KEGG   Meleagris gallopavo (turkey): 100540699
Entry
100540699         CDS       T01523                                 
Symbol
LCT
Name
(RefSeq) lactase-phlorizin hydrolase
  KO
K01229  lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62]
Organism
mgp  Meleagris gallopavo (turkey)
Pathway
mgp00052  Galactose metabolism
mgp01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:mgp00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    100540699 (LCT)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:mgp03110]
    100540699 (LCT)
Enzymes [BR:mgp01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.62  glycosylceramidase
     100540699 (LCT)
    3.2.1.108  lactase
     100540699 (LCT)
Chaperones and folding catalysts [BR:mgp03110]
 Intramolecular chaperones
  Others
   100540699 (LCT)
SSDB
Motif
Pfam: Glyco_hydro_1
Other DBs
NCBI-GeneID: 100540699
NCBI-ProteinID: XP_010712328
Ensembl: ENSMGAG00000012487
UniProt: G1NIN9
Position
7:complement(34062055..34079340)
AA seq 1919 aa
MELVCKTVVFFLLVSTSFGIDGELAQDFVAIAGPLPTTLVHRLHLQSHVLPKEALDPTMS
EARDDFCQQDTVISQLLQYFSHLREIGVTHYKVFLPWARILPDGDAKKPDEAQVRCYQEL
LKMLVAADLRPVVVLHHKGVPDSVAVGRKASSFADLFVDYAEFSFYVFGGLADMWLTFSD
LPELLGSLPYSDPQVRVQALASAHERAYSVYHEKYSVSGGKLSIALGMDLILDRTSSELL
SVSLQDSVDFLSLSLQYRCGNETDFYLKMSEFQEVWKDIEVLLFSIKFLDCDSLEENPFI
PVAAIVTALNKEKARTIGYDVNEFLDFSSHVSSKTYTLQENPIAAPRSSYQTVWEMFANQ
SELERDTFLQDVFPSGFLWGTSTGAFNIEGAWAEDGKGESIWDQFGHEGHVYMNQTTDVA
CDSYHKTSYDVYLLRGLHPQLYKFSISWPRIFPAGTNETISIKGVDYYNQLIDRLLEANI
EPMVTLFHWDLPQALQVLGGWQNDSIIDAFANYADFCFATFGDRVKFWVTFHEPWVISYA
GYGTGEHPPGITDPGIASYKVAHTILKAHAKVWHLYNDRYRSQQQGRVGLVLNSDWAEPQ
TPTNSEDVKASERYLQFMLGWFAHPVFVNGDYPDILKAQIQEVNQQCSNTVAQLPVFTEE
EKTWVKGTADFFGLSHYTSHLVSAVTNDTCIPGYESIGNFSLHVDPSWPKTASFSIHVVP
WGLRRLLKFVSQEYTGAKIPIYIAGNGMPTEATGDLINDTLRVDYFRRYINEALKAVKLD
AVDVQSYIARSLVDGFEGPGGYSLKFGLHHVNFEDSNRPRTPRASAYFYSSVIENNGFPS
KVSDRSSASVVFGLPTPSKLPSLPASEVPSKSKVVWEKFSSQTDFERDMYFYGTFPEDFT
WGVSSSAYQIEGGWDADGKGPSVWDNFTHVPGNIKNNDTGDIACNSYNKVEEDIYLLRAL
GVKNYRFSLSWPRIFPNGRNNSINSHGVDYYNHLIDGLVANNITPIVTLYHWDLPQALQD
IGGWENSELIELFDSFADFCFQTFGDRVKFWLTFNEPYVIAWVSYGIGEFPPNVNNPGGA
PYEVAHTLLKAHARVYHTYDDKYRASQGGVISLCFNIDWIEPKTPSDPRDLEAADRYMQF
LVGWFAHPVFKNGDYPEVMKWKVGNRSELQNLPSSRLPVFTAEEREYIRGTADVFCFNTY
TAKLVTHATTRLNPFSYEYDQEISTDVDSSWPTSALAGHRAVAWGLRRLLNWVKEEYGNP
PMYIIENGVGLKTESDVDDQTRILYYKTYIDEALKAYKLDGVNLRGYNAWSFLDSFEWLN
GYEPRFGLHEVDFDDPNRPRTPRRSAVYYAEIIRNNGIPLPKEDEFLYGEFPKNFCWSVA
TAAYQIEGAWRADGKGLSIWDKYTHTPLKISNDANGDVACDSYHKIEEDVEMLKRLKVSH
YRFSISWSRVLPDGTTRYVNEMGLNYYERLIDALLAANITPQVTLYHWDLPQALQDNGGW
ENDTIIQRFKEYAELLFQRLGDKVKFWITLNEPYNTAYLGYGFGTAAPGISVRPGRAPYV
VGHNLIKAHAEAWHLYNETYRAKQGGLISITINSDWAEPRNPHKQEDFEAARQYLQFLIG
WFAHPIFKNGDYNEVMKTRIRERSLAQGLSSSRLPEFTESEKQRIKGTYDYFGLNHYTTV
LTYKYEYSTGILSYDADRGVASVTDRSWLNSGSFWLKVTPFGFRKLLRWIKEEYNNPPIY
VTENGISERGAVDFNDTWRIHYHRNYINEALKAVVLDGVDLRGYTAWTLMDNFEWAVGFD
EKFGFYHVNYTDPTLPRLPKASARYYSQIISCNGFLDPATGPHPCLETEPEVIPDTTPGL
ADSVRFLGLDLTSHSAEIALYVLFALSGIGALGLALISYKYGTLSKRSHKQSSMELSKM
NT seq 5760 nt   +upstreamnt  +downstreamnt
