KEGG   Parus major (Great Tit): 107207677
Entry
107207677         CDS       T04864                                 
Symbol
LCT
Name
(RefSeq) lactase-phlorizin hydrolase
  KO
K01229  lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62]
Organism
pmaj  Parus major (Great Tit)
Pathway
pmaj00052  Galactose metabolism
pmaj01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pmaj00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    107207677 (LCT)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:pmaj03110]
    107207677 (LCT)
Enzymes [BR:pmaj01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.62  glycosylceramidase
     107207677 (LCT)
    3.2.1.108  lactase
     107207677 (LCT)
Chaperones and folding catalysts [BR:pmaj03110]
 Intramolecular chaperones
  Others
   107207677 (LCT)
SSDB
Motif
Pfam: Glyco_hydro_1
Other DBs
NCBI-GeneID: 107207677
NCBI-ProteinID: XP_015490719
Ensembl: ENSPMJG00000019950
Position
7:complement(31381352..31399112)
AA seq 1931 aa
MDLIYCKTVIFFLLVSLSLGIDGKFAQNFLNFSTIAGPLPHELAERLGLQDQVLPEDQQG
PAMAEARGYLCQPDLMASELPRYFSQLREREVTHYKLLLPWARVLPEGNAMRADGAQVWC
YRQLLEAVAAANLRAVLVLHHGRVPGVVAAQAGGKRARAFSELFVEYAEFSFHTFGDLVD
VWLSFSDLPEVLQSLPYSEPQERVQAVAAAHEGFYAALHEKISPAGGKLSIALEMDHVLD
SASSELLSVSLRDSVDFVSLNLQYHCGNERDFYKKLSKFQNVWKDKDILVFSLKVLDCAS
MEEHPFKPVAAVVTAINKEEAHLIGCDVNEFLDYLSDVSSETNTLQENPDAVLAPQSSYQ
TVCEMFAEQSESERDSFLQDVFPRGFLWGISTGAFNIEGAWAEDGKGESIWDQFGHGAHV
HMNQTADVACDSYYKTSYDIYLLRGLHPQLYKFSVSWSRIFPAGTNKTINSKGVDYYNRL
IDRLLDSNIEPMVTLFHWDLPQALQALGGWQNESIIDVFVSYADFCFSKFGDRVKLWVTF
HEPWVISYAGYGTGEHPPGITDPGAASYKVAHTILKAHAKVWHLYNDKYRSQQLGKVGLV
LNSDWAEPKTPTSSEDVRASERYLQFMLGWFAHPVFVNGDYPDILKAQIQEVNQQCSTTV
AQLPVFTEEEKSLIKGTADFFGLSHYTSRLVSAGTDGMCTPSYESIGNFSLHVDPSWPQA
ASSWIHVVPWGLRRLLKFVSQEYTGSKIPIYIAGNGVPTEDAGDLINDTLRVDYFRQYIN
EALKAVKLDAVDVRSYIARSLLDGFEGPVGYSLKFGLHHVNFEDSNRPRTPKASAYFYSG
IIEKNGFPSQTLGRSSAPVVFDQPVPSKLPNLPASEVPSKATKVVWKKFSSQTAFERDMY
FYGTFPEDFTWGVSSSAYQIEGGWNADGKGPSIWDNFTHVPGNVNNNDNGDIACDSYHRV
EEDIYMLRALGVKNYRFSLSWPRIFPTGRNNSINSHGVEYYNRLIDGLIANNITPIITLY
HWDLPQALQDIGGWESNELIDLFDSFADFCFQTFGDRVKFWITINEPNIIAWLGYGTGLF
PPNVKDPGTAPYRVAHILLKAHARVYHTYDDKYRASQGGVIALCPFITWAEPKTPSDPRD
IEAADRYLQFLVGWFTHPIFKNGDYPEVMKWKVGNRSELQNLPSSRLPLLTAEEREYIRG
TADVFCFNTYSSKIVSHSTTRLKPFSYEYDQEVSLTVDSSWPSSALTDHRPVAWGLRRLL
NWIKEEYGNPPIYIIENGVGTKAKSDVDDNARIFYHKTYIDEALKAYKVDGVNLKGYNAW
SLMDNFEWVDGYDPRFGLHQIDFDNPNRPRTPKRSAMYYAEIIRNNGIPLPKEDEFLYGE
FPKNFFWSVATAAYQIEGGWRADGKGLSIWDKYAHTPLRIGKDATGDVACDSYHRIEEDV
EMLKSLKVSHYRFSISWSRVLPDGTTRYINEKGLNYYERLIDALLAANIVPQVTLYHWDL
PQALQDLGGWENDAIVQRFKEYAEVLFQRLGDKVKFWITLNEPYNTAYLGYGVGTAAPGV
SVRPGRAPYVVGHNLIKAHAEAWHLYNETYRAKQGGLISITINSDWAEPRNPHSQADIEA
ATRLMQFFLGWFAHPIFKNGDYNEVMKRRIRERSLAQGLSKSRLPEFTESEKQRIKGTYD
YFGLNHYTTVLTYNLNYPKGVMSYDSDRGVATVTDRSWPSSGSLWLKVTPFGFRKILRWI
KEEYNNPPIYVTENGVSERGAFQFNDTWRMHYFRTYINEALKAIVLDGVDLRGYTAWTLM
DNLEWAAGYEEKFGLYHVNFSDPALPRRPKASAKYYSQIINCNGFPDPATGPHPCLEQKP
EVTPTDPTPGTADIVCFLGLDLTSQDAEIALYVLFALSAVGALSLALFAYKYGKLSKRSH
KQSHMELSSKM
NT seq 5796 nt   +upstreamnt  +downstreamnt
atggacctgatttattgtaagacagtcatcttctttctgttggtttctctcagccttggg
