KEGG   Acanthaster planci (crown-of-thorns starfish): 110984420
Entry
110984420         CDS       T05078                                 
Name
(RefSeq) sucrase-isomaltase, intestinal-like
  KO
K12047  maltase-glucoamylase [EC:3.2.1.20 3.2.1.3]
Organism
aplc  Acanthaster planci (crown-of-thorns starfish)
Pathway
aplc00052  Galactose metabolism
aplc00500  Starch and sucrose metabolism
aplc01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:aplc00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    110984420
   00500 Starch and sucrose metabolism
    110984420
Enzymes [BR:aplc01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.3  glucan 1,4-alpha-glucosidase
     110984420
    3.2.1.20  alpha-glucosidase
     110984420
SSDB
Motif
Pfam: Glyco_hydro_31_2nd Glyco_hydro_31_3rd Trefoil Gal_mutarotas_2
Other DBs
NCBI-GeneID: 110984420
NCBI-ProteinID: XP_022100313
UniProt: A0A8B7Z3V1
Position
Unknown
AA seq 2797 aa
MANKVLIAGVSAVLVVVVFLAIFLPVYLTQTGTEEEPKPTQLTPDQQFYRDVKDEDRFDC
FPDLDTPASQELCEARGCFWKPATNAKAPLCFYPLTYGYQMTNPPTETNLGWEARLIRLE
GIPSRYGADIDNLKLEVEFQTDYRLHFKISDAEKARYEVPSEAVNIAKPTKKPTNPMYEV
SYKQHPFSIQVKRRSTGVTVFDSSVGGFTFEDQFLQISTKLPSQYVYGFGEHNHKRFLHD
MDYKTWTMFTRDVAPVDEWNLYGHHPYHMCIENRDNNAHSILFLNSNAMDVTLQPTPALT
YRTIGGVLDFYIFFGPTPENLVTQYTEAIGRPVMPPYWALGFQLSRWNYNSLKRVKEVVK
EMNDAQMPLDVQYGDIDYMDRWMDFTVNETSYGTQNLSDFVDELHSKGMRYIIILDHCIG
KEDGYQPYDTGLQQDIFVKTKDGNVLEGEVWPATNASVYPDFTLSDKAEAWWTHLCDDFH
DKIAYDALWIDMNEPSNFVPGSLTGCDENKINNPPYLPNILGRIIWPTNKRGLYEKTICM
DAQQNWGKHYDVHSLYGHSMSQVTHRTLQTVFPNKRSMVLSRSTYVSSGAYTGHWLGDNQ
SQWRQLPWSIPGMLEFSLFGFAYTGSDICGFWFNTTRELCLRWSQVGAFYPFARNHNGRD
FIPQQPTAFDPQFTAHVKGVLEIRYRLLPFLYTLFYEANTKGTTVSRPVLHEFPETLGMN
IDRQFLWGPSFLITPVLDEGETTVGAYIPDARWYDYHTHKEVDSNLRGKTTTLPADLYTI
NLHIRGGYVLPVQEPANNTVYSRKKPMGLMIALDDDLKARGNLFWDDGESRDTIKDEVYI
LVEFDVSTQNGVGTLNIVNIINKYTDPDSLAFETIQIMGLTTVPSNAKANNVAIPSGNFN
YDSTAKGVLIVSKSFPQSSQHQDQQIGTGPTIQVVGKGVMYIFVAFLAIFLPVYLTQTGT
EEEPKPTQLTPDQQFYRDVKDEDRFDCFPDLNTTATKELCEARGCFWKPATNAKAPLCFY
PLTYGYQMTNPPTETNLGWEARLIRLEGIPSRYGADIDNLKLEVEFQTDYRLHFKITDAE
RARYEVPSEAVNIPKPTKRPSNPMYEVSYKQNPFSIQVKRTSTGVTVFDSSVGGFTFEDQ
FLQISTKLPSQYVYGFGEHNHKRFLHDVDYKTWTMFTRDENTDQFNDDWNLYGHHPYHMC
VEERENNAHSILFLNTNAMDVTLQPTPALTYRTIGGVLDFYIFLGPKPENLVSQYTEAIG
RPVMPPYWALGFQLSRWNYNSLDRVKEVVKEMTDAQMPMDVLYGDIDYMDRLMDFTVNET
SYGMQNLSDFVDSLHDSGMRYIIILDPAIGIEDGYEPYDQGVVQDVFIRMKNGEILKGMV
WPRVPASAFPDFTSAATVAWWTSLCDDFHDKIAYDALWIDMNEPSNFLNGSFTGCEDSNI
NRPPYIPNVLGRDAPERRGLYTRTICMDSQQSWGKHYDVHSLYGHSMAQATFQALQTVFP
RDRSMILSRSTYVSSGAYTGHWLGDNQSQWRQLPWSIPGMLEFSLFGFTYIGADICGFAY
