KEGG   Xiphophorus maculatus (southern platyfish): 102217013
Entry
102217013         CDS       T02923                                 
Name
(RefSeq) lactase-phlorizin hydrolase-like
  KO
K01229  lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62]
Organism
xma  Xiphophorus maculatus (southern platyfish)
Pathway
xma00052  Galactose metabolism
xma01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:xma00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    102217013
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:xma03110]
    102217013
Enzymes [BR:xma01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.62  glycosylceramidase
     102217013
    3.2.1.108  lactase
     102217013
Chaperones and folding catalysts [BR:xma03110]
 Intramolecular chaperones
  Others
   102217013
SSDB
Motif
Pfam: Glyco_hydro_1
Other DBs
NCBI-GeneID: 102217013
NCBI-ProteinID: XP_023192575
Position
7:25896317..25907507
AA seq 1830 aa
MQKLLWLGCLYFLCILGSQGRGVKRRDDFVLLAGPLAQPELRTFSNGENVAFDCSHPIPA
NSKLYFEYLRSKGVTHFKVPLSWVQLLPTGLSSKPQPGVVRCYQTLLKQLLEEGLQPLVI
LHGSDVPESLRSRYGGWESQWLLEMFQQYAEFALKEFGPLAQSWVTFSDLDEVLHAGQAA
GDHRLQNILQLHKKIYQFYHHNFPEIGRRLSIGLKGRDEAVLSQLKGSTTVDFLSVDMDY
SCASSANFAQELKNLQISTGNLPILIQKLTVHDCSYNEQEPLRNVMNVLHSHDLNIIGCD
MKDVLIQQEMHGAVVSGGKHFKRLTRLGSSYQKILHESAAKSTEDRDVLTKAFPAGFQWA
TSTESFKVEGAWAADGKGETIWDRFGHENQAFNNHNADTAADSYRKVDIDVYLLRGLGVN
TYQFSISWARIFPSGHKDSLSEEGALYYDNLIDALIESGIQPVATLYHWDLPQALQDDGG
WTNPSIVAAYMDYAAFCFHRYGNRVKSWNTFSSPWVVSHAGYGTGVHAPGIKDYVTASYQ
VTHNIVKSHAEAWHVYNENYRTTQGGKVGIALNSDWAEPADAEKPEDKEAAERYLQFMLG
WFAHPIFIDGDYPEVLKTQIANKAKECPSSAPAVLPTFTDEEKARIKGTSDFFGLNHYTS
RLVSSSVGGCTPGPEGVGDFQAKVDPSWPATASDWIYSMPTGLRSLLNYIKSEYLTYNNV
PIYITGNGMPTDDSGDTLNDVSRIEYMTGYISEALKAIELDKVDVQRFTVQSLVDGFEGN
KGYSERFGLHQVNFEDGYRPRTPKQSAYLFAQIIEQNGFVSRKQDHFEGVKISPPRRSTP
LPPSEVPSASKSVWEKFTPQKRLDRQMYHYGNFSQNFLWGVSSSAYQIEGGYNQDGKGQS
VWDVVSNNPGSGIPEDVNGNVACDSYNRLDEDLYMLQALKVKSYRFSLSWSRIFPNGRRE
SLNQKGVDYYNRLINGLLARKITPMVTIYHWDLPQDLQDIGGWQNVEMINIFNDYCDFCF
ATFGDRVKFWMTMNDPQGLAWLGYGTGRIPPKITEPGTAPYQVAHNLIKAHATAYHTYDK
YRASQGGMVSIALNAEWVEPKDINVPRDLVAADRAMQFNLGWFAHPIFKNGDYPEAMKAQ
VLVKSELQGLSQSRLPSFTEEEKNLIKGTADMFCANHYTTRLVTHVIGALSPASYQSDWD
YVEEEILDQPTTPIGFTRAVSFGMRRLLNWIKEEYGNPDIYITENSVATPREWAFDEIDR
VFLHKTYIDEALKAYELDGVKVKGYATYLMDSFQYLYGYLFGFGLHHVDFNNPNRPRTPK
FSAHFYYNVMRDNGFPLPEDEKMIYGEFKKDFIWSSATASYQIEGAWREDGKGLSIWDKF
THTPGKISEHDTGDVACNSYNKMEDDIAALKKVKVSHYRFSISWPRILPDGTTKYINQAG
LNYYKKLLDSLIAANIEPQVTLYHWDLPQALQDVGGWENETIIERFKEYADVLFENLGPK
VKLWITFNEPFVITVLGHVQGAHAPGLNDRPDTLPYIVGHNIIKSHAEAWHVYNDKYRAS
QGGLVSITVNSDWAEPRNPYKQEDYEAARNVVEFYLGWWAHPIFNGDYSPLVKKSVLDQS
LAGGLTKSRLPEFTPEEIKRINGTYDYFGLNHYCSVLAFPVDFGTTQHFEADRGVVVISD
RTWLETGSVWLRMTPFGLRRLLKFIKDEYRNPPIIITENGVSENGPVDLNDVHRKYYYEK
YINQVLKAYLLDDVNIIGYTAWSLLDNLEWGVGYTERFGLFYVNRTDPDLPRTPKASVSY
YSSIISCNGFPDPASGPQECWNPTPTIADP
NT seq 5493 nt   +upstreamnt  +downstreamnt
