ERLAGHGPKYPVVSRRYPLVCRYFTMPGPDLNLKEEEQLMDSQKGRHCMAHQGWIMGGNP
LKDFAAPGSDVYLRREVIPWGDSVKLRYGRKPEDVPFLWNHMKEYAKSCASMFDGLRLDN
CHSTPLHVAEYMLDAAREENPELYVVAELFTGSEAVDNVFVNRLGITSLIREAMSAHDAH
EEGRLTYRYGGEPVGAFMDPLATKPFVPGIAHALYMDVTHDNENPFLVRSVYDALASSAL
VAMACCATGSSRGYDELVPHQVHVVEEKRLYMSAESKKNKAPQKGMLSADAGIMTTKRAI
NELHRRLGEEGYSQVYVDQIHQDVHAITRHCPDKRKTVVMVAHSAFSDPPDHLKPTQTNP
QVNMQGIPPLNIPGEFEEILLEAMIVKTDESSEFQKDNKFINGLQSHRVLMQKGVTAAKS
KTCRVVPSGSNNFEVFFDHFAPGSVIAFQVSMEPKVKQALGTLRSLSCAMSGVTSTVDSE
TTSLVKELDTIVSNLSLADLNRVLYRCQDEEADDGNGGGVYVLEDEGALTYCGLQGFLSV
LTNVRQHNDLAHPICRNLRAGDWMMGYVVDRLMPFIGTRQLGVWLDKVFTLVKSCPRYLI
PCYFDAVITPLYLMLLNRAWSCMSSFVEDGSSFVKALSLGSVQFLGLTRSASLPPLSPNL
YHGPSSGAEMPTLMCMAAGLPHFSTGFMRCWGRDRMXSLRGLMLTTGRYTDAKHHILGFA
GCIRHGLIPNLLDGGRNPRYNCRDAVWWWLQAIQDYCTIAPDGLSILKEPVSKLFRFDNS
DRQDPGLQDKPLHDIMQEAIQRQFIGVQFRERGAGPNLDSHMKNEGFNVTVCVNERTGFV
YGGNKWNAGTWMDKVGDSVLAGNYSVPATPRDGSAVEIVGLLKSTVKWLADLCDKKQFPY
AGVSKLQDGFPISWSYREWSEKLNSTFERYFWIPEEPNPELEGEEIKLVHRRGIYKDSYG
ATHRFADFQLRPNICIAMAVAPEMFNPAHAWKALDVVEEVLLGPLGMATLDHADWAYEGV
YDNAADTTSYKSSKGFCYHQGPEWLWCIGPFLRARLHFAHVLNGESGLNETVFKVRKVLS
KHKEAMNASPWRSLPELTNAGGARCRDSCEAQAWSVACVLDVLYDIEQLLAQH
NT seq 4662 nt   +upstreamnt  +downstreamnt
atggcggcccaagttagagttttacagctaaagcctggcgaaaacctggaaaataagctg
tttagactgcagaaaggatggatccttcactttacactagctgccagtctgcagccttat
agcatcaagcttctgtgtaaccaccccaagcctgggcaggcattcaacagaacgaattac
caggagttggtgtggacatgctcccagaaagggaaatgtgataatggggatcggcatgca
gagattaaagttcaccaggcaggctcattccacttctatataacatttgaaaactgtgag
aaggaaaaggcatctttagatcagaagtgcagtggatatttcactgttgaccccaccttg
cgcattaatcccaaggaaatcctgccactggactctgtgtgccttcaaacagtcctgtcc
aagtgcttgggtcctctatcacagtggtcagcccgtcttcaaatcagtagagactctggc
tacaatgtcatccattttacgccaatctcagaactgggacgctctcattcctcttattcc
attgttgaccagctcaagctgaattgcagatttgatgaaccagggtccaagaaaggagcc
acttttcctgaagtcaagaaaattctcaacaaaatgaaaacagaatggaaaatgttatca
attgtggacattgtcctgaaccacacagcaaatgaaactgaatggttatggcaacaccct
gagtgttcatataatttgtgtaactcacctcacttgaggccagcatttgttcttgaccgg
cttttgtggcacttcacttgtgatatagaagatgggaaatactctgatagaggaatcccc
ccagaagtgaatacagagcatcagattcatttaataggagaaatattaaggaatgagctt
attccaagcctgaagttgtgggaattcttctgtgtggatattgagaagaccatacaaaag
ttcaagactaccatcgtcaagccacacccaaagacaccacctcaccaactgatgccgaaa
gaactgtgtgtcagaccaaaccctgcatacagacgtaactcagctttggttgatcttgac
ctggcagtaaagctgttcgatgtccacaggtctggtgctgcaaatgagaaggaacacttt
cagaaatgctgtgacgccttaaaggagcatctgatcgcgttgaataaagatatcagattc
aatgagatgcaaggccacattaatgctgccattggcaacatccaagcaacaatgagatat
gaacgcttggcaggtcatggccccaaataccctgttgtctctagacgatacccacttgtc
tgcaggtatttcaccatgcctggtccagaccttaacttgaaagaagaggagcagctgatg
gattcccaaaaagggcgtcactgtatggcgcatcaaggctggatcatgggcggaaatccc
ctcaaggactttgccgcaccagggtctgatgtctacctcaggcgtgaggtgataccatgg
ggagacagtgtcaagcttcgatatggccgcaagcctgaggatgtcccattcttgtggaat
cacatgaaggaatatgcaaagagctgtgcaagtatgtttgatggtctgcggctagacaat
tgccatagcactcccctacatgttgctgagtacatgctagatgctgcacgggaagagaat
cccgagctgtatgttgtcgctgagctgttcacgggatctgaggctgttgacaatgtgttt
gtgaacagactgggcatcacgtctctcataagagaggccatgtcagcccatgatgctcat
