KEGG   Nanorana parkeri (Xizang Plateau frog): 108791336
Entry
108791336         CDS       T04897                                 
Name
(RefSeq) lactase-phlorizin hydrolase-like
  KO
K01229  lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62]
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Pathway
npr00052  Galactose metabolism
npr01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:npr00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    108791336
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:npr03110]
    108791336
Enzymes [BR:npr01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.62  glycosylceramidase
     108791336
    3.2.1.108  lactase
     108791336
Chaperones and folding catalysts [BR:npr03110]
 Intramolecular chaperones
  Others
   108791336
SSDB
Motif
Pfam: Glyco_hydro_1
Other DBs
NCBI-GeneID: 108791336
NCBI-ProteinID: XP_018417300
Position
Unknown
AA seq 1875 aa
MDLAWRGYLLVLLSSLCHGRVLISDGLIAIAGPLSRSTAGLHNEVMPNNELGCNKNDLQE
VKEQIPVLRKYGVTDYKIYLDWNFLLKDETQVQCYRSLAQALANAGIRPVGVLHKGDLSG
LPASISGGNPTEMYIKYADFAFHTFRDLVHTWITFDVPKEKTLNPQSLQVLTEAHEKISI
LSRTKYATAGGRLSVALHPAVLDACLSQRENFLQSVDFLALKIEYNCRNSEELQKGTSHL
NIKKGLEVLVYTLSLSDCTDQEEDKKYIPAFKVSEALIGSGAVFLGYDVSEFIYQAHDDK
IRSKERPDRSLSSWSAFTTVWQKFGNQTPAERDTFLSDTFPNGFLWGSSTASFKVEGGWI
EGGRGQSIWDVFGQQGHANDNATGNVATDSYHKIDYDVYLLKGLRATTYHFSISWSRIFP
TGLKSTVSAAGVKYYNKLIDRLIEEHITPMVTLYHWDLPQALQETGGWQADAIIDAFAEY
ADFCFNTFGDRVKHWITFHEPWVVSYAGYGTGEHAPRIQDPGSASLKVTHNIVKAHAKAW
HIYNDNYRGQQHGQVGISLNSDWAEPMNPNDPESVNATERYVQFMLGWFAHPILVNGDYP
EVLKTQVQQKNTQCPGIVAPLPTFSEAERTYIRGTADFLGISHYTSWLINASSSSVCENS
YDFIGGFSQHVDPSWPTTASPWISVVPWGFRRLLNFVKEEYGKAGLPIYITGNGMPASIV
GDAFNDTERVDYLNAYINEALKAIKTDNVSVSSYIVRSLMDGFEGPQGYTQSFGLHYVNF
GDSNRQRTPRKSAYVFNTIIENNGFTKTKSVKPKASDISWQSARKLAPLPASDVPSKAKV
VWEKFSGQTAFERDMYHYATFPEDFKWGVSTSAYQVEGGWDADGKGPSTWDNFSKIPGNT
ENDANGDIACDSYHQLDADLYMLKSLGVNSYRFSLSWSRIFPAGQGTPNDKGVEYYNKLI
DGLLANNISPMVTLFHFDLPQALQNLGGWESDTVLNAFHNYSDFCFKTFGDRVKFWMTFN
QPHSIVTAGYGLGLFPPAEMEPGSAPYRVAHNLLKVHARVYHTYDEKYRGSQGGVISLNL
NTEWIEPKDYMLKRDVEAADRYLQMTLGWFAHPIFKNGDYPEVMKWQVTNKSALHGLPSS
RLPTFTEEEKAYIQGTADVFSINIYTTKIVQHKTARMNPVSFQNDIDIEAEVNANWPSTA
LSVHRAVAWGMRRLLNWVKEEYGDVAIYVTENGVATSSGPDYEDTARVFFYKTYIDEALK
AYSLDGVNLKGYTAWSLMDNFEWNSGYTVRFGLHHVDFNNPNRPRTAKRSAIYYAEIIRN
RGFPLNEEDKILYGEFRPDFAWSVASASYQIEGGWRADGKGLSIWDKFTHLPFRIDSDDN
GDVACESYHRLDQDMAILKDLKITHYRFSISWPRVLPDGTRNFVNEPGLNYYIRLVDALL
AANITPQLTIYHWDLPQALQDVGGWENETIVERFRDYSDLLFQRLGDKVKFWITLNEPYI
IANLGHGYGTAAPGVNTRPGQAPYTVGHNLIKAHAEAWHLYNSTYRARQGGVISITINSD
WAEPRNPYKQEDVEAARRYMAFYGGWFANPIFNNGDYNEIMKSRVRERSLAQGLTKSRLP
EFTEEEKKRIKGTYDYFGFNHYTTVLASPLNFPQSTQSYDADRGVATMADRSWIGSGSIW
LKVTPFGFRRILNWIKEQYNNPPIYVTENGISERGTNLNDKWRDHYFKHYVNAALKAAKY
DGVDLRGYTAWCLMDNFEWAAGYVERFGFYYTNYSDANLMRTPKESTKYYRKLIRCNGFP
DPDSNHPCLELEPDATPDTPISDSVSFLGLDISTEDAMIALYVEFALVLTSVLVIILFIV
MYVKLKKKLKLAELF
NT seq 5628 nt   +upstreamnt  +downstreamnt
atggatttagcctggagagggtacctcctggttctcctctcatccttgtgtcatggacgt
