KEGG   Falco cherrug (Saker falcon): 102058755
Entry
102058755         CDS       T02911                                 
Symbol
LCT
Name
(RefSeq) lactase-phlorizin hydrolase
  KO
K01229  lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62]
Organism
fch  Falco cherrug (Saker falcon)
Pathway
fch00052  Galactose metabolism
fch01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:fch00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    102058755 (LCT)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:fch03110]
    102058755 (LCT)
Enzymes [BR:fch01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.62  glycosylceramidase
     102058755 (LCT)
    3.2.1.108  lactase
     102058755 (LCT)
Chaperones and folding catalysts [BR:fch03110]
 Intramolecular chaperones
  Others
   102058755 (LCT)
SSDB
Motif
Pfam: Glyco_hydro_1
Other DBs
NCBI-GeneID: 102058755
NCBI-ProteinID: XP_014141002
Position
Unknown
AA seq 1926 aa
MEPVCKTVIFFLLVSPSLGIEGEFAQNFITIAGPLPSELVTRLYLQDQVLSEEDQGPAVA
EAHDYLCQQDLVASELPQYFSHLREIGVTHYKIFLPWARVLPEGNARKPAEAQVRCYQEL
LKTLIAAGLRPVAVLHHQRVPGTVAVQAVGGKANAVADLFVEYAEFSFRVFGDLVNVWLS
FSDLPEVLKSLPYDDPQDQAQALAAAHERAYTVYHEKYAPVGGKLSIALGMDHVLDSTLS
ELLSNSIQNSVDFLSLSLQYYCRNETDFYRKLNEFQNVWKDVEILVFSLKFLDCGSTEDN
PFIPVAAIVTAINKEETRTIGYDVNEFLDFSSSQVLSKTNTLQENPDAILAPRSSYQTVW
EMFAQQSEWERDSLLQDVFPGGFLWGISTGAFNIEGAWAEDGKGESIWDHFGHAGHVYMN
QTADMACDSYYKTSYDVYLLRGLHPQLYKFSVSWPRIFPAGTTETVNSKGVDYYNQLINR
LLESNIEPMVTLFHWDLPQALQVLGGWQNDSIIDAFVNYADFCFSTFGDRVKLWITFHEP
WVISYAGYGTGEHPPGIVDPGVASYKVAHTILKAHAKVWHLYNDKYRSQQLGKVGLVLNS
DWAEPKTPTNPEDVRASERYLQFMLGWFAHPVFVNGDYPDILKARIQEVNQQCSTTVAQL
PLFTEQEKSWVKGTADFFGLSHYTSYLVSAMTNGTCTPGYESIGNFSLHVDPSWPQTASS
WIHVVPWGLRRLLKFVSQEYTGTKIPIYIAGNGMPTEDGGDLINDTVRVDYFHRYINEAL
KAVKLDTVDVRSYVARSLVDGFEGPAGYSLKFGLHHVDFGDGNRPRTPRASAYFYSSVIE
KNGFPPEVLDRFSTPVVFDLPVPSKLPSLPASEVPSKAKVVWQKFSSQTDFERDMYFYAT
FPEDFTWGVSSSAYQVEGGWNADGKGPSIWDNFTHVPGNIKNNDNGDVACDSYNKVEEDI
YLLRALGVKNYGFSLSWSRIFPSGRNNSINSHGVDYYNRLIDGLVANNITPIVTLYHWDL
PQALQDIGGWESSVLIDLFDSFADFCFQTFGDRVKFWITFNEPQVIAWAGYGTGTFPPNV
NDPGSAPYRVAHILLKAHARVYHTYDDKYRASQGGVIALCPNIDWVEPKTPSDPRHVEAA
DRYLQFLVGWFTHPIFKNGDYPEVMKWKVGNRSELQDLPSSRLPVFTAEEREYIRGTADV
FCFNTYTSKIVTHATTRLKPFSYEYDQEVSAKTDSSWPPSAITDHRAVAWGMRRLLNWIK
EEYGNPPIYIIKNGVGIKTKSDVDDNTRIFYYKTYIDEALKAYKLDGVNLKGYSAWSFMD
SFEWLNGYEPRFGLHRVDFDNPNRPRTPKRSAVYYAEIIRNNGIPLPKEDEFLYGEFPEN
FRWSVATAAYQIEGGWRADGKGLSIWDRYAHTPLKIGNDDTGDVACDSYHKIEEDVEMLK
SLKVSHYRFSISWSRVLPDGTTRYINEMGLNYYERLIDALLAANIMPQVTLYHWDLPQAL
QNVGGWENDTIVQRFKEYAELLFQRLGDKVKFWITLNEPYNTAYLGYGVGTAAPGVSIRP
GRAPYVVGHNLIKAHAEAWHLYNETYRAKQGGLISITINSDWAEPRNSHKQEDVDAVRQF
LQFFLGWFAHPIFKNGDYNEVMKKRIRERSLAQGLNQSRLPEFTESEKQRIKGTYDYFGL
NHYTTILTYKINYPAGVQSYDSDRGVATVTDRSWLGSGSVWLKVTPFGFRKILRWIKEEY
NNPPIYVTENGISERGAFRFNDTWRTHYLRSYINEALKAVVLDGVDLRGYTVWTLMDNFE
WAVGFDEKFGFYHVNFTDPNLLRRPKASARFYSQIVNCNGFPDPATGPHPCLEVEPEVAP
TDITPGPAASVRFLGLDLTSQNAEIALYVLFALSGVGALGLALFAYLYAKSSRQSPKQPH
MKLSKL
NT seq 5781 nt   +upstreamnt  +downstreamnt
atggagccagtttgtaagacagtcatcttttttctgttagtttctcccagtcttgggata
