KEGG   Rousettus aegyptiacus (Egyptian rousette): 107511200
Entry
107511200         CDS       T06036                                 
Symbol
LCT
Name
(RefSeq) lactase-phlorizin hydrolase
  KO
K01229  lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62]
Organism
ray  Rousettus aegyptiacus (Egyptian rousette)
Pathway
ray00052  Galactose metabolism
ray01100  Metabolic pathways
ray04973  Carbohydrate digestion and absorption
Brite
KEGG Orthology (KO) [BR:ray00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    107511200 (LCT)
 09150 Organismal Systems
  09154 Digestive system
   04973 Carbohydrate digestion and absorption
    107511200 (LCT)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:ray03110]
    107511200 (LCT)
Enzymes [BR:ray01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.62  glycosylceramidase
     107511200 (LCT)
    3.2.1.108  lactase
     107511200 (LCT)
Chaperones and folding catalysts [BR:ray03110]
 Intramolecular chaperones
  Others
   107511200 (LCT)
SSDB
Motif
Pfam: Glyco_hydro_1
Other DBs
NCBI-GeneID: 107511200
NCBI-ProteinID: XP_016000897
Position
Unknown
AA seq 1927 aa
MRLIWNLVFIVLLSFSCWALDWESDRNFISAAGPLTDDLLHNLSNLGNQGSNFAVGSKDI
YFCRQPLPALLPEYLSSIHGSKITHYKVFLPWAQLLPAGSSENPDTKAVQCYRRLLEAIR
AAQLQPLVVLQHQALPASTIQRSEVFADLFADYATFAFQSFGDLVEVWFTFSDLEEMLME
LPYQEPRSVRLQTLMDAHRKAYEIYHEKYASQGGKLSVVLRAEAVSELLLEPSTSSFAKD
TVDFLSLDLSYECQSEASLLQKLSKLQTIEPKVKVFIFNLKLLDCPSTKKNPASVLFSLL
EAIYKDQVLIIGSDINIFLSCSSNSKKSPSCSLADGLTLQAARKWDLETAAGSSPSSAYQ
KVWETFANQSRTERDAFLQDVFPEGFLWGVSTGAFNVEGGWAEDGRGASVWDRLGFEKAA
KGQATPEVASDSYHKVDSDVALLRGLQAQVYKFSISWSRIFPTGHGHSPSPQGVAYYNKL
IDSLLDSHIEPMATLFHWDLPQALQDLGGWQNESVVEDFLDYAAFCFSTFGDRVKLWVTF
HEPWVMSYAGYGTGQHAPGISDPGVASFKVAHLVLKAHARAWHHYNSHHRPQQQGRMGIV
LNSDWAEPLSPERPEDLRATERFLHFMLGWFAHPIFVDGDYPATLRAQIQRINRQCPSPV
AQLPEFTEAEKQLLKGSADFLGLSHYTSRLISNAQQDTCIPSYDTIGGFTQHVDPAWPQT
SSPWIRVVPWGLRRLLRFVSLEYAKGKVPIYLAGNGMPIGENENLFDDSLRVDYFTQYIN
EVLKAVKEDSVDVRSYIARSLIDGFEGPSGYSQRFGLHHVNFNDSSKPRTPRKSAYFFTR
VIEKNGFLTKAVKRLPPLRTANFPPKSRAFTFPSEVPSQAKVIWEKFSNQPKFERDLFYH
GTFRDDFLWGVSSSAYQIEGAWDADGKGPSIWDNFTHTAGNNVKDNATGDIACDSYNQLD
ADLNMLRALKVKAYHFSLSWSRIFPTGRNSSINRHGVDYYNRLIDGLVASNISPMVTLFH
WDLPQALQDIGGWENPFLIELFNSYADFCFQTFGDRVKFWMTFNEPTYQAWLGYGSGDFP
PNVNDSGWAPYRIGHAVIKAHARVYHTYDERYRQDQKGVISLSLSASWAEPKSPTVPREV
EAADRMLQFSLGWFAHPIFRNGDYPDAMKWKVGNRSELQRLATSRLPSFTEEEKKYIRAT
ADMFCLNTYSSKIVWHITPRLNPPSYQDDQELSEKEDPSWPSTEINGAAPWGMRRLLNWV
KEEYGDIPIYITENGVGLTNPTVEDTDRIFYHKTYINEALKAYRLDGVDLRGYTARSLMD
NFEWLHGYTVKSGLYHVDFNNVNRPRTARASASYYTEVITNNGMPLPREDEFFYGRFPEG
FIWSAASAAYQIEGAWRADGKGLSIWDTYTHTPLKVENDDIGDVACDSYHKYAEDVVALK
NLGVSHYRFSISWSRILPDGTTKYISEKGLDYYVQLIDALLAVNIKPQVTIYHWDLPQAL
QDVGGWENETTIQRFKEYADVLFRRLGDKVKFWITLNEPFVIAYKGYGYGTAAPGISSRP
GTGPYIAGHNLIKAHAEAWHLYNDVYRASQGGTISITISSDWAEPRNPSNQEDVEAARRY
VQFMGGWFAHPIFKNGDYSEVMKTRIRDRSLAAGLSKSRLPEFTESEKKRINGTYDFLGF
NHYTTVLAYNLDYDPSISSFDADRGVAFLADPSWPDSGSSWLKMAPFGFRRILNWLKEEY
NNPPIYVTENGLSLRGETDLNDTARIYYLQSYINEALKAVQDKVDLRGYTVWCLTDNFEW
ATGFAERFGLYFVNYTDPSLQRIPKASAKLYASITKCNGFPDPATGPHPCLQSEDAGPTI
