KEGG   Lottia gigantea (owl limpet): LOTGIDRAFT_215487
Entry
LOTGIDRAFT_215487 CDS       T03273                                 
Name
(RefSeq) hypothetical protein
  KO
K01196  glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]
Organism
lgi  Lottia gigantea (owl limpet)
Pathway
lgi00500  Starch and sucrose metabolism
lgi01100  Metabolic pathways
Module
lgi_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:lgi00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    LOTGIDRAFT_215487
Enzymes [BR:lgi01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.25  4-alpha-glucanotransferase
     LOTGIDRAFT_215487
 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
     LOTGIDRAFT_215487
SSDB
Motif
Pfam: hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase
Other DBs
NCBI-GeneID: 20246573
NCBI-ProteinID: XP_009054790
JGI: 215487
UniProt: V4ALP1
Position
Unknown
AA seq 1563 aa
MSKINQVRVLTLNADENTESTLYRLEKGWTLRFVLGASLHAKTVRLFCNHTHDKSVVYER
LEFYELAWRNPSGMKNDKIDVFAEVHIISAGSFNYFFTIDGSANGQGYFLVDPTLSFGDD
KEDITLDCIQSQTVITKLLGPINEWKDRLLVAKESGYNLIHFTPIQELGISNSAYSIRNQ
LRLNPLYYEKNKENTFQDVEDIVKMMKKDWQVLSLTDLVYNHTAKDSAWIQKHPDSVYNL
DNSPHLIPAYLVDRIFHHFSLQVAEGKWKDQGIPSVVDSEGQLQIMKEVLLSEVFPHFKL
HEFYTVSEENILKSFRSKIEENVNVTTNDTEVNIKQDKLYRRLGSTVDMNTVLYFYNTDR
PGVANGTDRINQCCITLREKIQQLNQNKINEVNEHIRVAVDNFLANVRWRFLAGDGPKVG
QVTEEEPLMWGYFVIPESHEGSVTKEESMIEGEGKKYIFAVNGWVMNDNPLRNFAEEGSL
IYLRRELVAWGDSVKLRYGQCPEDSPYLWKHMRRYTEETVQIFHGVRLDNCHSTPIHVAE
YMLDAARKIRPDLYVIAELFTGSEALDNLFMNRLGINSLIREALSAWNAHEEGRLVHRYG
GVPIGSFVQPRVKPLTPTVAHALFYDQTHDNPSPVEKRSAYDLWPTTALVAMACCATGSN
RGYDQLVPHHVHVVTEERHYMSWSDSEKPSNAYINKTCGITEGKRVLNKLHFEMGLSGFS
QVYVDQLTDDTVSVTRHNPQTHESIILVCRTSFSHPSNPNCAGQHIKSIHIQGVIKEIIL
EGSMGVSHHYEYKQDKDYVNGLPDYFLTLRQNIKTEESQICNVHKNPDGTVNISWKNLTP
GSVIAFRSCLPPKAKEAILQIRRGLGQFGYLMRSYSGSTMFDDTWDKSNFRVIVSNLDLA
SLNRVLYRVEAEERDDGYGIGAYSLAGYGSMVYCGLRGIISVLADIRPNNDLGHSLCDNL
RQGNWLPDYVANRLKLNTHTHDVSTLGMWFEGIFSYLKEAPRYLIPCYFDALVTGAYVVM
REMIIQQMSDFVRDGSTFVQALSMGSVQFCGFVKSSKLPTLSPNLAPPKVRTEIDITSKD
EFEASLSLAAGFPHFASGYMRNWGRDTFIAIRGLILLTGRHEEARSLILAYAGTLRHGLI
PNLLNEGTGARYNCRDAVWWWLQSIQDYCKHVSNGVNILKDNVSRMYPTDDSEPLKPGEV
DQKLSDVIQESLEKHAGGNKYRERNAGSQIDCQMTDKGFDVEYGVDWNTGFVYGGNEYNC
GTWMDKMGSSSKAGNKGKPATPRDGSAVEIIGLSMSTVRWLESYNCKNLYPHDGVTAVIK
GKEVKITYHEWAEKIKSNFEKYFWVNDTPDPDNEPKPELINRRGIYKDSYLATQFWADYQ
LRPNFPVAMVVAPELFTPSRAWIALNTVQEVLLGPLGMKTLDPSDWAYKGDYDNANDSDC
GRVAGGFNYHQGPEWLWPTGYFLRAKLYFAAKLNKEQDGILKETIGFIESRLANHYLELM
RSPWQSLPELTNSNGSYCRDSCRGQAWSIGCLLEVLYDLEKIENHQHLLSTSNSIPDING
NPS
NT seq 4692 nt   +upstreamnt  +downstreamnt