gaggagggccggctcacctatcgatatggtggagaacctgttggcgcctttatggacccc
ttagctaccaagccatttgtgccaggcattgcgcacgccttgtacatggacgtcacccac
gacaatgagaacccattcttggttcgttcagtgtatgatgctcttgcaagctctgcactg
gttgccatggcttgctgtgccactgggagcagtcgaggttacgatgagctggtgccgcat
caggttcatgttgtggaagaaaagagactatacatgtctgcagaaagtaaaaaaaacaaa
gctccccagaagggcatgttgtctgcggatgcgggcattatgacgacaaaaagggcaatc
aatgagttgcatcgaagattaggggaagaggggtattcacaggtatacgtagatcaaatc
catcaagatgtgcatgctatcacacgtcactgccctgataagcgcaagactgtggtgatg
gtggcccactctgccttttctgacccacccgatcacctgaagcctacacaaacgaatccc
caggtcaacatgcaaggcataccaccactcaatattccaggagaatttgaagaaatcctc
ttggaggcgatgattgtaaaaacagatgagtcatcggaattccagaaagacaataagttt
atcaatggcttacagagtcacagagtgttgatgcaaaaaggagttactgcagccaagtct
aagacttgccgagttgtgccttcagggagcaataatttcgaagtgtttttcgatcacttt
gctcctgggagtgttatcgccttccaggtcagcatggaacccaaagtgaaacaagctcta
ggaacgctaagatccctctcttgtgccatgtccggtgtcacatcaacggttgattcagag
accacgagcttggtgaaggagcttgacaccattgtctccaacctgtcgttggccgaccta
aaccgcgtgctgtaccgttgccaggatgaggaggcagatgatggtaacggcggaggggtg
tacgtgcttgaggatgaaggtgctctaacctactgtgggctgcaaggttttttgtcggtg
ctgacaaacgtccgccagcataacgatctcgcgcacccgatctgcaggaatctccgcgct
ggggactggatgatgggatacgtggtggaccgcctcatgccctttatcggaactagacag
ctcggtgtgtggcttgacaaggtgttcactctagtgaagtcttgcccgcggtacttgata
ccatgttactttgacgcagtcatcacacccctttacttgatgctactcaacagggcgtgg
tcatgcatgtccagcttcgtcgaagatggctcctcattcgtcaaggccttatcgctgggt
tcagtccagttcctcggtttgacccggtccgcaagcctcccacccctctcgcccaatctg
taccacggccccagctcgggtgccgagatgcctacgctgatgtgcatggcggcggggctg
cctcacttctccacgggatttatgcgctgctggggccgtgacaggatgnnatctctaaga
ggactgatgctcactacagggcgatacacagatgctaagcatcacatcttgggtttcgct
ggctgcattcgccacggactcatccccaatctcctggacgggggtcggaatcctcggtac
aactgcagggacgctgtgtggtggtggctccaggccatacaggactactgtaccatcgca
cctgatggcctctccatactaaaggaacctgtctccaagctcttccgctttgacaactcg
gacaggcaggatccggggttgcaggacaagcctctgcatgacatcatgcaagaagccata
cagcgccagtttatcggcgtccagttccgtgaacgaggggcgggcccaaatctagactca
cacatgaagaacgaaggtttcaacgtgaccgtgtgtgttaacgagaggactgggttcgtg
tatggtgggaacaaatggaatgctgggacgtggatggacaaggtcggggattctgtgctc
gctggaaactacagcgtgcctgccaccccaagggatggaagtgcagtggagattgtcggt
ctgttaaagtccactgttaaatggctagctgacctttgtgacaagaagcagtttccgtac
gctggtgtctccaagctgcaggatggtttccccatctcctggtcataccgggaatggagt
gagaagctcaactccaccttcgagaggtacttctggatcccagaggagcccaacccagaa
ctcgagggcgaagagattaaacttgtccataggcgtggtatctacaaggacagctacgga
gccacgcatagattcgctgacttccagctcagaccaaacatctgcatcgccatggctgtg
gcaccagagatgttcaacccggcgcatgcgtggaaggcgcttgatgtcgtcgaggaagtc
cttctagggccactaggcatggctactctagatcatgcggactgggcctatgagggcgtc
tacgacaatgcggctgacaccacgtcgtacaagagctccaaggggttctgctaccaccag
ggcccggaatggctgtggtgtatcgggcctttcttacgagcccgtcttcatttcgcgcac
gtactgaacggcgaaagcggactcaacgaaactgtcttcaaggttcgcaaagtgctgtcc
aagcacaaagaagccatgaatgcctccccctggcggagcttaccggagcttactaacgca
gggggggctcgatgcagggattcgtgcgaggcccaggcgtggtccgtggcttgtgtgctg
gacgtgctgtatgacatcgagcagcttctggctcagcactga

  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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (31)   

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