KEGG   Xiphophorus maculatus (southern platyfish): 102216752
Entry
102216752         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
    102216752
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:xma03110]
    102216752
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
     102216752
    3.2.1.108  lactase
     102216752
Chaperones and folding catalysts [BR:xma03110]
 Intramolecular chaperones
  Others
   102216752
SSDB
Motif
Pfam: Glyco_hydro_1
Other DBs
NCBI-GeneID: 102216752
NCBI-ProteinID: XP_023192572
Position
7:25879649..25889873
AA seq 1892 aa
MQKLLWLGCLYFLCILGRQGRGLKRQDDFVLLAGPLAQPELRTFSNGENVAFDCSHPIPA
NSKLYFEYLRSKGVTHFKVPLSWVQLLPTGLSSEPQPGVVRCYQTLLKQLLEEGLQPLVI
LHGSDVPESLRSRYGGWESQWLLEMFQQYAEFALKEFGPLAQSWVTFSDLDEVLHAGQAA
GDHRLQNILQLNKKIYQFYHHNFPGNGRRLSIGLKGTDEAALSQLKGSTTVDFLSVNMDF
SCTSSANFAQELKNLQISTGNMPILIYRLTLHDCSHHEQEPLGNLLNVVLRDDLNIIGCD
MKDVLVQLEMQDTVDSGKAHFSRNGDEIAQEKDIFLTKAFPPGFQWATSIESFKVEGAWA
AGGKGETIWDRFGHENQAFNNHTADTAADSYRKVDIDVYLLRGLGVNTYQFSISWARIFP
SGHKDSLSEEGALYYDNLIDALIESGIQPVATLYHWDLPQALQDDGGWTNASIVATYMDY
AAFCFHRYGNRVKSWNTFSSPWVVSHAGYGTGVHAPGIKDYVTASYQVTHNIVKSHAEAW
HVYNDNYRTTQGGKVGIALNSDWAEPADAEKPEDKEAAERYLQFMLGWFAHPIFIDGDYP
VVLKTQIANKAKECPSSAPAVLPTFTDEEKSRIKGTSDFFGLNHYTSRLVSSSVGGCTPG
PEGVGDFQAKVDPSWPATASDWIYSMPTGLRSLLNYIKTKYLAVNNVPIYITGNGMPTDD
SGDTLNDVSRIEYMRGYISETLKAIELDKVDVQRFTVQSLMDGFEGNKGYSERFGLHQVD
FVDGNRPRTPKQSAYFFAQIIEQNGFVSRKQDHFEGVKISPPRRSTPLPPSEVPSASKVV
WEKFTPQKKFDRQMYHYGNFSQNFLWGVSSSAYQIEGGWNADGKGPSVWDTFTQKPGSGI
PDNVTADIACDSYNKLKEDLYMLQALKVKSYRFSLSWSRIFPNGRRESLNQKGVDYYNRL
INGLLARKITPMVTIYHWDLPQDLQDIGGWQNVEMINIFNDYCDFCFATFGDRVKFWMTM
NDPQGLAWLGYGTGQIPPNTEEPGTAPYQVAHNLIKAHATAYHTYDNKYRASQGGMVSIA
LNAEWVEPKDINVPRDLVAADRAMQFNLGWFAHPIFKNGDYPEAMKAQVLVKSELQGLSQ
SRLPSFTEEEKNLIKGTADMFCANHYTSNIVTHVTGAILPPSYQNDRDYIEEEMTDQPTT
AVEFTRAVSFGMRRLLSWIKEEYGDPDIYITENSVSTPMEYAYDDIDRVFLYKTYIDEAL
KAYELDGVKVKGYATYLMDSFQFFHGYQFGFGLHYIDFNNIHRPRTPKFSAHLYYNIMKD
NGFSLPDDEKMLYGEFKKDFIWSSATASYQIEGAWRQGGKGLSIWDKFTHTPGNILQHDT
GDIACNSYNKMEDDIAALKKVKVSHYRFSVSWPRILPDGTTEYINQAGLNYYKKLLDSLI
AANIQPQVTLYHWDLPQALQDVGGWENETIIERFRDYADILFENLGPKVQLWITFNEPFI
IAILGHVQGTHAPGFSDRPDTLPYIVSHNIIKAHAEAWHVYNDKYRASQNGMVSITVNAD
WAEPRNPYKQEDYDAARSVVEFYLGWYAHPIFNGDYSPLMKRSVLEQSLAGGLTKSRLPE
FTPEEIKRINGTYDYFGLNHYCSVLAFPVDFGEIQHFEADRGVVLLRDRTWLESGSHWLT
MTPFGLRRLLKFIKHEFGNPPIIITENGVSENGPVDLNDVHRKYFYEKYINQVLKAYLLD
DVNVIGYTAWSLLDNLEWAVGYTERFGLFYVNRSDPDLSRTPKASVSFYSSIISCNGFPD
PASGTHECWNSTSTPTPTLTPKPEATKEPINNVNFLGMKLSAKDAETGLNATFALLIIAL
TGAISLFIGFFLVKKSSKKSKKTENVELDKRS
NT seq 5679 nt   +upstreamnt  +downstreamnt
atgcagaagctactgtggctgggctgtttgtattttctgtgcatccttggaagacaaggt
agggggttgaaaagacaggatgactttgtgcttcttgcaggccccctggcacaaccagag
ctgagaacctttagcaatggggaaaatgttgcctttgactgcagtcatcccataccagcc
aactccaaactgtattttgagtacctccggagcaaaggggtgacacacttcaaagtcccg
ctgtcgtgggtccagctccttccaacaggcctctcaagcgaaccccaaccaggtgtagtt
