KEGG   Columba livia (rock pigeon): 102086420
Entry
102086420         CDS       T02912                                 
Symbol
LCT
Name
(RefSeq) lactase-phlorizin hydrolase
  KO
K01229  lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62]
Organism
clv  Columba livia (rock pigeon)
Pathway
clv00052  Galactose metabolism
clv01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:clv00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    102086420 (LCT)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:clv03110]
    102086420 (LCT)
Enzymes [BR:clv01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.62  glycosylceramidase
     102086420 (LCT)
    3.2.1.108  lactase
     102086420 (LCT)
Chaperones and folding catalysts [BR:clv03110]
 Intramolecular chaperones
  Others
   102086420 (LCT)
SSDB
Motif
Pfam: Glyco_hydro_1
Other DBs
NCBI-GeneID: 102086420
NCBI-ProteinID: XP_021152208
Position
Unknown
AA seq 1926 aa
MELVCETIVFFLLVSPSLGTGEEFAQNFITIAGPLPSELVNRLYLQNQVLPKEDEGPAVA
EADGYLCQKDLVAPALPQYFSQLRELGVTHYKLFLPWARVLPMGDAKKPDEAQVRCYREL
LQTLVAADLRPVVVLHHQRVPGAVAAQVVGGKVNAFADLFVEYAEFSFRVFGDLVDVWLT
FSDLPEVLQSLPYEDPRGRAQALAAAHGRAYTSYHEKYSPAGGKVSIALGLGHILDSASS
EFLSVSLQDSVDFLSLSLQYCCGNETDFYKKLSEFQNVWKDVEILLFSLKFLGCGSVEEN
HFIPVAAIVIAINKEKTRTIGYDVNEFLDFSSSHFLSKTNTLQENPVAGFAPRSSYQTVW
EMFAKQSDLERDSFLQDVFPSGFLWGTSTGAFNVEGAWAEDGKGESIWDHFGHAGHVYMN
QTADVACDSYYKTSYDVYLLRGLHPQLYKFSVSWPRIFPAGTNDTINSKGVDYYNQLINR
LLESNIEPMVTLFHWDLPQTLQVLGGWQNDSIIDAFVNYADFCFATFGDRVKFWITFHEP
WTISYAGYGTGEHPPGIADPGVASYKVAHMILKAHAKVWHLYNDRYRSQQVGKVGLVLNS
DWAEPKDPTSSEDLRASERYLQFMLGWFAHPIFVNGDYPDVLKAQIQEVNQQCSTTVAQL
PLFTEEEKSWLKGTADFFGLSHYTSRLVSAEANGTCTPGYESIGNFSVHVDPSWPQAASS
WIHVVPWGLRRLLKFVSQEYTGAKIPIYIAGNGMPTEDAGDLINDTLRVDYFRRYINEAL
KAVKLDSVDVRSYIARSLIDGFEGPLGYSLKFGLHHVNFEDSNRPRTPKASAYFYSSVIE
NNGFPLKVLERFSTPVVFDLPTPSKLPNLPASEVPSKAKVVWQKFSSQTDFERDTYFYGT
FPEDFTWGVSSSAYQVEGGWDADGKGPSIWDNFTHVPGNIKNDDTGDIACDSYNKVEEDI
YLLRALGVKNYHFSLSWSRIFPSGRNDSINSHGVDYYNRLINGLVANNITPIVTLYHWDL
PQALQDIGGWENSALIDLFDSFADFCFQTFGDRVKFWITINEPQVIAWVGYGTGAFPPNV
NDPGTAPYRVAHILLKAHARVYHTYDDKYRASQGGVIALRPNIDWVEPETPSDPRDIEAA
DRHLQFLVGWFTHPIFKNGDYPEVMKWKVGNRSELQNLPSSRLPVFTAEEREYIRGTADV
FCFNTYTSKIVTHATTRLRPFSYEYDQEVSTKVDSSWPSSAIADHRAAAWGLRRVLNWIK
EEYGNPPIYIIENGLGIKTTSDVDDNARIFYYKTYIDEALKAYKLDGVNLRGYNAWSFMD
NFEWLHGYEPRFGLHQVDFDNPNRPRTPKRSAVYYAEIIRNNGIPLPKEDEFLYGEFPKN
FSWSVATAAYQIEGGWRADGKGLSIWDQFAHTPLKISNDDTGDVTCDSYHKIEEDVEILK
NLKVSHYRFSISWSRILPDGTTRYINEMGLNYYERLIDALLAANIMPQVTLYHWDLPQAL
QNIGGWENDTIVQRFKEYAELLFQRLGDKVKFWITLNEPYNTAYCGYGVGIAAPGISVRP
GRAPYVVGHNLIKAHAEAWHLYNETYRAKQRGLISLTINSEWTEPRNPHNQEDVDSARRY
LQFLLGWFAHPIFKNGDYNEEMKTRIRERSLAQGLSQSRLPEFTESEKQRIKGTYDYFGL
NHYTTVLTYNLKYPAGVLSYDSDRGVASVADRSWLNSGSVWLKVTPFGFRKILRWIKEEY
NNPPIYVTENGISERGAFNFNDTWRTHYHRSYINEALKAVVLDGVDLRGYTAWTLMDNFE
WAVGFDERFGFYHVNFTDPELPRRPKASASFYSQIINCNGFPDPATGPHPCLQLEPEVTP
TDRTPGLAASTHFFGLGLTSQSAEIALYVLFALSAVGALGLALLGYRYGKLSKRSRKRSH
TELSRM
NT seq 5781 nt   +upstreamnt  +downstreamnt
atggagttggtttgtgagacaattgtcttctttctgttagtctctcccagccttgggaca
ggtgaggaatttgctcagaattttatcaccattgctggaccactacccagtgagttagtc