atggagctggtttgtaagacagttgtctttttcttgttagtctctactagctttgggata
gatggggaattagctcaggactttgttgccattgctggacctctgcctaccacattagtg
cacagactgcatctgcagagccacgttctacccaaagaagctttggaccctactatgtct
gaagcccgtgatgacttctgtcagcaagatactgtgatttcccaactgctccagtacttc
tcccacctccgtgagattggggtaacacattacaaagtcttcctgccatgggcacgcatt
cttcctgatggggacgccaagaagccagacgaagctcaagtgcgatgctaccaggagctg
ctcaaaatgctggttgctgcagacctcaggccagtggttgttctccatcacaagggtgtt
cctgacagtgtggctgtaggcaggaaggcgagctcttttgctgacctttttgtggattat
gcagagttcagtttctatgtttttgggggcctggctgatatgtggctcaccttcagtgac
ctgcctgagctcctgggaagcctgccttacagtgacccccaggtccgtgtccaggccctg
gcttctgctcatgaaagagcttacagtgtttaccatgagaaatactctgtgtcaggtgga
aagctgtccattgctttaggaatggatcttatcttggataggacttcatctgagttgctt
tcagtttctcttcaggattcagtagacttcctgtctcttagccttcagtacaggtgtgga
aatgaaacagatttctacctgaaaatgagtgaattccaggaagtctggaaggacatagaa
gtattgctttttagtataaagttccttgactgtgattccttggaagagaatccattcata
ccagtggctgccattgtcactgctcttaataaagagaaggcacgtacaattggatatgat
gtgaatgaattcttggacttctcatctcatgtttcaagcaaaacatatactctacaagag
aatccaattgctgcccctcgctcctcctatcaaacagtttgggaaatgtttgctaaccag
tctgaattggagagggatactttcctgcaagatgttttcccaagtggtttcctctggggc
acgtccacaggtgcctttaatattgaaggagcctgggcagaggatgggaaaggagagagc
atctgggatcagtttgggcatgaaggtcatgtctacatgaaccaaacaacagatgtggca
tgtgacagctaccataaaaccagctatgatgtttatttgcttagaggtcttcatccccag
ctgtacaagttttctatatcctggcctagaattttccctgctggcaccaatgaaaccatc
agcatcaagggtgtggattattataaccaattaattgacaggttgctagaggctaacatt
gagcccatggtgactcttttccactgggacctcccccaggctcttcaggttcttggtggc
tggcagaatgacagtatcatagatgcttttgcaaactacgcagacttctgctttgccact
tttggggatcgggtcaagttttgggttacgttccacgagccttgggttatcagctatgct
ggctatggcaccggagagcatcctccaggaatcactgatccaggaatagcatcttacaag
gtggctcacacaattctcaaggctcatgctaaggtctggcacctgtataatgacagatac
cgttctcagcagcagggaagggtagggctggtgctgaactcggattgggctgaaccccag
actccaaccaactctgaggatgtgaaggcatcagagaggtacctgcagttcatgcttggc
tggtttgctcaccctgtatttgttaacggtgactatccagatatcctgaaggctcagatc
caggaagtaaaccagcagtgctccaacacagttgcacagctgcctgtgtttacggaggag
gagaaaacctgggtgaaaggaacggcagacttttttggcctttcccattacacttcccac
ctggttagtgccgtgactaatgatacctgcatacctggatatgaaagcattgggaacttc
tctttgcacgtagatccttcgtggccaaagactgcctctttttcaatccatgtggtcccg
tggggattaagaaggctgctgaagtttgtgtcccaggaatatacaggggcaaagatccca
atttacatagcaggaaatggtatgccgacagaagccacaggggatcttattaatgacact
ctgcgagtggattatttccgccgatacatcaatgaggctctaaaagcggtaaaactagac
gcagttgatgttcagtcatatattgctcgatccctggttgatggctttgaaggcccaggg
ggttacagcctaaaatttgggctacatcatgtgaattttgaagatagcaacagaccaagg
actcccagggcaagtgcttatttctattccagtgttattgaaaacaatggtttcccatcc
aaagtctcagacagaagttctgcgtcggtggtatttggcctacccacaccatcaaagttg
ccgagtctaccagcatcagaagttccctccaagtcaaaagttgtctgggagaagttttca
tcccaaacagactttgaaagagacatgtacttttatgggacgttcccagaggactttaca
tggggtgtgtcatcttctgcataccagattgaaggaggttgggatgcggatggcaaagga
cccagtgtttgggataacttcacccatgtaccaggaaacataaaaaacaatgacactgga
gatatagcttgtaatagctacaacaaggtagaggaagatatttacctgctgagagcctta
ggggtaaagaactatcgtttctctctgtcctggcctcgaatcttccccaacggaaggaac
aattcaataaacagccatggtgttgattactataaccatctcattgatgggctggtcgca