NTTRELCLRWSQVGAFYPFSRNHNAASFRPQHPTSFDSEFTNNVKLVLGIRYKLLPFLYT
LFYEAHTKGTTVARPVLHEFPETLGMNIDRQFLWGPSFLISPVLDEGMTTVEAYIPNARW
YNYNDGKEVDTNLRGKTTTLPADLYTINLHIRGGYVLPVQEPANNTVYSRKKPMGLIIAL
DDDLKARGNLFWDDGESRDSITEQNFILSEFSVNTENGKGTLNIVNKISKYTDPDSLAFE
TIQIMGLTTDPTRAIYNETTIPAEDFNYHSDNKVLTLTQLKLRISQSHTVIWEPYCLCLY
TCTRRQSAQQGSVTVTVMANKVLIAGVSAVLVVVVFLAIFLPVYLTQTGTEEEPKPTQLT
PDQQFYQDVKDEERFDCFPDLNTTATKELCEARGCFWKPATNAKAPVCFYPLTYGYQMTS
PPTETNLGWEARLIRLEGIPSRYGTDIDNLKLEVEFQTDYRLRLKITDAEKARYEVPSEA
VNIAKPTKKPSNPMYEVSYKQHPFSIQVKRTSTGVTVFDSSVGGFTFEDQFLQISTKLPS
RYVYGFGEHAHRRFLHDMNYKSWTMFTRDDEWNLYGHHPFHMCVEERGNNAHGILFLNSN
AMEIILQPTPGLTYRTVGGVLDFYIFFGPTPENVVSQYTEAIGRPVMPPYWALGFQLSRW
NYNSLDRVKEVVKEMTDAEMPLDVVYGDIDYMDRFMDFTVNETSYGMQNLSNFVDYLHDY
GMRYIIILDHAIGVEDGYEPYDKGIEQDVFVKTKDDEILHGMMWPRVNASVFPDFTKSDT
AAWWTALCDDFHDKIAYDALWIDMNEPSNMVNGSKTGCEENKLNSPPYVPDIHGRTSDNR
LGLITETLCMDSEQSWGQHYNVHSLYGHSMSQATFQALQTVFPNKRSMVLSRSTYVSSGA
YTGHWLGDNQSLWRQLPWSIPDMLEFSLFGFGYTGADICGFLFNTTRELCLRWSQVGAFY
PFSRNHNAKDYRPQQPTSFDEEFTANVKMVLGIRYKLLPFLYTLFYEANTNGATVARPVL
HEFPETRGMNIDRQFLWGPSFLITPVLDEGMTTVEAYIPNARWFNYYDGREVDSNLRGKT
TTLPADLYTINLHIRGGYVLPFQEPANNTVNSRKKPMGLMIALDDDLKARGNLFWDDGES
RDTVSREKFTLTEFGVVTENGLGTLAIDNIVNKYTDPYSLAFETIQIMGLTTVPTKATYN
GTPIPAGDFNFSSATKVLTLTGLKLSISESHVVVWEP
NT seq 8394 nt   +upstreamnt  +downstreamnt
atggcgaacaaggtcctgatcgctggtgtctcggcagtgttggtagtcgtggtcttttta
gccatctttctaccggtgtatctcacccaaaccggcacagaggaggaaccaaaacctacc
caactcacccctgaccagcagttctatcgggacgtcaaggatgaagacagattcgactgc
tttcctgacctcgatactccagcttctcaagagctctgtgaggcacgtggttgcttctgg
aagccagctacaaatgccaaggctcctctttgcttctatccgctgacctacggctatcag
atgactaacccacctacagagactaacctaggctgggaggctaggcttatccggctagag
ggcatacctagccgttatggtgctgatatcgacaacctcaaacttgaggtggagttccag
acggactatcgcttgcacttcaagatatcagacgcagagaaggcccgatacgaagttcca
agcgaagcagtcaacatcgccaaaccgaccaagaagccgactaaccccatgtatgaggtc
agctacaagcagcacccgttcagtatccaagtaaaacggaggagcacaggagtgacagtc
tttgattcgtcagtgggtggctttacatttgaggatcagttccttcagatatcgactaag
ctcccatctcaatatgtgtacggctttggtgagcacaatcataagcgctttctgcacgat
atggactacaagacttggacaatgtttaccagggacgttgcacctgtggatgaatggaat
ctgtatggtcatcacccatatcacatgtgtattgagaatcgtgataataacgcccatagt
atcctctttctgaacagcaatgcaatggacgtcactctacagccaactccagctcttacc
tatcgcactattggtggcgttctagatttctacattttcttcggccctacgccggaaaac
cttgtgacacagtacacagaggcaatcggcaggccagtgatgccaccttactgggcctta
gggttccagctcagtcgatggaactacaactcattaaaacgtgtcaaggaagtcgtcaag
gagatgaatgacgcacagatgcccttggatgtccagtatggggatatcgattacatggat
cgatggatggatttcactgtcaacgaaaccagttatggaacacagaacctgtctgacttt