aatagattgtatctgcaaaaccaagtcctgcccaaggaagatgagggccctgccgtggct
gaagctgatggttacctgtgccaaaaagatcttgtggctcctgccctgccccagtacttc
tcccagcttcgtgagcttggggtgacacattacaaactcttcctgccgtgggcacgcgtt
ctgccgatgggggatgccaagaagccggatgaagctcaagtgcggtgctaccgggagctg
ctccagaccctggttgccgcagacctcaggccggtggtggttctgcatcaccagcgtgtc
cctggtgctgtggctgcgcaggttgtgggcgggaaagtcaacgcttttgctgaccttttt
gtggaatatgcagagttcagcttccgtgtttttggggacctggttgacgtgtggctcacc
ttcagtgacctgccggaggtcctgcaaagcctgccctatgaggacccccggggccgagcc
caggcgctcgccgccgctcatgggagagcttacaccagctaccacgagaaatactcacca
gcaggtggaaaggtgtccattgctttaggactgggtcatatcttggatagtgcttcatca
gaatttctttcagtttctcttcaggattcagtagactttctgtctctcagccttcagtac
tgttgtggaaatgaaacagatttctacaagaagttgagtgaattccagaatgtttggaag
gatgtagagatcttgcttttcagtctaaagttccttggttgtggttccgtggaggagaat
cacttcataccagtagcggccattgtcatagctattaataaagaaaagacacgtacaatt
ggatatgatgttaatgagttcttggacttttcatcatctcattttttaagcaaaacaaac
actctgcaggagaacccagttgctggttttgcccctcgctcctcctatcaaacagtttgg
gaaatgtttgccaagcagtctgatttggagagggattcttttctgcaagatgttttccca
agtggtttcctctggggcacatccacaggtgcctttaacgttgaaggagcttgggcagaa
gatgggaaaggagagagcatctgggaccattttgggcatgcaggtcatgtctacatgaac
caaacagcagatgtggcatgtgacagctactataaaaccagctatgacgtttacctactt
aggggtcttcatccccaactatacaaattttctgtatcctggcctagaattttccctgct
ggcaccaacgacaccatcaactccaagggtgttgattattacaaccaattaattaaccga
ttgctggagtctaacattgagcccatggtgactctgttccactgggacctcccacaaact
cttcaggttcttggtggctggcagaatgacagtatcatagatgcttttgtaaattacgca
gacttctgctttgccacttttggggatcgagtcaagttctggattactttccatgagcct
tggacgattagctacgctggctacggcaccggagagcatcctccaggaatcgcagaccca
ggggtagcatcttacaaggtggctcacatgattctcaaggctcacgccaaggtctggcac
ctgtataatgacagataccgctcccagcaagtgggaaaggtggggctggtgctgaactcg
gactgggctgaacccaaggatccaaccagctctgaggacctgagggcatcagagaggtac
ctgcagttcatgcttggctggtttgctcacccgatatttgttaatggtgattacccagat
gttctgaaggctcagatccaggaggtaaaccagcagtgctccacaacagttgcacagctg
ccgctgtttacagaagaggagaagtcctggctgaaagggactgcagacttttttggcctt
tcccattacacttcccgcttggtcagtgctgaggctaacgggacctgcacaccaggctac
gagagcatcgggaacttctccgtgcacgtagacccttcttggccacaggctgcctcttct
tggatccacgttgtcccttggggattaaggcggctgctgaagtttgtgtcccaggaatat
acaggggcaaagatcccaatttacatcgcaggaaatggtatgccaacagaggacgcgggg
gatcttattaatgacactctgcgagtggattatttccgccggtacatcaatgaggctcta
aaagcggtaaaactagactcagttgatgttcggtcatacattgctcgatccctcattgat
ggctttgaaggtcccctggggtacagcctaaaattcgggctacatcatgtgaattttgaa
gacagcaacagaccaaggactcccaaggcatctgcttatttctattctagtgtcattgaa
aataatggtttcccactcaaagtcttggagaggttttctacaccggtggtatttgacctc
cccacgccatcaaagttgccaaatttaccagcgtcagaggttccctccaaggcaaaagtt
gtctggcagaagttttcatctcaaacagactttgaaagggacacgtacttttacgggacg
ttccccgaggactttacatggggtgtgtcttcttctgcctaccaggtagagggaggctgg
gatgctgatggcaaaggacccagcatttgggataacttcactcatgtcccagggaatata
aagaacgatgacactggagatatagcttgtgacagctacaacaaagtggaggaagatatt
tacctgctgagagccttaggggtaaagaactatcatttctctctgtcctggtctcgaatt
ttccccagtggaaggaatgattcaataaacagccatggagttgactactataaccgtctc
attaatggactggttgcaaacaacatcactccaatcgtcactctgtaccactgggacctg