gagggggaatttgctcagaattttatcaccattgctggacctctacccagcgagctagtg
actagattgtatctgcaggaccaagtcctctctgaggaagatcagggccctgccgtggct
gaagcccatgattacctgtgccaacaagatcttgtggcttctgaactgccccagtacttc
tcccaccttcgtgagattggagtgacacattacaagatcttcctgccgtgggcacgcgtt
cttccagaagggaatgccaggaagccggctgaagctcaagtgcggtgctaccaggagctg
ctcaagaccctgattgctgcaggcctcaggccagtggcagttctgcatcaccagcgtgtc
cctggcaccgtggctgtgcaggctgtgggtgggaaagccaacgctgttgctgaccttttt
gtggaatacgcagagttcagcttccgtgtttttggagacctggtcaatgtgtggctcagc
ttcagtgacctaccggaggtccttaaaagcctgccttatgatgacccccaggaccaagcc
caggccctggctgccgctcatgaaagagcttacactgtctaccatgagaaatacgcacca
gtgggtggaaagctgtccattgctttaggaatggatcatgtcttggatagcactttatca
gaattgctttcaaattcaattcagaattcggtagattttctgtctctcagccttcagtac
tattgcagaaatgaaacggatttctacaggaagttgaatgaattccagaatgtctggaag
gacgtagagatcttggtttttagtctgaagttccttgattgtggttccacggaagacaat
cccttcataccagtagctgccattgtcacagctattaataaagaagagacacgtacaatt
gggtatgatgttaacgagttcttggacttctcatcatctcaagttttaagcaaaacaaat
actctacaagagaacccagatgccattcttgcccctcgctcgtcctatcagacagtttgg
gaaatgtttgctcaacagtctgaatgggagagagattctcttctgcaagatgttttccca
ggtggcttcctctggggcatatccacaggtgccttcaacatcgaaggagcttgggcagag
gatgggaaaggagagagcatctgggaccactttggacacgcaggccatgtctacatgaac
caaacagcagacatggcatgtgacagctactataaaaccagctatgacgtttacctgctt
aggggtcttcatccccaattgtacaaattttctgtatcctggcctagaattttccctgct
ggcaccaccgagactgtcaactccaagggtgttgattattacaaccaattaattaatcgg
ttgctagagtctaacattgagcccatggtgactctgttccactgggacctcccacaagct
cttcaggttcttggtggctggcagaatgacagtattatagatgcttttgtaaactatgcc
gacttctgcttttccacttttggggatcgagtcaagctctggattactttccatgagcct
tgggttatcagctacgctggctatggcaccggagagcatcctccaggaatcgttgaccca
ggagtagcatcttacaaggtggctcacacaattctcaaggctcatgccaaagtctggcac
ctgtataatgacaaataccgttctcagcaactgggaaaggtggggctggttctgaactcg
gattgggctgaacccaagactccaaccaaccctgaggacgtgagggcatctgagaggtac
ctgcagttcatgcttggctggtttgctcaccctgtatttgttaatggggattacccagat
atcctgaaggctcggatccaggaagtaaaccagcagtgctccacaacagttgcacagctg
cctctgtttacagagcaggagaagtcctgggtgaaagggactgcagatttttttggtctt
tcccattacacttcctacctggtcagtgctatgactaatgggacctgcacaccaggctac
gagagcatcgggaacttctccttgcatgtagatccttcttggccacagactgcctcttct
tggatccatgtggtcccttggggattaagaaggctgctgaagtttgtgtcccaggaatat
acagggacaaagatcccaatttacatagcaggaaatggtatgccaacggaagatggaggg
gatcttattaatgacactgtgcgagtggattatttccaccggtacatcaatgaagctcta
aaagcggtgaaactagacacagttgatgttcggtcatacgtggctcgatccctggttgat
ggctttgaaggcccggcagggtacagcctaaaatttgggctgcatcatgtggattttgga
gatggcaatagaccaaggactcccagggcatctgcttatttctattccagcgttattgaa
aaaaatggtttcccacctgaagtcttggacagattttctaccccagtggtgtttgaccta
cctgtgccatcaaagctgcccagtttaccagcatcagaagttccctccaaggcaaaagtc
gtctggcagaagttttcatcccaaacagattttgaaagggacatgtacttttatgcgaca
ttcccagaggactttacatggggtgtgtcgtcttctgcctaccaggtagagggaggttgg
aatgctgatggcaaaggacccagcatttgggataacttcacccatgtcccagggaatata
aagaataatgataatggagatgtagcttgtgatagctacaacaaggtggaggaggatatt
tacctgctgagagccttaggggtaaagaactatggtttctctctgtcctggtctcgaatt
ttccccagtggaaggaacaactcaataaacagccatggagttgactactataaccgcctc
attgatggactggttgcaaacaacatcactcctatcgtcactctctaccactgggacctg