SPVREEKVQFLGLTLSSTQAQAALYTLFSLVLSGVCGVALLSYKYCKHSKQGKTQAGQQE
LSPISSF
NT seq 5784 nt   +upstreamnt  +downstreamnt
atgaggctgatttggaacctagtctttattgtcctcctaagtttttcgtgctgggcgcta
gactgggaatctgatagaaatttcatttcagctgctggtcctttaaccgatgacttgctg
cacaacctgagcaacctgggaaaccagggttctaactttgcagtggggagcaaagacatt
tatttttgtcgccagccactgcctgcccttctgccagagtaccttagtagtattcatggc
agtaagatcacccattataaagtatttctgccctgggcacaacttcttccagcaggaagc
tccgagaacccagatacgaaagccgtgcagtgctaccggcgactccttgaggccatcagg
gctgcacagcttcagcccctggtcgtcctgcagcaccaggccctccccgccagtaccatc
cagagaagtgaagtctttgctgatctctttgctgactatgccacattcgccttccagtct
tttggggacctagttgaggtctggttcacttttagtgacttggaggagatgttaatggaa
cttccctaccaggagccaagatctgtacgtctccagaccctcatggatgcccacagaaaa
gcctatgagatttaccatgaaaaatatgcttctcaaggaggaaagctctctgtggtcctg
cgagctgaagcggtctcagagctcctgctagagccgtccacatcttcgtttgccaaggac
acagttgatttcctctctcttgatttgtcttatgaatgccaaagcgaggcaagtttgctg
cagaagctgagtaaattgcagactattgagcccaaagtgaaagttttcatcttcaatcta
aaactcctggactgcccctccaccaagaagaacccagctagtgtgctcttcagccttttg
gaagccatctataaagaccaagtgctcatcattgggtctgatattaatatattcctgagc
tgttcatcaaattccaagaaaagcccatcttgttctctggctgacggcttgacccttcag
gctgcccggaagtgggacctcgagactgcagcaggctcctcgcccagctcagcctatcag
aaagtctgggaaacatttgctaaccagtccaggacagaaagggatgctttcctgcaggat
gtttttcctgaaggcttcctctggggcgtctccacgggagcctttaatgtggaaggaggc
tgggccgaggatggaagaggggcaagtgtctgggaccgactggggttcgagaaggccgcc
aagggccaagcgacgccagaggtggccagcgacagttaccacaaggtggactctgacgtt
gcccttcttcgcggcctccaggctcaggtctacaagttctctatctcctggtcccgtatc
ttcccaactgggcatgggcacagccccagcccccagggtgtcgcctactacaacaagctc
atcgacagcctgctagactcacacatcgagcccatggccacactgttccactgggacctg
cctcaggccctgcaggatcttggcggctggcagaacgagagtgtggtggaagacttcctg
gactatgcagccttctgcttctccacctttggggaccgtgtgaagctgtgggtgaccttc
cacgagccgtgggtgatgagctatgcgggctatggcaccggccaacacgcgccgggcatc
tctgacccaggagtggcctcttttaaggtggctcacctggtcctcaaggctcacgccaga
gcttggcaccactacaacagccaccatcgcccacagcagcaggggcgtatgggcattgtg
ctgaactcagactgggccgagcccttatccccagagaggcccgaggatctgagagccacc
gaacgcttcttgcacttcatgctgggctggtttgcacatcccatttttgtggatggagac
tacccggctaccttgagggcccagatccaacggataaacagacagtgtcccagtcctgtg
gcccagctccctgagttcacagaggcagagaagcagcttctgaaaggctctgctgatttt
ctgggtctgtcccattatacgtcccgcctcatcagcaacgctcaacaggacacctgcatc
cccagctatgataccatcggaggcttcacacagcatgtggaccctgcatggccccagact
tcctcgccctggattcgcgtggtgccctggggtttgaggagactgttgcggtttgtatcc
ttggaatacgcaaaaggaaaagttccaatctacctggctgggaatggcatgcccattggg
gaaaatgaaaatctctttgatgattccttgagagtagactacttcactcaatacatcaat
gaagtgctcaaagctgtcaaggaggactcagtggatgttcgatcttacattgctcgttcc
cttatcgatggctttgaaggaccctctggttacagccagaggtttgggctgcatcatgtc
aacttcaatgacagcagcaagccaaggactcccaggaaatctgcctattttttcaccaga
gtcattgaaaagaacggcttcctcaccaaagcagtaaaaagactgccaccactcagaaca
gcaaacttcccccctaaaagtagagccttcacttttccttcggaggtgccctctcaggct
aaagtaatttgggaaaagttctctaaccaacccaagtttgaaagagatttgttctaccat
ggcacgttccgggatgactttctatggggtgtttcttcatcagcctatcagatcgaagga
gcttgggatgccgatggcaaaggccctagcatctgggataactttacccacacagcagga
aacaatgtgaaagacaatgccactggagacatagcctgtgacagctataatcaattggat