ccacaagctctccaggacattggtggctgggagaacagtgcactcatcgacctgtttgat
agttttgctgacttctgtttccagacctttggggacagggtgaagttctggatcacgatc
aatgaaccccaagtcatcgcttgggttggctatggcactggggcattcccacccaacgtc
aacgaccctggcactgctccctacagggttgcccacatcttactgaaagctcacgccagg
gtctaccacacgtacgatgacaaatacagagcgagtcagggaggtgtcatcgctctgcgt
cccaacattgactgggttgagccggagacaccaagtgaccccagggacatcgaagctgca
gacaggcacctgcagtttttggtggggtggtttacacacccgattttcaaaaatggggac
taccctgaggtcatgaagtggaaagttgggaacaggagcgagctacagaacctgccatca
tcacgccttccagttttcacggcagaggagcgtgaatacatcaggggtacagcagatgtt
ttctgtttcaacacctacacctccaaaattgtaacccatgcaacgacccggttgaggccc
ttctcttatgagtatgaccaggaagtttcaacaaaggttgacagctcctggccttcctca
gctattgctgaccatcgtgctgcggcctgggggctgaggagggtactgaactggatcaaa
gaagaatatggaaatcccccaatatacatcatcgagaatgggctggggataaagaccaca
tcagatgttgatgacaatgccaggatattttactacaaaacatacattgatgaagctctc
aaagcttacaagttggatggtgttaatctgcgaggatacaatgcttggtcttttatggat
aactttgaatggctgcatggttatgagccaagatttggattgcaccaggttgattttgac
aatcccaacaggccaagaactccgaaacgctctgctgtgtactatgcagaaatcatccgc
aataatggcatcccactgccaaaagaagatgaatttttatatggagagttcccaaaaaac
ttttcgtggagtgtagcaactgcagcatatcagattgagggaggatggagagctgatggg
aaaggactcagcatttgggaccaatttgctcacactcccttgaaaatcagcaatgatgac
actggagacgtaacttgtgacagctaccacaagattgaggaggatgtggaaatactgaaa
aacctcaaggtgtctcactatcgcttttcaatctcctggtcccgcattctcccagatggg
accaccagatacatcaatgaaatgggactgaactactatgaaaggcttatcgatgctctt
ctggcagctaacattatgcctcaggtaactctctatcactgggacctcccacaggcactg
cagaacattggtgggtgggagaatgatactatagttcagagatttaaggaatatgctgag
ctcctcttccagagactgggagataaagtgaaattttggataaccctcaatgaaccctac
aacactgcatattgtggctatggcgttggcatagccgctccaggcatctctgtccggcca
ggccgagccccttacgtggtgggacacaacttaataaaggcccatgcggaagcctggcac
ctctacaatgagacctaccgcgcaaaacaaagaggactgatctccctcaccatcaactct
gaatggacagaaccaaggaacccacacaaccaggaggatgtcgattctgccagacgatat
ttgcagtttttgctaggttggtttgctcatcccattttcaaaaatggcgattacaacgag
gagatgaaaacgaggatccgggagcgcagtctggctcagggtctgagccagtcccgactt
ccagaatttactgaaagtgaaaagcaaagaattaaaggcacgtatgactactttggtcta
aaccattatactacagttttaacgtacaacttaaagtatcctgctggcgttctgtcctat
gactctgacaggggtgtagcttcagtagccgaccgcagctggctgaactctggttccgtc
tggctaaaggtgacacccttcggtttccgaaagatcctgagatggatcaaggaagagtac
aacaaccctccgatctacgtgaccgaaaatggcatctcagaaaggggagccttcaacttc
aatgacacttggcgaacgcattatcatcggagctacattaatgaagcactgaaagctgtg
gtgctcgacggggtcgatttaagaggctacactgcgtggacactgatggacaacttcgag
tgggcagtgggctttgacgaaaggtttgggttctaccacgtgaatttcacagaccccgag
ctgccgcggcgccctaaggcctctgccagcttttactcacagatcataaactgcaatgga
tttccagacccagcgacgggcccacatccctgcctgcagctggagcctgaagtgacacca
acggacaggaccccaggactggctgccagcacacatttttttggactaggtttaacatca
caaagtgcagaaatagcgctctatgtgctttttgccctttctgcagttggagcactgggc
ttggctcttcttggatataggtatggaaaattatccaaaagatcccgtaaacgatcacac
acagaacttagtagaatgtaa

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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 (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   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 (41)   

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