Ficedula albicollis (collared flycatcher): 101814034
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Entry
101814034 CDS
T02815
Symbol
LCT
Name
(RefSeq) lactase
KO
K01229
lactase-phlorizin hydrolase [EC:
3.2.1.108
3.2.1.62
]
Organism
fab
Ficedula albicollis (collared flycatcher)
Pathway
fab00052
Galactose metabolism
fab01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00052 Galactose metabolism
101814034 (LCT)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03110 Chaperones and folding catalysts [BR:
fab03110
]
101814034 (LCT)
Enzymes [BR:
fab01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.62 glycosylceramidase
101814034 (LCT)
3.2.1.108 lactase
101814034 (LCT)
Chaperones and folding catalysts [BR:
fab03110
]
Intramolecular chaperones
Others
101814034 (LCT)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_1
Motif
Other DBs
NCBI-GeneID:
101814034
NCBI-ProteinID:
XP_016155194
LinkDB
All DBs
Position
7:complement(32589231..32606111)
Genome browser
AA seq
1926 aa
AA seq
DB search
MDLICKTVIFFLLVSLSLGTDGELAPNFLTMAGPLPSELAERLGLQEQVLPKEQQGAAVA
EAQGYPCQPDLVASELPRYFSRLRALGVTHYKLLLPWARVLPKGNTTDVDGAQVGCYRQL
LEALAAAELRAVLVLHQGRVPGAVAVLASGRRARAFSELFVEYADFSFRAFGDLVDVWLS
FSDLPEVLQSLPYTEPQERVRALAAAHEGFYTMLHEQVSPAGGRLSIALEMGNVLDSASS
ELLSVSLQDSVDFVSLNLRYHSGNETDFYKKLSEFQSVWKGKDILVSSLKVLDWASMEEY
PFIPVAAIVKAINKEEAHMIGCDINEFLDYLPHVLSETNTLQENPDAVLAPRSSYQAVWE
MFAEQSESERDSFLQDVFPSGFLWGISTGAFNIEGAWAEDGKGESIWDQFGHGGHVHMNQ
TADVACDSYYKTSYDIYLLKGLRPQLYKFSVSWSRIFPAGTNHTINSKGVDYYNRLIDRL
LDSNIEPMVTLFHWDLPQALQALGGWQNESIIDAFVSYADFCFSTFGDRVKLWVTFHEPW
VISYAGYGTGEHPPGITDPGAASYKVAHTILKAHAKVWHLYNDKYRSQQRGKVGLVLNSD
WAEPKTPSSSEDVRASERYLQFMLGWFAHPIFVNGDYPDILKAQIQEVNQQCPMTIAQLP
VFTEEEKTLVKGTADFFGLSHYTSRLVSAGTNGTCTPGYESIGNFSLHVDPSWPQAASSW
IHVVPWGLRRLLKFVSQEYTGSKIPIYIAGNGVPTGDTGDLLNDTLRVDYFRQYIDEALK
AVKLDAVDVRSYIARSLLDGFEGPVGYSLKFGLHHVNFEDSNRPRTPKASAYFYSGVIEK
NGFPSQGLGRSSAPVVFDRPVPSKLPNLPASEVPSKAKIVWQKFSSQTAFERDMYFYGTF
PEDFTWGVSSSSYQIEGGWDADGKGPSIWDNFTHVPGNVNNNDTGDIACDSYNRVEEDIY
MLKALGVKNYRFSVSWPRIFPTGRNSSINSHGVAYYNRLIDGLIANNITPIVTLYHWDLP
QTLQDIGGWENDEIIDLFDSFADFCFQMFGDRVKFWITFNEPNIISWLGYGEGLFPPNVK
DPGNAPYRVAHILLKAHARVYHTYDDKYRASQGGVISMCLFISWAEPKTPSDPRDIEAAD
RYLQFLVGWFAHPIYKNGDYPEVMKWKVGNRSELQNLPSSRLPVLTAEEQEYIRGTADVF
CFNTYSSKIVSHSTTRLSPFSYNYDQEISVTVDSSWPSSALPDHRPVAWGMRRLLNWIKE
EYGNPPIYIIENGVGAKTTSDVDDNARIFYFKTYIDEALKAYKVDGVNLKGYNAWSLMDN
FEWVDGYEPRFGLHQIDFDNPNRPRTPKRSAVYYAEIIRNNGIPLPKEDEFLYGEFPENF
SWSVATAAYQIEGGWRADGKGLSIWDKYAHTPLRIGKDATGDVACDSYHRIEEDVEMLKS
LKVSHYRFSVSWSRVLPDGTTRYINEKGLNYYERLIDALLAANIVPQVTLYHWDLPQALQ
DVGGWENDTIVQRFKEYAEVLFQRLGDKVKFWITLNEPYNTAYLGYGTGTAAPGVSVRPG
RAPYVVGHNLIKAHAEAWHLYNETYRAKQGGLISITINSDWAEPRNPHSQEDIEAARRFM
QFLLGWFAHPIFKNGDYSEVMKRRILERSLAQGLNESRLPEFTESEKQRIKGTYDYFGLN
HYTSVLTYNMNYPKNVKSYDSDRGVATVTDRSWLGSGSLWLKVTPFGFRKILRWIKEEYN
NPPIYVTENGVSERGAFEFNDTWRMHYYRSYINEALKAIVLDGVDIRGYTAWTLMDNLEW
AVGYEEKFGLYHVNFSDPALPRRPRASAKYYSQIINCNGFPDPAMGPHPCLEQEPEVTPT
DPTPGAADRVNFLGLDLTSQRAEIALYVLFALSAVGALGLALFAYKYGKLSKRSHKKSHI