atgtcaaagataaatcaagtgcgagttctgactttaaatgctgatgaaaatactgaatcc
actctatatcgtctcgagaaaggatggactttaagatttgtattgggagcatcgctacat
gctaaaactgtacgtttattctgtaaccatacccacgataagtctgtggtgtatgaaaga
ttagaattctacgagctagcatggagaaatccaagtggtatgaagaatgataaaattgat
gtgtttgctgaagtacatatcatatcagctggatcatttaattacttcttcacaatagat
ggaagtgccaatggtcaaggttattttttggtggatccaaccttgtcttttggtgatgat
aaggaagacatcactttagattgtattcagagccaaacagttattaccaaattattaggc
cctataaatgaatggaaagacagattactagtagctaaagagagtggctataatcttatt
cattttacaccaatacaagaactggggatttcaaactcagcttactccatacgaaaccaa
ctacgactgaatccactgtactatgagaaaaataaagaaaatacttttcaagatgtagaa
gatatagttaaaatgatgaaaaaagattggcaagtgttatctcttactgatttagtctat
aatcatacagccaaagatagtgcatggattcagaaacatccagacagtgtatataatcta
gataactctcctcatctcataccagcttatcttgtagacagaatatttcatcatttctca
ctacaagttgctgaaggaaaatggaaagatcagggcataccttctgttgttgacagtgaa
ggccaacttcagataatgaaagaagtattattatctgaagtttttcctcatttcaaatta
catgaattttatacagtgagtgaagaaaatattttgaaatcttttcgcagtaaaattgaa
gaaaatgtaaatgtaactacaaatgatacagaagttaatatcaaacaagataagttatat
agaagattaggtagtactgttgatatgaatacagttttatatttctataatacagacaga
cctggagtagcaaatggtactgatagaatcaatcagtgttgtattacattacgagagaaa
atacaacagttgaatcaaaataaaatcaacgaagtaaatgagcatatacgagttgctgta
gataacttcctagccaatgttagatggagatttctagctggagatggtcctaaagttggt
caagtcacagaggaagaacctttaatgtggggatattttgtgatacctgagtcacatgaa
ggatcagtaactaaagaagagagtatgatagaaggagaggggaagaaatatatatttgct
gttaatggttgggtgatgaacgataatcccttacggaactttgctgaagaaggttcatta
atatatttaagaagagaattagtagcatggggtgacagtgttaaattacgctatggtcag
tgtccagaagacagtccgtatctatggaaacatatgagacgatacacggaagaaactgtt
caaatattccatggtgttaggttagacaactgtcacagtacaccaatacacgttgctgag
tatatgttagatgctgctagaaagattcgacctgatctctatgttatagctgaattattt
actggtagtgaagctttagacaatctttttatgaatagattaggcattaactctctgata
agagaggcattaagtgcctggaatgctcacgaagaaggtagattagttcatagatatggt
ggtgtacctattggatcatttgttcaacccagagttaaaccattaacacccactgtagct
catgctttattttacgaccaaacacatgataatccttcaccagtagagaaaagatcagca
tatgacttatggccaacaacagcattagtagctatggcgtgctgtgctactggtagcaat
agaggctatgatcagcttgtaccacatcatgtccatgtagtaacagaagaacgtcactat
atgtcatggagtgatagtgaaaaaccaagtaatgcctacatcaataaaacatgtggtata
acagaaggcaagagggtgctaaataaactacattttgagatgggtctttcaggatttagt
caggtttatgttgatcagttaactgatgatacagtttctgttaccagacataatccacaa
acacatgagtctattattctagtctgtagaacaagttttagtcatccttctaatcctaat
tgtgctggtcaacatattaaatctatacatatacaaggtgtaataaaggagataatatta
gaaggtagtatgggagtcagtcatcattatgaatataaacaagataaagattatgtcaat
ggtttaccagattatttcttgacactacgtcagaatatcaaaactgaggagagtcagatt