aacaacatcactccaatcgtcaccctgtaccactgggacctgccacaagctctccaggac
attggtggctgggagaacagtgagctcattgaactgtttgacagttttgcagacttctgt
ttccagacctttggggacagggtgaagttctggcttacattcaatgaaccctacgttatt
gcttgggttagttatgggataggggaatttccacccaatgtcaataatcctggtggtgct
ccctatgaagtggcacacaccttactgaaagctcacgccagagtctaccacacatacgat
gacaaatacagagcgagtcagggaggagtcatttctctgtgtttcaatattgattggatt
gagccaaagacaccaagcgaccccagggacctagaagctgcagacaggtacatgcagttt
ttggtggggtggtttgcacatccagttttcaaaaatggggactaccctgaagtcatgaaa
tggaaagttggaaacaggagtgagctccaaaacctgccgtcatcccgcctaccggttttc
acagctgaagagcgtgagtacatcaggggcacagcggatgttttctgtttcaacacctac
actgccaaacttgtaacccatgcaacaacccgactgaatcccttctcttatgagtatgac
caggaaatatcaacagatgttgacagctcctggcctacctcagctcttgctggccatcgg
gctgtggcttgggggctgaggaggctgctgaactgggtcaaagaagagtatggaaatcct
ccaatgtacatcattgagaacggagtggggctaaagaccgaatcggatgttgatgaccaa
accaggatactttactacaaaacgtacatagatgaagctttaaaagcttacaagctggac
ggtgttaatctgagaggatacaatgcttggtcttttctggattcctttgaatggttgaat
ggttatgagccaagatttggattgcacgaggttgattttgatgatcccaacaggccaaga
accccaaggcgctcggctgtgtactatgcagaaatcattcgcaacaatggtatcccattg
ccaaaagaagatgaatttttatatggggagtttccaaagaacttttgctggagtgtagca
acagctgcatatcagattgagggagcatggagagcagatgggaaaggacttagcatttgg
gacaaatacactcacactcctttgaaaatcagcaatgatgccaatggagatgtagcttgt
gacagctaccacaagattgaggaggatgtggaaatgctgaaacgcctcaaggtgtctcac
tatcgcttttcaatctcctggtcacgtgttctcccagatgggaccaccagatacgtcaat
gaaatgggattgaactactatgaaaggctaattgatgctcttctggcagccaatattaca
cctcaggtcactctctatcactgggacctcccacaggcactgcaggacaacggtgggtgg
gagaatgataccataattcagaggtttaaggaatatgctgagctccttttccagagattg
ggagacaaagtgaaattttggataaccctcaatgaaccctacaacactgcatatcttggg
tatggctttggcacagctgctccaggtatctctgttagacctgggcgagccccctatgtg
gtggggcacaacctcatcaaggcccatgcagaagcctggcacctgtacaatgagacttac
cgtgcgaaacaaggaggactgatctctatcaccatcaactctgactgggctgagccaagg
aacccacacaaacaggaggattttgaagctgccagacaatacttgcagttccttataggt
tggtttgctcatcccattttcaaaaacggcgattataatgaagtgatgaaaacgaggatt
cgggaacgcagcctggcccagggtctgagcagctcccgacttccagaatttacagaaagt
gaaaagcaaagaattaaaggcacatatgactactttggtctaaatcattatactacagtt
ttaacatacaagtatgagtattctactggtattctatcgtatgatgctgacaggggtgtt
gcttcagtaaccgaccgcagctggctgaactctggttccttctggctaaaggtgacaccc
tttggcttccgaaagctcctgaggtggataaaggaagagtacaacaaccctcctatttat
gtgactgaaaatgggatatcagagaggggagccgtagatttcaatgacacttggcgaatc
cattaccatcggaactacattaacgaagcgctgaaagctgttgtgcttgatggcgttgac
ctgcgcggctacacggcatggacactgatggacaactttgagtgggcagtgggctttgat
gaaaagtttgggttctaccatgtgaattacacagatcccacattgccacggctccccaag
gcctctgccaggtactactcccagatcatcagctgcaatggctttctagatcctgcaaca
ggcccacatccctgtctggaaacggagcctgaagtgataccagacaccacaccaggactg
gctgacagtgtgcgctttctgggattagatttaacatcacacagtgcagaaatagcactg
tatgtgctttttgctctttctggaattggagcactgggcctggcacttatttcatataaa
tatggaacattatccaaaagatctcataagcaatcatccatggaacttagtaaaatgtaa

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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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (25)   

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