ELSSKM
NT seq
5781 nt
NT seq
+upstream
nt +downstream
nt
atggacctgatttgtaagacagtcatcttctttctgttggtttctctcagccttgggaca
gatggggaattggctccgaattttctcaccatggctgggcctctccccagcgagctggca
gagaggctggggctgcaggagcaggtgctgcccaaggagcagcagggcgctgccgtggcc
gaagctcagggttacccgtgccagccagacctcgtggcttccgagctgccccgctacttc
tcgcggctccgggcgctcggggtgacacactacaagctcctcctgccctgggcacgcgtt
ctccccaaggggaacaccacagatgtggatggagcccaggtggggtgctaccggcagctg
ctggaggctctggctgctgcagagctcagagctgtgctggttctgcaccagggccgcgtc
cctggcgccgtggccgtgctggccagcgggaggagagccagggctttttctgagctcttt
gtggagtatgcagacttcagcttccgtgcctttggggacctggtggatgtgtggctctcc
ttcagtgacctgccagaggtccttcaaagcctgccctacactgagccccaggaacgagtc
cgggccttggctgctgctcatgaaggattttacaccatgctccatgagcaagtctcgcca
gcaggtggaaggctgtccattgctttggaaatgggtaatgtcttggacagtgcttcatca
gagttgctttcagtttctcttcaggattcagtagactttgtgtctcttaaccttcggtac
catagtggaaatgaaacagatttctacaagaagctgagtgaattccagagtgtctggaag
ggcaaagacatcttggtctctagtctaaaggtccttgactgggcttccatggaagagtat
cctttcataccagtagctgccattgtcaaagctattaataaagaagaagcacatatgatt
gggtgtgacatcaatgagttcttggactacttacctcatgttttaagtgaaacaaatact
ctgcaggaaaacccagatgctgttcttgcccctcggtcctcctatcaagcagtctgggaa
atgtttgctgagcagtctgaatcggagagggactctttcctgcaagatgttttcccaagt
gggttcctctggggcatatccacaggtgcctttaacatcgaaggagcttgggcagaggat
gggaaaggagagagcatctgggaccagtttgggcatgggggccatgtccacatgaaccaa
acagcagacgtggcatgtgacagctactataaaaccagctatgacatttacctgcttaaa
ggtctccgcccccagctgtacaaattttctgtatcctggtctagaattttccctgctggc
accaaccacaccatcaattccaagggtgttgattactacaaccgcttaattgaccgcttg
ttggactctaacattgagcccatggtgactctgttccactgggacctgccccaagctctg
caggctcttgggggctggcagaatgaaagtatcatagatgcttttgtgagctatgcagac
ttctgcttttccacatttggggatcgagtcaagctctgggttactttccatgagccctgg
gttatcagctacgctggctatggcaccggagagcatcctccaggaatcactgacccagga
gcagcatcttacaaggttgctcacacaattctcaaggctcatgccaaggtctggcacctg
tataacgacaaataccgttctcagcaacggggaaaggtggggctggtgctgaactcggac
tgggctgaacccaagactccgtccagctctgaggatgtgagggcatctgagaggtacctg
cagttcatgcttggctggtttgctcaccccatatttgttaatggtgattacccagatatc
ctgaaggctcagatccaggaagtgaaccagcagtgccccatgacaattgcacagctgcct
gtgtttacagaggaggagaagaccttggtgaaagggactgcagatttctttggcctttcc
cattacacttcccgcctggtcagtgctgggactaacgggacgtgcacaccaggctacgag
agcattgggaacttctccttgcatgtagatccttcctggccacaggctgcctcttcttgg
atccatgtggtcccttggggcttaagaaggctgctgaagtttgtatcccaggaatacaca
gggtctaagatcccaatatacatagcagggaatggtgtgccgacaggagacaccggggat
cttctcaatgacactctgcgagtggattacttccgccagtacatcgatgaggccctgaaa
gcggtgaaactggacgctgttgatgtccgctcctacattgctcgatccctgcttgatggc
tttgaaggcccagtgggatacagcctaaaatttggactgcatcacgtgaactttgaagat
agcaacagaccaaggactcccaaggcatcagcttacttctattctggagttattgaaaaa
aatggttttccatcccaaggcttgggcagatcttctgcaccagtggtgtttgaccgacct
gtgccatcaaagctgccaaatttaccagcatcagaagttccctccaaggcaaagattgtc
tggcagaagttttcatcccagactgcctttgaaagagacatgtatttttatgggacattc
ccagaggattttacgtggggtgtgtcttcctcttcctaccagatagagggaggttgggat
gctgatggcaaaggacccagcatttgggataacttcacccatgtcccagggaatgtaaac