atagatgggaagtttgctcagaattttttgaatttttccaccattgctgggcctctaccc
catgagctggcagagaggttgggcctgcaggaccaggtcctgcccgaggaccagcagggc
cctgccatggctgaagcacgaggttacctgtgccagccagatctcatggcttccgaactg
ccccggtacttctcccagctgcgcgagcgcgaggtgacgcactacaaactcctcctgccg
tgggcacgcgttcttcccgaggggaacgccatgagggcggatggagcccaggtgtggtgc
taccggcagctgctggaggctgtggctgctgcaaacctcagagcagtgctggttctgcac
cacggccgcgtccccggcgtggtggccgcgcaggccggcgggaagagagccagggctttt
tccgagctttttgtggagtacgcagagttcagcttccacacctttggggacctggtggat
gtgtggctgtccttcagtgacctgccagaggtccttcaaagcctgccctacagtgagccc
caggaacgagtccaggccgtggctgcggctcatgaaggattttacgctgcgctccatgag
aaaatctcaccagcaggtggaaaactgtccattgctttggaaatggatcatgttttggac
agtgcttcatcagaattgctttcagtttctcttcgggattcagtagactttgtgtctctt
aaccttcagtaccactgtggaaatgaaagagatttctacaagaaattgagtaaattccag
aatgtctggaaggacaaagacatcttggtttttagtctaaaggtccttgactgtgcttcc
atggaagagcatcctttcaaaccagtagctgctgttgtcacagctattaataaagaagaa
gcacatctgattgggtgtgatgttaatgagttcttggactacttatctgatgtttcaagt
gaaacaaatactctacaggaaaacccagatgctgttcttgcccctcagtcctcctatcaa
acagtctgtgaaatgtttgctgaacagtctgaatcggagagggattctttcctgcaagat
gttttcccacgtgggttcctctggggcatatccacgggcgcctttaacatcgaaggagct
tgggcagaggatgggaaaggagagagcatctgggaccagtttgggcatggggcccatgtc
cacatgaaccaaacagcagacgtggcatgtgacagctactataaaaccagctatgacatt
tacctgcttaggggtcttcacccccagctgtacaaattttctgtatcctggtctagaatt
ttccctgctggcaccaacaagaccatcaattccaagggagttgattattacaaccgctta
attgaccgcttgttagactctaatattgagcccatggtgactctgttccactgggacctg
ccccaagctctgcaggctcttggtggctggcagaatgaaagtatcatagatgtttttgtg
agctatgcagacttctgcttttccaagtttggggatcgagtcaagctctgggttacgttc
catgagccctgggttatcagctatgctggctacggcaccggagagcatcctccaggaatc
actgacccaggagcagcatcttacaaggttgctcacacaattctcaaggctcatgccaag
gtctggcacctgtataatgacaaataccgttctcagcaactgggaaaggtggggctggtg
ctgaactcggactgggctgaacccaagactccaaccagctccgaggatgtgagggcatct
gagaggtacctccagttcatgctcggctggtttgctcaccctgtatttgttaatggtgat
tacccagatatcctaaaggctcagatccaggaagtgaaccagcagtgctccacgacagtt
gcacagctgcctgtgtttacagaggaggagaaatccttgataaaagggactgcagacttc
tttggcctttcccattacacttcccgcctggtcagtgccggcactgacgggatgtgcaca
ccaagctacgagagcattgggaatttctccttgcatgtagatccttcctggccacaggct
gcctcttcttggatccatgtggtcccttggggattaagaaggctgctgaagtttgtatcc
caggaatacacagggtcaaagataccaatatacatagcagggaatggtgtgcccacagaa
gatgccggggatcttatcaatgatactctgcgagtggattatttccgccagtacattaat
gaagccctgaaagcggtgaaactggatgctgttgatgtccggtcctacattgctcgatcc
ctgcttgatggctttgaaggcccagtgggatacagcctaaaatttgggctgcatcatgtc
aactttgaagacagcaacagaccaaggactcccaaggcatctgcttacttctattccggt
atcattgaaaaaaatggttttccatcccaaacattgggcagatcttctgcaccagtggtg
tttgaccaacctgtgccatcaaagctgccaaatttaccagcatcagaagttccctccaag
gcaacaaaggttgtctggaagaagttttcatcccagactgcctttgaaagagacatgtat
ttttatgggacattcccagaggattttacgtggggtgtgtcttcctctgcctaccagata
gagggaggttggaatgctgatggcaaaggacccagcatatgggataacttcacccatgtc
ccagggaatgtaaacaataatgataatggagatatagcttgtgatagctaccacagggtg
gaggaagatatttacatgctgagagccttaggggtaaagaactatcggttttcactgtcc
tggcctcgaattttccccactggaaggaacaactcaatcaacagccatggagtagaatac
