KEGG   Tupaia chinensis (Chinese tree shrew): 102470311
Entry
102470311         CDS       T02978                                 
Symbol
LCT
Name
(RefSeq) lactase
  KO
K01229  lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62]
Organism
tup  Tupaia chinensis (Chinese tree shrew)
Pathway
tup00052  Galactose metabolism
tup01100  Metabolic pathways
tup04973  Carbohydrate digestion and absorption
Brite
KEGG Orthology (KO) [BR:tup00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    102470311 (LCT)
 09150 Organismal Systems
  09154 Digestive system
   04973 Carbohydrate digestion and absorption
    102470311 (LCT)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:tup03110]
    102470311 (LCT)
Enzymes [BR:tup01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.62  glycosylceramidase
     102470311 (LCT)
    3.2.1.108  lactase
     102470311 (LCT)
Chaperones and folding catalysts [BR:tup03110]
 Intramolecular chaperones
  Others
   102470311 (LCT)
SSDB
Motif
Pfam: Glyco_hydro_1
Other DBs
NCBI-GeneID: 102470311
NCBI-ProteinID: XP_006169784
Position
Un
AA seq 1929 aa
MELSWKVFFVVLLSFLCWGLDLEYDKNFISAAGPLTEDLLYNLSGRNQSSNFLAGYKDIY
VCQEPLPIFLPEYFGSLHANKITHYKVFLSWTQLLPDGSSKNPDKKTVQCYRRLLEALRA
AQLQPMVVLHHQALPASTIQTRGAFVDLFADYATFAFHSFGDLVGIWFTFSNLKEVIMEL
PHQESRASRLQTLTDAHRKAYEIYHEKYASQSGKLSVVLRAEEVSEFLLEPPTSALVKDS
VDFLSLDLSDECQNEESLPQMLGKLQTIEPKVKLFIFNLKLQDCPSTRNSPARLLFSLLE
ATDKDQVLTIGADINAFLSCSADSKESTSCSLTDNLILRTDQTDRHQDPLTAVGPLSPGS
AYQRVWEIFANQSRAERDTFLQDVFPEGFLWGVSTGAFSVEGGWAEGGRGPSIWDQYEPL
NAIKGQVTPAVASDSYHKLASDVALLRGLRAQVYKFSISWSRIFPTGHKSEPSPQGVTYY
NTLIDSLLDSGIEPMATLFHWDLPQALQDCGGWQNESVVDAFLNYAAFCFSAFGDRVKLW
VTFHEPWVISYAGYGTGQHAPGISDPGVASFKVAHLILKAHARTWHHYNHHHRSQQQGHV
GIVLNSDWAEPLSPERPEDLKASERFLHFMLGWFAHPIFVDGDYPAALKAQILQMNKQCP
SPVAQLPEFTKAEKELLRGSSDFLGLSHYTSRLISKAQVTCNPSYDTIGGFSQHVDPSWP
QTSSPWIRVVPWGIRRLLQFVSLEYTRGKVPIYLAGNGMPTGESENLFDDSLRVDYFNQY
INEVLKAIKEDSVNVRTYIARSLIDGFEGPSGYSQRFGLYHVNFSDSSKPRTPRKSAYFF
TSIIEKNGFLTKVIKRRPTTSMADFSSKIRALTFPSEVPSKAKVVWEKFSNQPKFERDLF
YHGTFRDDFLWGVSSSAYQIEGGWNADGKGPSIWDNFTHTPGSNVKDNATGDIACDSYHK
VDADLNMLRALRVKAYRFSISWSRIFPTGRNSSVNSHGVDYYNRLIDGLVASNIFPMVTL
FHWDLPQALQDIGGWENPSLIELFDSYADFCFQTFGDRVKFWMTFNEPMYQAWLGYGSGE
FAPGVKDPGWAPYKVAHAVIKAHARAYHTYDEKYRQKQKGVISLSLNTHWGEPKSPNVPR
DVEAADRSLQFSLGWFAHPIFRNGDYPDAMKWKVGNRSELQHLATSRLPSFTEEEKAYIR
GTADVFCLNTYSSRIVQHKTPRLNPPSYEDDRELTEEEDPSWPSTATNRAAAWGMRRLLN
WIKEEYGNIPIYVTENGVGLTSDKLEDTERIFYHKTYINEALKAYRLDGVDLRGYAAWSL
MDNFEWQSGYTVKFGLYHVDFSNMNRPRTARASTRFYTEVITNNGMPLPKEDEFLYGRFP
DGFIWSAASAAYQIEGAWRADGKGLSIWDTFSHTPLRVGNDDTGDVACDSYHKIAEDLVA
LQNLGVSHYRFSISWTRVLPDGTTRHINEAGLSYYVRLIDALLAANIQPQVTIYHWDLPQ
ALQDVGGWENETIVQRFKEYADVLFRRLGDKVKFWITLNEPFVIANQGYGYGTSAPGISF
RPGTAPYIAGHNLIKAHAEAWHLYDEQYRASQGGTISITISSDWAEPRDPSSQEDVEAAR
RYVQFMGGWFAHPIFKNGDYPEVMKTRIRDRSLAAGLSKSRLPEFTESEKRRINGTYDFF
GFNHYTTVLAYNLNYASFISSFDADRGVASITDRSWPDSGSFWLKMTPFGFRRVLNWLKE
EYNNPPIYVTENGVSQREEVDLNDTARIYYLRSYINEALKAVQDKVDLRGYTVWTLMDNF
EWATGFAERFGLHFVNYSDPSLPRIPKASASFYASVARCNGFPDPATGPHPCLQQPEGAG
PTIGPERQEEVHFLGLRLDPTAAGTALYILLSLLLLGVCGLAFLSYKYCRRSKQGAAQSQ
QELSPVSSF
NT seq 5790 nt   +upstreamnt  +downstreamnt