gtggacgagctgcatagcaagggcatgcgttacataattattttggaccactgtatagga
aaggaggatggctatcaaccatacgacacaggattacaacaggacatcttcgtcaaaacc
aaagatggtaatgttctggaaggggaggtgtggcctgccactaacgcaagtgtgtatccg
gacttcactctttccgacaaagctgaggcgtggtggacgcatttgtgcgatgacttccac
gacaaaattgcttacgatgcattgtggattgacatgaatgaaccatccaactttgtgcct
ggttccctaactggctgtgacgaaaataagatcaataatccaccctacctgccaaatatc
cttggtcgtattatatggccaactaacaagcgtggactttacgagaagacaatttgcatg
gacgcccaacaaaactggggaaaacactacgacgtgcacagcctgtacggccacagcatg
tcgcaggtcacccacagaactttacaaaccgttttcccaaacaagcgtagtatggttctt
tctcgatcgacgtacgtgagtagcggggcgtataccggtcactggcttggggacaaccag
agtcagtggcggcagctgccttggagtattcctggtatgcttgagtttagtctattcggc
tttgcttacactggatctgatatttgcggtttctggttcaacaccacccgtgagctgtgc
ctacgatggagccaagtcggcgctttctacccctttgctcgtaaccataatggtagggat
tttatacctcagcaaccaacagcatttgatccccaatttacggctcacgtcaaaggagtg
ctggagattcgctacagattacttccattcctctacacactgttctacgaggccaacaca
aaggggaccacagtttcaagaccagtactccatgaatttccagagactcttggtatgaac
attgaccggcagttcctgtggggaccatcgttcctcatcacgccagtccttgatgaggga
gagacaactgttggcgcatacattcctgacgccagatggtacgactatcacacacacaag
gaagttgattcgaatttgcgtggcaagaccaccaccctgccagcggacctttacaccatc
aacctacacatcagaggtggctatgtgctacctgtccaggaaccagctaataacaccgta
tacagtcggaagaagccaatgggtctgatgatagccctagatgatgacctgaaggctcgt
gggaatctgttctgggatgatggtgaatccagagacacgataaaggacgaagtatacata
ctggtagagtttgatgtctcaacccaaaatggagtgggtaccctgaatatcgtgaacata
atcaataagtacacggatccagactctctagcatttgagaccatccagataatggggctg
accacggttccttctaatgccaaggcaaacaacgtagcaataccatccgggaacttcaac
tatgattcaactgcaaagggtgtacttatagtgtccaaaagtttccctcagtccagccag
catcaggaccagcaaattggaaccggtccaacaatccaagtggttggcaagggggtgatg
tacatcttcgtggcctttttagccatctttttaccggtgtatctcacccaaaccggcaca
gaggaggaaccaaaacctacccaactcaccccagaccagcagttctatcgggacgtcaag
gatgaagacagattcgactgcttccctgatctgaacactactgccactaaagagctctgc
gaggcacgtggttgtttctggaagccagctacaaatgccaaggctcctctttgcttctat
ccgctgacctacggctatcagatgactaacccacctacagagactaacctaggctgggag
gctaggcttatccggctagagggcatacctagccgttatggtgctgatatcgacaacctc
aaacttgaggtggagttccagacggactatcgcttacacttcaagataacagacgcagag
agggcccgatacgaagttccaagcgaagcagtcaacatccctaaaccgaccaagaggccg
tctaatccgatgtacgaggtcagctacaagcagaaccccttcagtatccaagtgaaaagg
acgagcacgggagttacagtttttgattcgtctgtgggtggctttacattcgaggatcag
ttccttcagatatcgactaagctcccatctcaatacgtgtacggctttggtgaacacaat
cataagcgctttctgcacgatgtggactacaagacttggacaatgtttaccagggacgaa
aacacagatcaatttaacgacgattggaatctatatggccatcacccctaccatatgtgc
gtcgaggaacgtgaaaacaacgcgcatagcatactcttccttaacaccaatgcaatggat