gtcttgatatctgatggcctgattgccattgctggacctctgagtcgaagtacagcgggt
cttcataatgaagtaatgccaaataatgaacttgggtgcaataaaaatgatctacaagag
gtaaaagaacagatacctgttctacggaagtatggagtcaccgactacaagatttatttg
gattggaactttctgctcaaggatgagacgcaagtacagtgctacaggagccttgcccag
gccttggccaatgctggcatcagacctgttggtgtccttcacaaaggagacctcagtggt
cttccagcatccatcagtggaggcaatccaactgaaatgtatataaaatatgctgacttt
gccttccatacattcagggatttggtccacacctggatcacctttgatgtccccaaagag
aagactctaaaccctcagtctttgcaggttttgacagaagcgcatgagaagatttcgatc
ctaagtcgcaccaagtacgctacagcaggtggaaggttgtctgtcgctcttcacccggcc
gtattggatgcctgtctgtcacaaagggagaatttcttgcaatcggttgattttcttgca
ctgaagatcgagtacaattgccggaattcagaagagctgcagaaggggacatcacatctg
aacatcaaaaaaggtctggaggttctggtttatactttgtcattgagtgactgcaccgac
caggaagaagacaagaagtatatcccagcttttaaagtttcagaagcgctgattggctcc
ggagctgtttttttggggtatgatgtcagtgaatttatataccaggcacatgatgataaa
ataaggtcaaaggaacggccagacaggtctttgtcctcatggtcagccttcaccacggtt
tggcagaagttcggcaaccaaactccagcagagcgtgacacattcttgtctgacacattt
ccaaatggcttcttgtggggctcatccaccgcatcctttaaagtagaaggaggctggatc
gagggaggaagagggcagtctatatgggacgtgtttggacaacaaggccacgctaatgac
aatgccactggaaatgtggccactgacagctaccacaagattgactatgacgtgtatctg
ctgaagggtctaagggccacgacctatcacttctccatctcttggtcccggatctttcca
acagggcttaagtccacagtcagtgcggcaggggtgaaatattacaacaaattaattgac
agattaatagaggaacatatcacaccaatggtgacactgtaccattgggatctgccccag
gccttgcaggagacggggggctggcaagctgacgccatcattgatgcttttgctgaatat
gccgatttctgctttaacaccttcggagaccgagtgaaacattggatcaccttccatgaa
ccctgggtggtcagttatgcgggttatggaactggagaacatgctcctagaattcaggat
ccagggagcgcttcactcaaggtgacccacaacattgtgaaggcacatgcaaaggcctgg
cacatctacaatgataactatcgtggccagcaacatgggcaagtgggcatctctctgaat
tcagactgggcagaaccgatgaaccccaatgacccagaaagtgtcaatgctactgagcgt
tatgtccagttcatgctgggatggttcgctcatcctattctggtaaatggagactaccca
gaggttctaaaaacacaggtacaacagaagaacacccagtgccccggcatagtggctcca
ttgcccaccttcagtgaagcagagaggacctatattcggggcaccgcagacttccttggc
atctctcactacacgtcctggctaatcaacgcttccagcagctccgtttgtgagaacagt
tatgattttattggtggattttctcaacatgttgatccttcttggccaaccaccgcctct
ccgtggatctcagtggtcccatggggcttcaggaggcttctaaattttgtcaaggaagag
tatgggaaagcaggtctgccgatatacataactggaaatggaatgccagcatccattgta
ggagatgcattcaatgacacagaaagagtggactacctgaatgcctatatcaatgaggcc
cttaaagccatcaagactgataatgtatctgtaagttcatacatagtccggtccctgatg
gatgggtttgaaggtccacagggatacacccagagctttggtcttcactatgtgaatttt
ggggattcaaacagacaacggactcccagaaaatctgcctatgtgttcaacacaataatt
gagaataatggttttacgaaaaccaaatcagttaagcccaaagcttccgatataagctgg
caatctgcaagaaagttagcacccctcccagcttcagatgttccctcaaaggcaaaagtt
gtgtgggagaaattttcagggcaaactgcctttgaaagagacatgtatcattatgctacc
tttccagaagattttaaatggggagtatcaacatcagcctatcaagtggaaggaggatgg
gatgcagatggaaaaggaccaagtacctgggacaatttctccaaaattccaggaaatact
gaaaatgatgccaatggtgacatagcatgtgacagttaccaccagttagatgctgacctc
tacatgttaaagtctctaggagtgaacagttaccgcttttctctttcatggtccagaatc
ttcccagcagggcaaggcacacccaatgataaaggtgttgagtattacaataaacttatc
gatggtcttctagcaaataacatctctccaatggtgactcttttccactttgatcttcct