gccgatctgaatatgctacgagctttgaaggtgaaggcttatcacttctctctgtcctgg
tctcggattttcccaactggaagaaacagttctatcaacagacatggtgttgattattac
aacaggttgatcgatggcttggtggcaagcaacatctctcccatggtgacactgttccac
tgggacctcccccaggccctccaagatattggaggctgggagaatcctttcttgattgag
ttgtttaacagctatgcagacttttgtttccagacctttggtgacagagtcaagttctgg
atgacctttaacgagcctacataccaggcatggttgggttatggctcaggagattttccc
ccaaatgtgaacgattcaggctgggcgccttacaggatcggccatgcagtcatcaaagct
catgccagagtctatcacacctacgatgagagatacaggcaagatcagaagggggtcatc
tctttgagcctcagtgcatcctgggcagagcccaagtcaccaacggtcccaagggaagtg
gaggcagctgaccgaatgctgcagttctcactgggctggttcgcccatcccattttccga
aacggagactatcctgatgccatgaagtggaaagtggggaacaggagtgaactgcaacgc
ttagccacctcccgcctgccaagtttcactgaggaggagaagaagtacatcagggctacg
gctgacatgttttgcctcaacacctactcctccaaaattgtgtggcatataacacccaga
ttaaacccaccctcctaccaagacgaccaggagttgagtgagaaagaggacccttcatgg
ccttccacagaaattaacggggctgcgccctggggaatgcgaagactgctcaactgggtc
aaagaagagtatggtgacatccccatttacatcactgagaatggagtgggactgacaaat
ccgacggtggaagacaccgataggatattttaccacaaaacctacatcaatgaagctttg
aaagcctacaggcttgacggggtagaccttcgagggtacaccgcacggtctctgatggac
aactttgagtggctgcatggttacacagtcaagtctggactgtatcatgttgacttcaat
aatgtgaacaggcctcgtacagcaagagcctctgccagctactacacagaggtcatcact
aacaatggcatgccgctgcccagggaagacgagtttttctatggtcggtttcccgagggc
ttcatctggagtgcggcttccgctgcatatcagattgaaggtgcatggagagctgatggc
aaaggactcagtatttgggacacatatactcacacaccactgaaggttgaaaatgatgac
attggagatgtggcctgtgacagttatcacaagtatgccgaggatgtggtcgccctgaag
aacctgggcgtgtcccactatcgcttttccatctcttggtctcgcattctccctgatgga
accaccaagtacatcagtgaaaagggcctggactactacgtgcagctcattgacgcgctg
ctagccgtcaacatcaagccccaggtgaccatttaccactgggacctgccccaggcactc
caggatgttggaggctgggagaatgagaccactatacagcggtttaaagaatatgcagat
gtgctcttccggaggctgggggacaaggtgaagttttggatcacgctgaacgagcccttt
gtgattgcttacaaaggctatggctatgggacagcagctccaggaatctcctccaggcct
ggcactggcccatacattgcgggccacaacctaataaaggcccatgctgaggcctggcat
ctgtacaatgacgtgtaccgcgccagtcaaggtggcacgatttccatcaccatcagtagc
gattgggctgagcccagaaacccttccaaccaggaggatgtggaggcagccaggagatat
gttcagtttatgggaggctggtttgcccaccctattttcaagaatggagattacagcgag
gtgatgaagacacggatccgtgacaggagcttggctgcaggcctcagcaagtctcggctc
ccagagtttacagagagtgagaagaagaggatcaatggaacctatgactttttagggttc
aatcactataccactgtcctggcctacaacctcgactatgacccttcgatctcctccttt
gatgcagacaggggagttgccttcctcgcagatccctcttggccagactctggctcctcc
tggctgaagatggcaccttttggcttcaggaggatcctgaactggttaaaggaggagtac
aacaatcctccaatttatgtaacagagaatggactgtccctacggggagaaacagacctc
aatgacactgcaagaatctactaccttcagagttacatcaatgaggcactcaaagctgtt
caggataaagtggatcttcgaggatacacggtttggtgtttgacagacaactttgagtgg
gctacaggctttgcagagagatttggtctgtattttgtgaactacactgacccttctctc
caaaggattcccaaagcatcagccaagttgtatgcctctatcaccaagtgcaacggcttc
cctgaccctgccacagggccacacccctgtctccagtcagaagatgctggacctaccatc
agccctgtgagagaggagaaagttcagttcctcggactaacactaagttcaacacaagcc
caggcagctttgtatacactcttttctcttgtgctttctggagtctgtggtgtggcatta
ctgtcatacaagtactgtaaacactccaagcaagggaaaacacaagcaggccaacaggaa
ttaagccctatttcttcattctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (23)   

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