agatgctaccagaccctcctgaagcagctgctggaggaaggactgcagccactcgtcatc
cttcatgggtcagatgttccagagtctttgaggtccaggtatggaggctgggaaagtcag
tggctgctagagatgtttcagcagtatgccgagttcgctctgaaggagtttgggccactg
gcacagtcatgggtgacatttagtgacctggatgaggttttgcatgcgggccaggctgca
ggtgaccaccgtctgcaaaacatcctccagctgaacaagaagatttaccagttttaccat
cacaacttccctggaaatgggagacgtctgtcaattgggctgaaaggaacagatgaagct
gcactttcccaacttaaaggttcaacaactgttgatttcttatcagtgaacatggatttc
agctgcacttcttctgcaaactttgcacaggagttgaagaacctacagatttccactgga
aacatgccaatcctgatatacaggctgacacttcacgactgttcacaccatgaacaagag
cctcttggaaacttgctgaatgtcgtactaagagatgatctgaatattattggatgcgac
atgaaggatgtgttggtgcagttggagatgcaggataccgtagacagtggtaaagcacat
ttcagcagaaatggtgacgaaattgctcaggaaaaagatattttcctcacgaaagcattc
cctcctggcttccaatgggcaacatccatagagtctttcaaggttgaaggtgcatgggca
gcaggtggaaaaggcgagaccatctgggatcgctttggtcatgaaaaccaagcctttaat
aatcatactgctgacacagctgctgacagctacagaaaggttgatatagatgtctacctc
ttgcgaggtcttggagtcaacacctaccagttctccatttcctgggcccgtatattcccc
tcaggtcacaaagacagcctgtcagaagaaggagctctctactatgacaatctgatcgat
gctcttattgaatctggcatacagcctgttgccactctctaccattgggatttgcctcag
gctctccaagacgatggtggatggaccaacgcttccattgttgcaacttacatggactat
gcagccttctgcttccatagatatggaaacagggtcaagagctggaacacattcagtagt
ccctgggtggtgagccatgctggatatggcacaggtgtgcatgctccgggaataaaagac
tacgtgactgcttcttatcaggttactcataatatagtgaaatcccatgctgaagcctgg
catgtctacaatgacaattacaggacgacacagggagggaaagtgggcattgcattaaac
tctgactgggcagaacctgccgatgctgaaaaacctgaggataaggaagctgcagagcgc
taccttcagtttatgctaggctggtttgcccatccaatcttcatagatggggattatcca
gtagttctcaaaactcagattgcaaacaaagcaaaagagtgtccctcatctgcgccagca
gtacttccaactttcactgatgaagagaagtctaggatcaagggaacttctgactttttt
ggtttaaatcattatacctcccgtttagttagcagcagtgtaggtgggtgcacccctggt
cctgaaggagttggagacttccaggcaaaagtggacccttcatggcctgctacagcatca
gactggatttactccatgcccacaggactacggtcacttctgaactacattaaaacaaaa
tatctagccgtgaacaatgtgcccatttacataactgggaatggcatgccaacagatgac
agtggagacaccctgaatgatgttagcagaatagagtacatgagaggttatattagtgaa
accctaaaagctattgaactcgataaagtggatgtgcagcgattcacagtgcaatcgctt
atggatggatttgagggaaacaaagggtacagtgaaagatttggacttcaccaggttgat
tttgtagatggaaacagaccaagaacaccaaaacaatcagcatatttctttgctcagatc
attgagcaaaatggttttgtttcacgtaaacaagatcattttgaaggtgtgaaaatatca
ccacctcgccgttccactccactgccaccctcagaggtcccatctgcatcaaaagtagtc
tgggaaaaatttacgccacagaaaaagtttgacagacaaatgtatcactatggcaatttc
tcacaaaacttcttatggggcgtctcatcttcagcttaccagattgagggtggatggaat
gcagatggaaaagggcccagtgtatgggatacattcactcagaagccaggtagtggtatt
cctgataatgtgactgcagacattgcctgtgacagttacaataaacttaaagaagacctt
tacatgctgcaagctttgaaagtgaaatcatacagattttctctgtcatggtccagaatc
tttccaaatggtagacgtgaatccctgaaccagaagggtgtcgattattacaacagactt
attaatggcctcttggccagaaaaatcaccccaatggtcacaatctatcactgggacctt
ccacaagatctacaagacattggtggctggcaaaatgtggagatgattaacatttttaat
gattattgtgacttctgctttgccacttttggtgacagagtaaaattctggatgaccatg
aatgaccctcaaggacttgcatggctaggatatggaactggacaaatccctccaaacaca