gtcacactacagccaacgccagccctcacctaccgcaccatcggcggagttctcgatttc
tatatatttcttggaccgaaacctgagaatctcgtctcacagtacacagaggcaatcggc
aggcctgtgatgccaccttactgggccttggggttccaactcagccgatggaactacaac
tcactcgaccgtgtcaaagaggttgtcaaggagatgactgacgctcaaatgcccatggat
gttctctatggtgacattgactacatggaccgactgatggattttacggtcaacgaaaca
agttatggaatgcagaacctgtccgattttgtggactctctccatgacagtggaatgaga
tatatcatcattctggaccctgcaattggtatcgaagatggctatgaaccgtacgaccaa
ggagtagtgcaagacgtcttcatcaggatgaagaatggtgaaatacttaaaggaatggta
tggccccgtgtaccagccagtgccttccctgactttaccagtgctgctacggtcgcttgg
tggacttcattatgcgatgacttccacgacaagattgcctatgatgcgctttggattgat
atgaatgaaccctccaatttccttaacggttctttcactggctgcgaggacagcaacatc
aacagaccaccgtatatccccaatgttcttggccgtgatgcacctgaacgacgtggcctc
tacacgagaactatctgcatggattcacaacagagctggggcaagcactacgacgtgcac
agcctgtatggtcacagtatggctcaggccacgttccaagccttgcagactgtcttccca
cgagaccgaagcatgatcctgtctcgatcgacgtacgtgagtagcggtgcgtacaccggt
cactggctgggagacaaccagagtcagtggcggcagctgccttggagtattcctggtatg
ctggaattcagtctctttggttttacttacattggtgctgacatatgcggattcgcgtac
aacaccacccgtgagctatgccttcgatggagccaagtaggcgctttctaccctttctct
cgaaaccacaatgctgcatctttcagaccgcagcatcctacgtcatttgacagcgagttt
accaacaacgtcaaactggtactgggaattcgctacaaactactacctttcctctacact
ctattttatgaagctcatacaaagggaacaacagttgcaagacctgtgctacacgagttt
ccagagactcttggtatgaatattgaccgacagtttctatgggggccatcgtttctcatc
tcacctgtcttagatgagggtatgacaacagtggaggcgtacataccaaacgctagatgg
tacaactataacgacggcaaggaagttgatacgaatctacgcggtaagaccaccacctta
ccggcggatctgtacaccatcaacctacacatcagaggtggctatgttctacctgtccag
gaaccagctaataacaccgtatacagtcgaaagaagccaatgggtctgataatagccctg
gatgatgacctgaaggcccgtgggaatctgttctgggatgatggtgaatccagagactcc
atcaccgaacagaatttcatcttgtctgaatttagtgtgaacaccgaaaatggaaagggg
acgctaaatattgtgaacaaaatcagcaagtacaccgatccagactcgctagcgttcgag
acgatccagataatggggctgactacagaccctacaagggccatctacaacgaaaccaca
attcctgctgaagacttcaattatcattcggacaataaggtgcttacactgactcaactg
aagctacgaatatcgcagagtcacacggtcatatgggaaccatattgtctctgtctctac
acgtgcaccaggagacagtctgcacaacaaggttcagtaacagtcaccgttatggcgaac
aaggtcctgatcgctggtgtctcggcagtgttggtggtcgtggtctttttagccatcttt
ctaccggtgtatctcacccaaactggcacagaggaggaaccaaaacctacccaactcacc
cctgaccagcagttctatcaggatgtcaaggacgaggagagattcgactgcttccctgat
ctgaacactactgccactaaagagctctgcgaggcccgtggttgtttctggaagccagct
acaaatgccaaggctcctgtttgcttctatccgctgacctacggctatcagatgactagc
ccacctacggagactaacctaggctgggaggctaggcttatccggctagagggcatacct
agccgttatggtactgatatcgacaacctgaaacttgaagtggagttccagacggactat
cgcctgcgccttaagataacagacgcagagaaggcccgatacgaagttccaagcgaagca