atgcagaagctactgtggctgggctgtttgtattttctgtgcatccttggaagtcaaggt
aggggggtgaaaagacgggatgactttgtgcttcttgcaggccccctggcacaaccagag
ctgagaactttcagcaatggggaaaatgttgcctttgactgcagtcatcccataccagcc
aactccaaactgtattttgagtacctccggagcaaaggggtgacacacttcaaagtcccg
ctgtcgtgggtccagctccttccaacaggcctctcaagcaaaccccaaccaggtgtagtt
agatgctaccagaccctcctgaagcagctgctggaggaaggactgcagccactcgtcatc
cttcatgggtcagatgttccagagtctttgaggtccaggtatggaggctgggaaagtcag
tggctgctagagatgtttcagcagtatgccgagttcgctctgaaggagtttggaccactg
gcacagtcatgggtgacatttagtgacctggatgaggttttgcatgcgggccaggctgca
ggtgaccaccgtctgcaaaacatcctccagctgcacaagaagatttaccagttttaccat
cacaacttccctgaaattgggagacgtctgtcaattgggctgaaaggaagagatgaagct
gtactttcccaacttaaaggttcaacaactgttgatttcttgtcagttgacatggattac
agctgcgcttcatccgcaaattttgcacaagagctgaagaacctacagatttctactgga
aacctgcctatcctgatacagaagttgacagttcatgattgttcatacaatgaacaagag
cctcttcgaaacgtgatgaatgtcttacacagtcatgatctgaatatcattggatgcgac
atgaaggatgtgttgatccagcaggagatgcacggtgctgtagtcagtggtgggaaacat
ttcaaaagattgacaagattgggtagcagctatcagaagattttgcatgagtctgcagcc
aaaagcactgaagacagagatgttctcactaaagcattccctgccggcttccaatgggca
acatccacagagtctttcaaggttgaaggtgcatgggcagcagatgggaaaggcgagacc
atctgggatcgctttggtcatgaaaaccaagcctttaataatcataatgctgacacagct
gctgacagctacagaaaggtcgatatagatgtctacctcttgcgaggtcttggagtcaac
acctaccagttctccatttcctgggcccgtatattcccgtcaggtcacaaagacagccta
tcagaagaaggagctctctactatgacaatctgatcgatgctcttattgaatctggcata
cagcctgttgccactctctaccattgggatttgcctcaggctctccaagacgatggtgga
tggaccaacccttccattgttgcagcttacatggactatgcagccttctgcttccataga
tatggaaacagggtcaagagctggaacacattcagtagtccctgggtggtgagccatgct
ggatatggcacaggtgtgcatgctccgggaataaaagactacgtgactgcttcttatcag
gttactcataatatagtgaaatcccatgctgaagcctggcatgtctacaatgagaattac
aggacgacacagggagggaaagtgggcattgcattaaactctgactgggcagaacctgcc
gatgctgaaaaacctgaagataaggaagctgcagagcgctaccttcagtttatgttaggc
tggtttgcccatccaatcttcatagatggggattatcctgaagttctcaaaactcagatt
gcaaacaaagcaaaagagtgtccctcatctgcgccagcagtacttccaactttcactgat
gaagagaaagcgaggatcaagggaacttctgacttttttggtttaaatcattatacctcc
cgtttagttagcagcagtgtaggtgggtgcacccctggtcctgaaggagttggagacttc
caggcaaaagtggacccctcatggcctgctacagcatcagactggatctactccatgccc
acaggactacggtcacttctgaactacatcaaatcagaatatctaacatataacaatgtg
cccatttacataactgggaatggcatgccaacagatgacagtggagacaccctgaatgat
gttagcagaatagagtacatgacgggttacatcagtgaagccctaaaagccattgaactc
gataaagtggatgtgcagagattcacagtgcaatcacttgtggatggatttgagggaaac
aaagggtacagtgaaagatttggacttcaccaggttaattttgaagatggctacagacca
agaacaccaaaacaatcagcatatttatttgctcagatcattgagcaaaatggttttgtt
tcacgtaaacaagatcattttgaaggtgtgaaaatatcaccacctcgccgttccactcca
ctgccaccttcagaggtcccatctgcatcaaagtctgtttgggaaaaatttacaccacag
aaaaggttggacagacaaatgtatcactatggcaatttctcacaaaacttcttatggggc
gtctcatcttcagcttatcagattgagggtggatataaccaggatgggaaaggacaaagt
gtatgggatgtagtcagtaataacccaggtagtggtattcctgaagatgtgaatggaaat
gttgcctgtgacagttacaatagactcgatgaagacctttacatgctgcaagctttgaaa