ccgcaagctctccaggacattggtggctgggagagcagcgtgctgatcgacctgtttgat
agttttgcggatttctgtttccagacctttggtgacagggtgaagttctggattacgttc
aatgaaccccaagtcattgcctgggcaggctatggcactgggacatttccacccaacgtc
aatgaccctggcagtgctccctacagggttgcccacatcttactgaaagctcatgccagg
gtctaccacacgtacgatgacaagtacagagcgagtcaaggaggggtcattgccctgtgt
cccaacattgactgggttgagccaaagacaccaagcgaccccaggcacgtagaagctgca
gacaggtacctgcagtttttggtggggtggtttacacacccgattttcaaaaacggggac
taccctgaggtcatgaagtggaaggttgggaacaggagtgagctccaggacctgccatcg
tctcgcctaccagttttcacagcggaggagcgtgaatacatcaggggcacggcagatgtt
ttctgcttcaacacctacacctccaaaattgtaacccatgcaacgacccggttgaagccc
ttctcttacgagtatgaccaggaagtttcagcaaagactgacagctcctggcctccctca
gctattactgaccatcgggctgtggcctggggcatgaggaggctactgaactggatcaaa
gaagaatatggaaatcccccaatatacatcattaagaacggggtggggataaagaccaaa
tcggatgttgatgacaataccaggattttttactacaaaacatacattgatgaagcttta
aaagcttacaaattggatggtgttaatctgaaaggatacagtgcttggtcttttatggat
agctttgaatggttgaatggttatgagccaagatttggattgcaccgggttgattttgac
aatcccaacaggcccagaaccccaaagcgctctgctgtgtactacgcagaaatcatccgc
aataatggtatcccattgccaaaagaagatgaatttttatatggagagtttccagagaac
tttcggtggagtgtagcgactgcagcatatcagattgagggaggatggagagccgatggg
aaaggacttagcatttgggaccgatatgctcacacccccttgaaaatcggcaatgatgac
actggagatgtagcttgtgacagctaccacaagattgaggaggatgtggaaatgctgaaa
agcctcaaggtgtctcactatcgcttttcaatctcctggtcccgtgttctcccagatgga
accaccagatacatcaatgaaatgggactgaactactatgaaaggcttattgatgctctt
ctggcagctaacattatgcctcaggtaactctctatcattgggacctcccacaggcactg
cagaatgtcggtgggtgggagaatgatactatagttcagaggtttaaggaatatgctgag
ctccttttccagaggctgggagataaagtgaaattttggataaccctcaatgaaccctac
aacactgcatatttgggctatggcgttggcacagccgctccaggcgtctccattcggcca
gggcgagccccctacgtggtggggcacaacttaataaaggcccatgcggaagcctggcac
ctctacaatgagacctaccgggcaaaacaaggaggattaatctcgatcaccatcaactct
gactgggcagaaccaaggaactcccacaaacaggaggatgttgatgctgtcagacaattc
ttgcagttttttctaggttggtttgctcatcccattttcaaaaatggtgactataatgaa
gtgatgaaaaagaggattcgggaacgcagtctggctcagggtctgaaccagtcccgactt
ccagaatttactgaaagtgaaaagcaaagaattaaaggcacatatgactactttggccta
aatcattatactacaattttaacatacaaaataaactatcctgctggtgttcagtcatat
gactctgacaggggtgtagctactgtaactgaccgcagctggctgggttctggttctgtc
tggctaaaggtgacaccctttggtttccgaaaaatcctgagatggataaaagaagagtac
aacaaccctcccatttacgtcactgaaaatgggatctcagaaaggggagccttccgcttc
aatgacacttggcgaacacattacctccggagctacattaacgaagcactgaaagctgtg
gtgctcgacggtgtcgacttaagaggctacactgtatggacgctgatggacaactttgag
tgggcagtgggctttgatgagaagtttgggttctatcatgtgaatttcacagaccccaac
ctgctgcgccgccccaaggcttctgccaggttttactcgcagatcgtaaactgcaacggg
tttccagacccagcaacaggcccgcatccctgtctggaagtggagcctgaagtggcaccc
acagacatcacaccaggaccagctgccagcgtgcgctttttgggattagatttaacatca
caaaatgcagaaatagcactgtacgtgctttttgctctgtcaggagtaggagcattgggc
ttagctctttttgcatacctgtatgcaaaatcatccagacaatcccctaaacaaccacac
atgaaacttagtaaactgtaa

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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 (4)   
   KEGG ORTHOLOGY (1)   
   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 (23)   

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