caagcgctacagaatttagggggctgggagagcgatacagtccttaatgcctttcataac
tattcagacttttgttttaagacatttggagatagggtcaagttctggatgacttttaac
cagccacatagcattgtaactgctggttatggtcttggcctgttcccacctgctgaaatg
gagcctggttctgctccatatagagtagcacacaacttattgaaggtccatgccagggtc
taccatacctatgatgagaagtatcgaggtagccaaggaggtgtgatctcactgaatttg
aacacagaatggatagaacccaaagactacatgctgaaaagggacgttgaagccgctgat
cgctacctgcaaatgactctagggtggtttgctcatcccatcttcaaaaatggggattac
ccagaggtcatgaagtggcaagtgaccaacaagagtgccctacatggtctcccatcttcc
agacttccaacttttacagaggaagagaaggcctacatccaaggcacagctgacgttttc
tctattaacatctataccaccaaaatagttcagcacaagactgccaggatgaaccctgta
tctttccaaaatgatattgacattgaagcggaagtcaatgccaactggccatcaacagcc
ctttctgtgcacagggcagtagcttgggggatgaggaggctgcttaactgggtaaaagaa
gaatatggagatgttgctatatacgtcactgaaaatggagtcgccacgagcagtggcccc
gattatgaagacaccgctcgtgtatttttctacaagacctacattgatgaggctttaaaa
gcttacagcttagacggagtgaatcttaagggctacacggcctggtctctgatggacaac
tttgaatggaattctgggtacaccgtacgttttgggctacaccatgtggacttcaataat
cccaaccgtccaaggacagccaaacgatccgccatttactatgctgagatcattcgcaac
cgcggtttccctctgaatgaggaggacaagattctgtatggagagtttcgaccagacttt
gcatggagcgtagcctcagcgtcctaccagattgaaggtggctggagggctgatggaaaa
ggactgagtatctgggacaagttcacacacctcccattcaggattgacagcgatgacaac
ggtgatgtagcctgtgaaagctaccaccggctcgaccaagatatggcgattcttaaagat
ctcaaaatcacacattatcgcttttctatttcatggccacgggtcctcccagatggaaca
cggaactttgtaaacgaaccagggctgaattactacatccgtctagtggatgcccttttg
gctgcaaatattacaccacagttgacaatatatcactgggacttaccgcaagctctacaa
gatgtcggaggctgggagaatgagacaatagtagaaagatttagggattattccgatctg
ctcttccagagactgggagacaaagtgaagttctggatcactctgaatgaaccctacatt
atcgccaatctggggcacggatatggcacagcggcaccaggagtcaatacaaggcctgga
caagcaccatacactgttggacataacctcatcaaggctcacgccgaggcctggcacctc
tacaactctacgtacagggcgagacaaggaggcgtaatttctataaccatcaactccgat
tgggccgaaccaaggaacccatacaagcaggaggacgtggaggcagcgcgcagatacatg
gcgttctatggaggatggtttgcaaacccaatattcaacaatggcgactacaacgagata
atgaaatcccgggtgcgagagaggagcttagcgcaaggcctgacgaaatctcggcttcct
gaattcacagaggaagagaaaaaaagaataaaaggaacatatgactactttggcttcaat
cactacaccaccgtcttggcttctcccctcaatttcccccaaagcacacagtcatatgat
gcagacaggggagtggcgactatggctgaccgcagctggattggctccggctctatttgg
ctcaaagtgaccccttttggttttcggaggattctgaattggataaaggaacaatacaac
aacccccctatttatgtgaccgagaacggaatatccgaacgtgggacgaacctaaatgac
aaatggcgggatcactacttcaagcactatgtcaacgcggctctgaaagcggctaagtac
gatggggtggacctccgtggctataccgcatggtgcctgatggataattttgagtgggcg
gcaggttacgtagaaaggttcggtttctattacacaaattacagtgacgcgaatctgatg
cgcaccccgaaagagtctaccaagtattacagaaaactcatcaggtgtaatggattccca
gacccggacagcaatcatccatgtctagagctggagccagatgcgacccctgatacacca
atatccgacagcgtcagtttcctgggactggacatctctacagaggatgccatgatcgct
ttgtatgtggagtttgccctagtgctcacctccgtcttggtcattatcctgtttatagtg
atgtacgtgaagctgaagaagaagttaaagttggctgaattgttttag

  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 (41)   
   KEGG ORTHOLOGY (1)   
   RefGene (37)   
   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 (60)   

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