KEGG T01084: 100267558

Vitis vinifera (wine grape): 100267558

Entry

100267558 CDS T01084

Definition

lactase-phlorizin hydrolase-like

Orthology

K01229

lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62]

Organism

vvi Vitis vinifera (wine grape)

Pathway

vvi00052	Galactose metabolism
vvi01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:vvi00052]

SSDB

Motif

Pfam:

Glyco_hydro_1 Glyco_hydro_cc

Other DBs

NCBI-GI:

359493680

NCBI-GeneID:

100267558

Position

AA seq 1032 aa
MAFPPYPIMEMDLLISNQIFFLTNLPSLLVFLCCAEEISRAEFPDGFLFGTATSAYQIEG
AFLEDGKTLSNWDVFSHIPGKIERGENGDVAVDHYHRYLEDIELMHSLGVNAYRFSISWA
RVLPSKFGSINPAGVEFYNKIIDCLLLKGIEPFVTISHHDIPQELEHGYGGFLSPLVQDD
FVLFAKTCFENYGDRVKYWTTFNEPNIYADMGYIRGVYPPGHCLEPYHNCSAGNSEREPL
LVVHNMLISHAKAAYIYRERYQLKQGGSIGVVVHAFMYEPISDQECDREAASRALAFNIA
WVLDPLLNGDYPPEMYRLLGENMPKFSPDELKKIKGSIDFIGINHYSSLYAENCSYSPSK
LGCQAIKGFVYTTGERDGVPIGEETAIPRFYVVPSGLEKLIDYLKTRYNNKPIFVTENGL
SQMDQPEERNRVLLNDTKRVEYHKGYLASLAQAIRKGADVRGYFVWSLLDNFEWTNGYSI
RFGLYYVDYKTLCRIPKFSSKWYTSFLSYNSQRNRNGIIRRSPMNSAQRSSEEEEVERSQ
FPSGFLFGAATSSYQIEGAVLEDGKSPNNWDVFCHIPGGIKNGDTGDIADDHYHQFLEDI
EIIHSLGVNAYRFSISWSRVLPRGRLGEVNPKGVMFYSKIIDNLLLKGIEPYVTIYHHDH
PQELEERFGAWLSPLMQEEFVHFAETCFENFGDRVKYWTTINEPNLLAEMAYLWGRYPPA
HCSAPFGNCSSGNSDTEPLFVLHNMLLSHAKAANIYRHKYQLKQGGFIGIIANTLMCEPL
RDIELDREAAKRALAFYIAWMLDPLVFGDYPPEMRQYHGNELPRFTSEETKLLTQSLDFI
GINHYTTLYAKDCIHSTCSSDGDRAIQGFVYLTGERHGVPIGERTGMRRFFIVPRGMEKI
IEYVKERYNNMPMFVTENGYSPPEKEDEQEEDLVQDAKRIEFHKAYLAALARAIRNGADV
RGYFIWSLMDNFEWVYGYNTRFGLYYVDRQTLRRTPKLSARWYANFLTNSGHNHVEDANP
GSFKIKDAYFLD