tgtaacgtacataaaaacccagatggtactgtcaatatatcgtggaaaaacctcactcct
ggttcagtcattgctttcagatcttgtctacctcctaaagctaaagaagctatattacaa
attcgccgtggtctgggacagtttggatatttgatgagatcgtacagcggtagcaccatg
tttgatgatacttgggataaatctaatttccgtgttatagtctccaatttagatctggct
agtttaaatcgtgttttatatcgggttgaagcagaagaaagagatgatggttatggaatt
ggagcctattctcttgctggttatggttccatggtatattgtggtcttagaggtattata
tcagttttagctgatatccgacctaataatgatctaggacattctctgtgtgataatcta
cgtcaaggtaattggttacctgattatgtagccaatagattaaagttgaatacccacaca
catgatgtaagtacccttggtatgtggtttgaaggtattttctcgtatttaaaagaagct
ccccgatatttgataccatgttatttcgatgctttagttactggagcttatgttgttatg
agagaaatgataatacaacaaatgtcagattttgttagagatggatcgacatttgtacaa
gctttatcaatgggttcagtacagttttgtgggtttgtaaaatcgtcgaaactaccaact
ctttcgcctaatttagcaccacctaaagtcagaacagaaattgatattacttctaaagac
gaatttgaggcatcactgtctttggctgcaggatttcctcattttgccagtggttacatg
agaaattggggacgtgatacatttatagctatcagagggttaattttactaacaggtcga
catgaggaggcacgaagtttaatattagcgtatgctggtacactacgtcatggtttaata
cctaatctattaaatgaggggacaggtgctcggtataactgtcgtgatgctgtatggtgg
tggttacaatctatacaagattactgtaaacatgtgtctaatggtgttaatatattaaaa
gataatgtatccaggatgtatcctactgatgattcggaacctctaaaaccaggtgaagtg
gatcagaaattaagtgatgtgatacaagaaagtttagagaaacatgctggaggtaataaa
tatagagaacgtaatgctggcagtcagatagattgtcagatgactgataaaggttttgat
gtagaatatggtgtagattggaatactgggtttgtatatggtggtaatgaatataattgt
ggaacatggatggataaaatgggtagttctagtaaagctggtaataagggtaaacctgct
acaccaagagatggttcagcagttgaaattattggattatcaatgtctactgtaagatgg
ttagaaagttataattgtaaaaatttatatcctcatgatggagttactgctgttataaaa
gggaaagaagtaaagattacataccatgaatgggctgaaaagattaagagtaattttgag
aaatatttttgggttaatgatacacctgatccagacaacgaaccaaaaccagaattaata
aacagacgtggtatctataaagattcttaccttgctacacaattctgggcagactatcaa
ctacgacccaactttcctgtagctatggtggtggcccccgaactatttactccatcaaga
gcatggatagctttaaatacagttcaagaagtattactgggtcctttaggaatgaaaaca
ttggatccaagtgattgggcgtataaaggagactatgataatgctaatgattctgattgt
ggtcgtgtagctggtggttttaactatcatcaaggaccagaatggttatggcctactggt
tattttcttagagctaaactatattttgctgccaaattaaataaagaacaagatggtata
ttgaaagaaacaataggatttatagaatctagattagccaatcattatttagaattaatg
agatctccatggcaatcattaccagaactaactaattctaatggttcgtactgtagagat
agttgtcgaggtcaagcctggagtattgggtgtcttttagaagtattatatgatttagag
aagatcgaaaatcatcaacatttattatctacatctaattctataccagatatcaacggc
aatccttcttaa

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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 (73)   
   KEGG ORTHOLOGY (1)   
   RefGene (68)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (97)   

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