gtcaacatcgccaaaccgaccaagaagccgtctaaccccatgtatgaggtcagctacaag
cagcacccgttcagtatccaagtgaaacggacgagcacgggagtgacagtttttgattcg
tcagtgggtggctttacattcgaggatcagttccttcagatatcgactaagctcccatct
cgatatgtgtacggctttggtgaacacgctcataggcgtttcttgcatgatatgaactac
aagagctggacaatgtttacaagggatgacgaatggaatctgtatggtcaccatcccttc
catatgtgcgtcgaggaacgtggaaacaatgctcacggcatactctttctgaacagcaat
gcaatggagatcatccttcagccaaccccgggtcttacatatcgcaccgtcggcggtgtc
ctcgatttttatatattttttggaccaacacctgagaatgtggtctcgcagtacacagag
gcaatcggccggccggtaatgccaccttactgggccttggggttccagctcagtcgatgg
aactataactccctggaccgagtaaaagaagttgttaaggagatgactgatgcagagatg
ccattggatgtggtttatggcgacatcgattacatggaccgatttatggacttcactgtg
aacgaaacaagttatggaatgcaaaatctttccaattttgtggactatctccatgactac
ggaatgcggtatatcatcatattggaccatgccattggcgttgaagacggctatgagcct
tacgacaaaggaattgagcaggacgtcttcgtcaaaacaaaagacgacgagatactccat
ggaatgatgtggcccagagttaacgctagtgtgtttccagacttcaccaagtctgacaca
gccgcttggtggactgcactttgcgatgacttccacgacaagattgcttatgatgccctg
tggattgacatgaatgagccttctaatatggtcaacggctctaaaactggctgtgaggaa
aataaacttaatagtccgccgtatgtgccagacattcatggacgaacttcagataaccgt
ctgggccttatcactgaaacactctgcatggattcagaacaaagttggggtcagcattac
aacgtgcacagcctgtatggtcatagcatgtcacaggctacgttccaagctctacagacc
gttttcccaaacaagcgtagtatggttctttctcgatcgacgtacgtgagtagtggggcg
tataccggtcactggctgggggacaaccaaagcttgtggcggcagttgccttggagtatt
cccgatatgctagagttcagtctcttcggttttggctacactggtgctgatatatgtggt
tttctgttcaacaccacccgtgagctgtgcctccgatggagccaagtcggtgccttttat
cctttctctcgtaaccacaatgcaaaggactacaggccgcaacagcccacatcgttcgac
gaggaattcacggctaacgtaaaaatggtgctggggatacgttacaagttgcttccattc
ctctacacgctgttctacgaggcgaacacgaatggggccacggtagcaagacctgtattg
cacgagtttccagaaactcgtggaatgaacattgaccggcagttcctgtggggcccgtcg
ttcctcattacaccagtactagatgagggtatgacaaccgttgaggcgtacatcccaaat
gccagatggtttaactattatgacggacgggaagttgattccaatttgcgtggcaagacc
accaccctgccagcggatctgtacaccatcaacctacacatcagaggtggctatgtgcta
cccttccaggaaccagctaataacacagtcaacagtcggaagaagccaatgggtctgatg
atagccctagatgatgacctgaaggcccgtgggaatctgttctgggatgatggtgaatcc
agagacactgtcagtcgagagaaattcacattgaccgaatttggtgtcgtgactgagaat
ggattgggtacccttgcgattgacaatatagtcaacaagtacactgatccatactcgcta
gcatttgagaccatccagataatggggctgactacagtccctacgaaggccacctacaac
gggaccccaattccagccggagacttcaacttcagttcagccactaaggtgcttacattg
actggactgaaactgtcgatctcagagagccacgtcgtcgtctgggaaccgtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (10)   
   KEGG ENZYME (2)   
   KEGG REACTION (8)   
Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (83)   

Download RDF
DBGET integrated database retrieval system