tacaaccgtctcattgatggactgattgcaaacaacatcactccaattatcactctctac
cactgggacctaccacaagctctccaggacatcggtggctgggagagcaacgagctgatt
gacctgtttgacagctttgcagacttctgtttccagacctttggggacagggtgaagttc
tggattacaatcaatgaacccaacatcattgcctggctgggctatggcactggcttgttc
ccacccaatgtcaaggaccctggcactgctccctacagggttgcccacatcttactgaaa
gctcatgccagggtctaccacacctacgatgacaaatacagagcgagtcagggaggggtc
attgccctgtgccccttcattacctgggctgagccaaagacaccaagtgaccccagggac
attgaagctgctgacaggtacctgcagtttttggtgggttggttcacacacccgattttc
aaaaacggggactaccccgaggtcatgaagtggaaagtcgggaacaggagtgagctccag
aacctgccgtcgtcgcgcctgccgcttctcacagcggaggagcgcgaatacatccggggc
acagcagatgtcttctgcttcaacacatactcctccaaaattgtaagccattcaacaaca
cgtctgaagcctttctcctatgagtatgaccaggaagtttcattaacagtggacagctcc
tggccttcctcagctcttactgaccatcggcctgtggcctggggtctgaggaggctactg
aactggatcaaagaggaatatggaaaccccccaatatacatcattgagaatggcgtgggg
acaaaggccaaatcggatgttgatgacaatgccaggatattttaccacaaaacatacatt
gacgaagctttgaaagcttacaaggtagatggtgttaatctgaaaggatacaatgcttgg
tctctgatggataactttgaatgggtggatggttatgatccaagatttggattgcaccag
attgattttgacaaccccaacaggccaagaacaccaaagcgctctgctatgtactatgca
gaaatcatccgcaataatggcatcccactgcccaaggaagatgaatttttatatggagag
tttccaaagaacttcttttggagtgtagcaactgcagcttaccagattgagggaggatgg
agagcagatgggaaaggacttagcatttgggacaaatatgcccacactcccttgagaatt
ggcaaggatgcgactggagatgtagcttgtgacagctaccacaggattgaggaggatgtg
gaaatgctgaaaagcctcaaggtgtctcactaccgcttttcaatctcctggtcccgagtt
ctcccagatgggaccaccaggtacatcaatgaaaagggactcaactactatgaaaggctg
atcgatgcccttctggcagccaacattgttcctcaggtaactctctatcactgggacctc
ccacaggcgctgcaggacctcggtgggtgggagaatgatgctatagttcagagatttaag
gaatatgctgaggtccttttccagaggctgggagataaagtgaaattttggataaccctc
aatgaaccctacaatactgcctatcttggctatggcgttggcacagctgcaccaggtgtc
tcggttcggccgggacgtgctccctacgtggtgggacacaacctgatcaaggcacacgcg
gaggcctggcacctttacaacgagacctaccgggccaagcagggagggctcatctccatc
accatcaactctgactgggcagaaccacgcaacccacacagccaggcagatatcgaagct
gccacacgactcatgcagttttttctaggttggtttgctcaccccattttcaaaaatggt
gattataatgaagtgatgaaaagaaggattcgggaacgaagtctggctcagggcctgagc
aaatcccgacttccagaatttactgaaagtgaaaaacaaagaattaaaggcacatatgac
tattttggtctaaatcattataccacagttttaacatacaacctaaactatcctaagggt
gttatgtcatatgactctgataggggcgtagccacagtgactgaccgcagctggccgagc
tccggttccctctggctgaaggtgacaccctttggattcaggaagatcctcaggtggata
aaggaagagtacaacaaccctcccatttatgtgactgaaaatggggtctcagagagggga
gcctttcaattcaatgacacttggagaatgcattactttcgcacctacattaatgaggca
ctcaaagccattgtactcgacggtgtcgacttacggggctacactgcgtggacactgatg
gacaacctcgagtgggcagcaggttatgaggagaagtttggcctctaccatgtgaatttc
tcagaccctgccttgccacggcgccccaaggcctcagccaagtattactcacagatcata
aactgcaatggatttccagacccagcaacgggcccacatccctgtctggaacagaagcca
gaagtgacaccaacagaccccactccaggaacagctgacatcgtgtgctttttgggattg
gatttgacatcccaagatgcagaaatagcactctatgtgctttttgctctttctgcagtt
ggagcactgagcttggctctttttgcatacaaatatggaaaattgtccaaaagatcccat
aaacaatcacacatggaacttagtagtaaaatgtaa

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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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (24)   

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