gtgaaatcatacagattttctctgtcgtggtccagaatctttcccaatggtagacgtgaa
tccctgaaccaaaagggtgtcgattattacaacagacttattaatggcctcttggccaga
aaaatcaccccaatggtcacaatctatcactgggacctcccacaagatctacaagacatt
ggtggctggcaaaatgtggagatgattaacatttttaatgattattgtgacttctgcttt
gccacttttggtgacagagtaaaattctggatgaccatgaatgaccctcaaggacttgca
tggctaggatatggaactggaagaatccctccaaaaattacggagccaggaacagcacca
taccaagttgcacataacttgataaaagctcacgctacagcataccacacatatgacaaa
taccgtgcttctcaaggaggtatggtttccattgcccttaatgctgaatgggttgaacct
aaagatatcaatgtccctcgtgatcttgttgctgctgaccgtgcaatgcagttcaacctg
ggttggtttgcccacccaatcttcaagaatggggactatccagaggccatgaaagcccaa
gttttagttaaaagtgaactccaaggtctttcacaatcaagactcccttctttcacagag
gaggaaaagaacttgatcaaaggaactgctgacatgttctgtgccaatcactacaccacc
aggctagtaacccatgtcataggtgcactttctccagcatcttatcaaagtgactgggac
tatgtagaagaagagatacttgatcaaccaacgacaccaattggattcacaagagctgta
tcatttggcatgagaaggcttctcaactggatcaaggaagaatatggaaatccagatatt
tacattactgaaaattcagttgccactcccagggaatgggcatttgatgaaattgacaga
gtctttcttcacaaaacttatattgatgaggctctcaaagcctatgaactagatggagtc
aaggtgaaaggctatgcaacatatctcatggattcctttcagtacctttatggctacctc
tttgggtttggtctgcaccacgtagacttcaataacccaaaccgaccaagaacacctaag
ttttcagctcatttctactacaatgtcatgagggacaatggttttccattaccagaagat
gaaaagatgatatatggagaattcaaaaaggatttcatttggagcagtgcaacagcatca
taccagattgaaggggcctggagagaagatggaaaaggtctcagcatctgggacaagttt
acacacactcctggaaaaatatctgagcatgacactggggatgttgcttgtaacagttac
aataagatggaagatgacattgctgcactgaagaaagtcaaggtgtctcactatcgcttc
tccatatcctggccacgaatcctacctgacggtactaccaaatacatcaatcaggctggt
ctaaattactacaaaaaacttctggattctctcattgcagcaaacattgagcctcaagtc
actttgtaccactgggatctcccacaagctctgcaggatgttggaggttgggaaaatgag
accatcattgaaagattcaaggaatatgcagatgtcctctttgagaatcttggtcccaaa
gtgaaactttggatcactttcaatgagccattcgtaataactgtattaggccatgtccaa
ggcgcacatgccccaggtctcaacgaccgaccagatactcttccatacattgtaggccac
aacataatcaaatcccatgcagaggcctggcatgtctacaatgacaaatacagagcctca
cagggaggattggtctccatcactgtaaactcagactgggcagaacccagaaacccctac
aagcaagaggattatgaagctgcgcgaaatgtggttgagttttatcttggctggtgggcc
catcccatttttaatggtgactacagcccactggtgaagaaatctgttctagaccaaagt
cttgcaggtggtttgacaaaatccaggctgcccgagtttactcctgaggaaattaagcga
attaatggcacgtatgattattttggattaaaccattactgcagtgtcttggcattccct
gtagactttggaactactcaacactttgaagcagacaggggtgtggtggttattagtgat
cggacctggttggaaaccggttctgtctggctgaggatgacaccatttggtctccgaaga
ttgctgaaattcatcaaggacgagtacagaaatcctccgattatcatcacagagaatggt
gtctctgaaaatgggccagttgatctgaatgacgttcacaggaaatactattatgaaaag
tacatcaaccaagtgctgaaagcttatttgcttgatgacgtcaatattattggctacact
gcttggtctctgctggacaacctggaatggggtgttggctatacagagagatttggactt
ttctatgttaatcgcacagaccctgatctgcctcgaacccccaaagcctccgtgtcctat
tactcttccatcatcagctgcaacgggtttcccgacccagcatctggacctcaggagtgt
tggaaccctacccctacaattgctgacccctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (42)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (61)   

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