gaggagccaggaacagcaccataccaagttgcacataacttgataaaagctcacgctaca
gcataccacacatatgataacaaataccgtgcttctcaaggaggtatggtttccattgcc
cttaatgctgaatgggttgaacctaaagatatcaatgtccctcgtgatcttgttgctgct
gaccgtgcgatgcagttcaacctgggttggtttgcccaccctatcttcaagaatggagac
tatccagaggccatgaaagcccaagttttggtcaaaagtgaactccaaggtctttcacag
tcaagactcccttctttcacagaggaggaaaagaacttgatcaaaggaactgctgacatg
ttctgtgccaatcactacacttcaaacatagtaacccatgttacaggtgcaattttacca
ccatcctatcaaaatgacagagactatatagaagaagagatgactgatcaaccaacaaca
gcagttgaattcacaagagctgtatcatttgggatgagaaggcttctcagctggatcaag
gaagaatatggtgatccagatatttacattactgaaaattcagtttctactcctatggaa
tatgcttatgatgatattgacagagtatttctttacaaaacttatattgacgaggctctt
aaagcctatgaacttgatggagtcaaggtgaaaggctatgcaacatatctcatggattct
tttcagttcttccatgggtaccagtttgggtttggtctccactacatagacttcaataac
atacaccgaccaagaacacctaagttctcggctcatctctactacaatattatgaaggat
aatggcttttcattaccagatgatgaaaagatgttatatggagaattcaaaaaggatttc
atttggagtagtgcaacagcatcctaccagattgaaggggcatggagacaaggtggaaaa
ggtctcagcatctgggacaagtttacacacactcctggaaatatacttcagcatgacact
ggggacattgcttgtaacagttacaataagatggaagacgacattgctgcactaaagaaa
gtcaaggtgtctcactatcgcttctccgtgtcctggccaaggatcctgcctgacggtact
accgaatatatcaatcaggctggtctaaattattacaagaaacttctggattcccttatt
gccgcaaacattcagcctcaagtcactttgtaccactgggatctcccacaagctctacag
gacgttggaggttgggaaaatgagaccatcattgaacggttcagggattatgcagatatc
ctctttgagaatcttggtccaaaagtgcaactttggatcactttcaatgagcccttcata
atagcaatattaggccatgtccaaggcacacatgccccaggtttcagtgatcgaccagat
actcttccatacattgtaagtcacaacataatcaaagcccatgcagaggcctggcatgtt
tacaatgacaaataccgagcctcacaaaatggaatggtttccatcactgtaaatgcggac
tgggcagaacccagaaacccctacaaacaagaggactatgatgctgcacggagtgtggtt
gagttttatcttggctggtatgcccatcccatttttaatggtgactacagcccactcatg
aagagatctgttctggagcaaagtcttgcaggtggtttgacaaaatccaggcttcctgag
tttactcctgaggaaattaagcgaattaatggcacatatgattattttggattaaaccat
tactgcagtgtcttggcattccctgtagactttggggaaattcagcactttgaggcagac
aggggcgtggtacttcttagagatcgtacctggttggagtcaggttcacactggctgacg
atgaccccatttggcctacgaagattgctgaaattcattaagcatgagtttggaaatcct
ccaataatcatcactgagaatggtgtctctgaaaacggaccagttgatctgaatgatgta
cacaggaaatacttctatgaaaagtacatcaaccaagtgctgaaagcttatttgcttgat
gacgtgaatgtcattggctacactgcttggtctctgctggacaacctggaatgggctgtt
ggctatacagagagatttggacttttctatgtcaatcgctcagaccctgatctgtctcga
acccccaaagcctccgtgtccttttactcctccatcatcagctgcaacgggtttcccgac
ccagcatctggaactcacgaatgttggaactctacctccaccccaactcccaccctcact
cctaagcctgaagcaacaaaagagccaatcaacaatgtgaacttcttgggtatgaagctc
tctgccaaagatgctgagacaggacttaatgcaacatttgctcttctaattatagcactc
actggagcaatttctttgttcattggcttctttttagtaaagaagagttccaaaaaatcc
aaaaaaactgagaatgtagagctggacaagagatcctga

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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 (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (34)   
   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 (57)   

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