atggagctgtcttggaaggtcttctttgttgtcctcctaagttttttatgctggggttta
gacctggaatatgataaaaatttcatttcagctgctggtcctctaaccgaagacttactg
tataaccttagtggtcgaaaccagagttctaatttcctagcaggatacaaggacatttat
gtttgtcaggagccactgcctattttcctgccagagtactttggcagtcttcatgctaat
aagatcacccattataaagtatttctgtcgtggacacaacttctcccagatggaagctcc
aagaatccagacaagaagaccgtgcagtgctatcggagactgcttgaggccctcagggct
gcgcagcttcagcccatggttgtcctgcaccaccaggccctccccgccagcaccatccag
acacgcggagcctttgttgacctctttgctgattatgccacgtttgccttccactccttt
ggggatctagttgggatctggttcactttcagtaacttgaaggaagtgataatggagctt
ccgcaccaggaatcaagagcttcacgtctccagaccctcactgatgcccacagaaaagcc
tatgagatttaccatgaaaaatatgcttctcagagcggaaagctctctgttgtcctacga
gctgaagaggtctcagagtttctgctagaaccacccacatctgctcttgtcaaggactcg
gtcgatttcctctctcttgatttatctgacgaatgccagaatgaggagagtctaccacag
atgctgggtaaactgcagaccattgagccaaaagtgaaacttttcatctttaacctaaaa
ctccaggactgcccctccaccaggaacagtccagccaggctgctcttcagccttctggaa
gctacagacaaagaccaagtgctcaccatcggggctgatattaacgcattcctgagttgt
tcagcagattccaaggaaagcacatcttgttctctgactgacaacctgatcctgcggact
gatcagactgatcggcatcaggaccccctgacagcagttggccccttgtcgcctggctcg
gcctatcagagagtgtgggaaatatttgctaaccagtccagggcagaaagggacactttc
ctgcaggatgttttccctgagggcttcctctggggtgtctccacaggagcctttagtgtg
gaaggaggttgggcggagggcggaagggggccgagcatctgggaccaatatgagcctctg
aatgccatcaagggccaagtgactccagcagtggccagtgacagttatcataagttggcc
tctgatgttgccctgctccgaggactccgggcccaggtgtacaagttctccatctcctgg
tcccgaatcttccccactggacacaagagtgaacccagcccccaaggcgtcacctactac
aacacactgattgacagcctgctggactctggcatcgagcccatggccacactgttccac
tgggacttgcctcaggccctgcaggattgcggagggtggcagaatgagagcgtggtggat
gccttcctgaactatgcagccttctgcttctctgcctttggggaccgtgtgaagctgtgg
gtgaccttccacgagccgtgggtgatcagctacgcaggctacggcactggccagcatgct
ccaggtatctccgacccaggcgtggcctcttttaaggtggctcatttgatcctcaaggct
cacgccaggacttggcaccactacaaccaccaccatcgctcccaacagcaggggcacgtg
ggcattgtgctgaactcagattgggcagaacccctgtctccagagaggccagaggacctg
aaagcctctgagcgcttcttgcacttcatgctggggtggtttgcacaccccatctttgtg
gacggagactacccagctgccctgaaggcccagatcctacagatgaacaaacagtgtccc
agtcctgtggctcagctccctgagttcacgaaggcagaaaaagagctcctaagaggctct
tctgattttctgggtctgtctcattacacctcccgcctcatcagcaaggcccaagttacc
tgcaaccccagctatgacaccattggaggattctcccaacatgtggacccttcgtggccc
caaacctcatccccttggattcgtgtagtgccctgggggataaggagactgttgcagttt
gtatccttggaatatacccgaggaaaagttccaatatatctggctgggaatggcatgccc
acaggggaaagtgaaaatctctttgatgattctttgagagtagactacttcaatcaatat
atcaatgaggtgctcaaggctatcaaggaggattcagtgaatgttcgtacttacatcgct
cgttccctcattgatggcttcgaaggcccctctggttatagccagagatttgggctgtac
catgtcaacttcagtgacagcagtaagccaaggactcccaggaaatctgcctactttttc
accagcatcattgaaaagaatggtttcctcaccaaggtcataaaaagacgcccaacaact
agcatggcagacttctcctctaagatcagagccctcactttcccttctgaggtgccctcc
aaggctaaagtagtttgggaaaagttctccaaccaacccaagtttgaaagagatttgttc
taccatggcacattccgagatgactttctgtggggtgtgtcctcttcagcctatcagatc
gaaggaggttggaatgcagatggcaaaggtcccagcatttgggataactttacccacact
ccggggagcaacgtgaaagacaatgccactggagacatagcctgcgacagctatcacaaa
gtggacgctgatctgaacatgcttcgagctttgagagtgaaagcctatcgtttctccatc
tcctggtctcggattttcccaactgggagaaacagttctgtcaacagtcacggtgttgat
tactataacaggctgatcgatggcttggtggctagcaacatctttcccatggtgacactg