NT seq 3099 nt +upstreamnt +downstreamnt
atggccttcccaccatacccaataatggagatggaccttttaatttctaaccagatattt
ttcctcactaacttgccatctttgcttgtgtttctgtgttgtgctgaggaaatcagcaga
gctgaattcccagatgggttcttgtttggaactgctacttctgcataccagattgaagga
gcatttttggaagatgggaagactctgagcaactgggatgttttcagccacattccagga
aaaattgaaagaggagagaacggtgatgtcgctgttgatcattaccatcgttacttggaa
gacattgagctaatgcattctctcggggtgaatgcctaccggttttccatttcttgggcc
agggtcttacctagtaaatttggttcgattaatccagcaggagttgagttttataacaaa
attatagattgtctcttgctcaagggaatcgagccatttgttaccataagccatcatgac
ataccacaggaactcgagcacggatatgggggtttcctcagtcctttagtacaggatgat
tttgttctttttgccaaaacttgttttgagaattatggtgaccgggtaaagtactggact
actttcaatgagccaaacatatatgcagacatggggtacattaggggtgtttatcctcca
ggtcattgtttagaaccttaccacaactgttctgctggaaattccgaaagggagccctta
ttggtggtgcacaacatgttaatatcacatgccaaggctgcttatatttatcgtgagcgt
tatcagctcaagcaaggtggtagtataggggtggttgtgcatgcattcatgtatgaaccc
ataagtgaccaagaatgtgaccgtgaagctgcaagtagggccttggccttcaatattgcc
tgggtgttggatccccttctaaatggagattaccctcctgagatgtatcgtttgcttggg
gagaacatgccaaagttctcacctgatgaactgaagaaaataaaagggagtatcgacttc
attggcattaaccattattcaagtctatatgctgaaaactgcagctattctcctagcaag
ctagggtgccaggcaatcaaaggctttgtttacacgactggagaaagagatggggttcca
attggggaggagacagcaataccaaggttttatgttgttccaagcggactagagaaactc
attgattatctgaagacaagatacaacaacaagcctatatttgtcactgaaaatgggcta
tctcaaatggaccaacctgaagaaagaaacagagtgttattgaatgataccaaaagagtt
gaatatcacaagggctatcttgcctccttagctcaggcaattcggaaaggagcagatgta
cgaggctattttgtttggagtttgctggacaactttgaatggactaatggttacagtata
aggtttgggctttactatgttgactacaaaacgctctgccggattcccaagttttcttca
aaatggtatacaagtttcctcagttacaatagccaaagaaataggaatgggatcattaga
agatctcccatgaacagtgctcaaaggtccagtgaagaagaagaagttgaaagatctcag
ttcccatctgggtttctctttggagcagccacttcatcataccagattgaaggagcagtt
cttgaagatggaaagagtcccaacaactgggatgtcttctgtcatattccaggaggcata
aaaaatggagatactggagacattgcagacgatcattaccatcaattcttggaggacatt
gagataatacattcattaggagtaaatgcatacaggttttcaatttcctggtccagggtt
ctgcctagaggaaggcttggcgaagttaatccaaaaggtgtgatgttctacagcaaaatt
atagacaatctcctgctaaagggtattgagccatatgtgacaatataccatcatgatcac
ccgcaagagcttgaggaaagattcggggcttggctaagtcctcttatgcaggaagagttt
gtccattttgctgaaacatgttttgagaatttcggagatagagtgaagtactggacaaca
ataaacgagccaaacctattagcagaaatggcctatttgtgggggagatacccaccagca
cattgttcagccccttttggcaattgcagcagcggcaactctgatacagagcctctcttt
gtgttgcacaacatgttactctcccatgccaaggctgctaacatctaccgccataaatat
cagttaaagcaaggtgggtttattgggatcattgcaaatacattaatgtgtgaaccattg
agggatatcgagcttgaccgtgaagctgcaaagagggcgttggcattttatatagcctgg
atgttagatcccctggtgtttggagattaccctcctgaaatgcgccaatatcatgggaat
gagctaccaaggtttacttcagaggaaacaaagttgttaacacaaagtctggacttcatc
ggcattaaccattacacaactctgtatgccaaggactgcatccattctacttgcagctcc
gatggagaccgggcaattcaaggctttgtgtatcttacaggagagcgacatggtgtgcca
attggtgaacgtacggggatgaggagattctttatagttcccagagggatggaaaagatc
atcgagtatgttaaagaaagatacaacaacatgcccatgtttgtgactgaaaatggatat
tctccaccagagaaagaagatgaacaagaagaagacttggtacaagatgccaagcgaatt
gagttccataaagcctaccttgctgctttggcccgggctataaggaatggtgctgatgtc
cgaggctattttatatggagcttgatggacaacttcgagtgggtgtatggttacaacacc
agattcggactttactatgtggatcgtcagactcttaggcgaactcccaagctttctgca
agatggtatgcaaattttttaaccaacagtggccacaaccatgtagaggatgctaatcca
ggctcattcaaaatcaaagatgcatactttctagactga

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (23)   

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