ttccactgggacctgccccaggccctccaggatatcggaggctgggagaatccttccttg
attgagttgtttgacagctatgccgacttttgcttccagacctttggtgacagagtgaag
ttctggatgacctttaatgagcccatgtaccaggcatggttgggttatggctcaggggag
tttgctccaggtgtgaaggacccaggctgggcaccttacaaagttgcccatgcagtcatc
aaagcccacgccagggcctatcacacttatgatgagaaatacaggcagaagcagaagggg
gtcatctcattgagcctcaacactcactggggagagcccaagtcaccgaacgtcccaaga
gacgtggaagcagctgaccgaagcctgcaattctccctaggttggtttgctcaccctatt
tttagaaatggagactatcctgatgccatgaagtggaaagtggggaacaggagtgagcta
caacacttagccacctcccgcctgccgagcttcactgaggaagagaaggcatacattagg
ggtacagccgatgtcttctgcctcaacacctactcctccagaatcgtgcagcataaaaca
cccaggctaaacccaccctcctacgaagatgacagggagctgacggaggaggaggaccct
tcgtggccttccacagccacgaacagagctgcagcatgggggatgagaagactgctgaac
tggatcaaggaggagtacggcaacatccccatctatgtcactgaaaatggagtgggactg
acgagtgacaaactggaagataccgagaggatattttaccacaaaacctacatcaatgag
gctttgaaagcctacaggctcgatggtgtcgacctacgagggtatgccgcttggtctctc
atggacaactttgagtggcagtcaggctacacagtcaagtttgggctataccacgttgac
ttcagtaacatgaacaggcctcgcacggcaagagcctccaccaggttctacacagaggtc
attaccaacaacggcatgccgctccccaaggaggacgagtttctgtatggacggtttccc
gacggttttatctggagtgcggcctccgccgcgtatcagattgaaggagcgtggagggca
gatggcaaaggactcagcatctgggacaccttttctcacactccgctgagggttgggaac
gatgacaccggagacgtggcctgcgacagctaccacaagatcgctgaggatctggttgcg
ctgcagaacctcggcgtgtcccactatcgcttttccatctcctggactcgcgtcctccct
gacgggaccaccaggcacatcaacgaagctggcctgagctactacgtgcggctcatcgat
gcgctgctcgctgccaacatccagccccaggtgaccatttaccactgggacctgccccag
gcactccaggatgttggaggctgggagaacgagaccatcgtgcagcgctttaaagagtat
gcagacgtgctgttccggaggctgggagacaaggtgaagttctggatcacgctgaatgag
cccttcgtcattgctaaccagggctatggctatgggacatcagctccaggaatctccttc
aggcctggcacggccccctacatagctggccacaacctcataaaggctcatgccgaggcc
tggcatctctacgacgagcagtaccgagccagccagggcggcaccatttccatcaccatc
agcagcgactgggctgagcccagagacccctccagtcaggaggacgtggaggcagccagg
agatacgtccagttcatgggaggctggtttgcacatcctattttcaagaacggagactac
cctgaggtgatgaagacgcggatccgggacaggagcttggccgcgggcctcagcaagtct
cggctcccggaattcacagagagtgagaagaggagaatcaacggcacctatgactttttt
gggttcaatcactataccaccgtgctggcctacaacctcaactatgcctctttcatctcc
tcctttgatgctgacaggggagttgcctccatcacagaccgctcttggccagactctggc
tccttctggctgaagatgacgcctttcggcttcaggagggtcctgaactggctgaaggag
gagtacaacaaccctccaatttacgtgacagagaatggagtgtcccagagggaagaagta
gacctcaacgacactgcgaggatctactacctccgcagttacatcaacgaggccctcaaa
gctgtgcaggacaaggtggacctgcgaggatacacggtttggactctgatggacaacttc
gagtgggccacaggctttgcagagaggtttggcctccattttgtgaactactctgacccg
tccctgccaaggatccccaaagcctcagccagcttctatgcctctgtggcccggtgcaat
ggctttcctgaccccgccacaggcccgcacccttgtctccagcagccggaaggtgccggg
cccaccattggccctgagaggcaggaggaggtgcacttcctggggctacggctggaccca
accgccgcgggaacagctttatacatcctcttgtctctcttgctccttggagtctgtggc
ttggcctttctgtcctacaaatactgccggcgctccaagcaaggggcagcacagagccaa
caggagctgagccccgtctcttcattctga

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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 (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (22)   
   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 (46)   

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