aataacgatactggagatatagcttgtgatagctataacagggtggaggaagatatttac
atgctgaaagccctaggggtaaagaactatcgtttttccgtgtcctggcctcgaattttc
cccactggaaggaacagctcaatcaacagccatggagtcgcatactacaaccgtctcatc
gatggactgattgcaaacaacatcactccaattgtcactctctaccactgggacctgcca
caaactctccaggacatcggtggctgggagaacgatgagataattgacctgtttgacagc
tttgcagacttctgtttccagatgtttggggacagggtgaagttctggattacattcaat
gaacccaacatcatctcctggctgggctacggcgaggggttgttcccacccaatgtcaag
gaccctggcaatgctccctacagggttgcccacatcctactgaaagctcatgccagggtc
taccacacctacgatgacaaatacagagcgagtcagggaggggtcatttccatgtgcctc
ttcattagctgggctgagccaaagacaccaagtgaccccagggacattgaagctgctgac
aggtacctgcagtttttggtgggttggtttgcacaccccatttacaaaaacggggactac
cctgaggtcatgaagtggaaggttgggaacaggagtgagctccagaacctgccgtcgtcg
cgcctgccggttctgacagcagaggagcaggaatacatccggggcactgctgatgtcttc
tgcttcaacacatactcctccaaaattgtaagccattctacaacacgtctgagccccttc
tcttataattatgaccaggaaatttcagtaacagttgacagctcctggccttcctcagct
ctgcctgaccatcggcctgtggcctggggtatgaggaggctactgaactggatcaaagag
gaatatggaaaccccccgatatatatcattgagaatggtgtgggggcaaagaccacatcg
gacgttgatgacaatgccaggatattttacttcaaaacatacattgatgaagctttaaaa
gcttacaaggtagatggtgttaatctgaaaggatacaacgcttggtctctgatggataac
tttgaatgggtggatggttatgagccaagatttggattgcaccagattgattttgacaac
cccaacaggccgagaactccaaagcgctctgctgtgtactatgcagaaatcatccgcaat
aacggcatcccactgcccaaggaagatgaatttttatatggagagtttccagagaacttc
tcatggagtgtagcaactgcagcttaccagattgagggaggatggagagcagatgggaaa
ggacttagcatttgggataaatatgcccacactcccttgagaattggcaaagatgcaact
ggagatgtagcttgtgacagctaccaccggattgaggaggatgtggaaatgctgaaaagt
ctcaaggtgtctcactatcgcttttcagtctcctggtcccgtgttctcccagatgggacc
accagatacatcaatgaaaagggactgaactactatgaaaggctgattgatgcccttctg
gcagccaacattgtgcctcaggtaactctctatcactgggacctcccacaggctctgcag
gacgttggtgggtgggagaacgatactatagttcagagatttaaggaatatgctgaggtc
cttttccagaggctgggggataaagtgaaattttggataaccctcaatgaaccctacaac
actgcctatcttggctatggcactggcacagctgctccaggcgtctcggttcggccgggg
cgcgctccctacgtggtgggacacaacctgatcaaggcacacgcagaggcctggcacctc
tacaacgagacctaccgggccaagcagggagggctcatctccatcaccatcaactctgac
tgggcagagccacgcaacccacacagccaggaggacattgaagctgccagacgattcatg
cagtttttactaggttggtttgctcaccccattttcaaaaatggtgattatagtgaagtg
atgaaaagaaggattctggaacgaagtctggctcagggcctgaacgagtcccgacttcca
gaatttactgaaagtgaaaaacaaagaattaaaggcacatatgactactttggtctaaat
cattatacctctgttttaacatacaacatgaactatcctaagaatgttaagtcatatgac
tctgataggggtgtagccacagtgaccgaccgcagctggctgggctctggttccctctgg
ctgaaggtgacaccctttggattcaggaagatcctcaggtggataaaggaagaatacaac
aatcctcccatttatgtgactgaaaatggggtctcagaaaggggagcctttgaattcaat
gacacttggagaatgcattactatcggagctacattaatgaggcactgaaagccattgtg
ctcgacggtgtcgacatacggggctacactgcgtggacactgatggacaacctcgagtgg
gcagtgggttatgaggaaaagtttgggctctaccatgtgaatttctcagaccctgccttg
ccacggcgccccagggcctcagccaagtattactcgcagatcataaactgcaatggcttt
ccagacccagcaatgggtccacatccctgtctggaacaggagccagaagtgacaccaaca
gaccccactccaggagcagctgaccgcgtgaactttttgggattggacttaacatcccaa
agagcagaaatagcactctatgtgctttttgctctttctgcagttggagcactgggcttg
gctctttttgcatataaatatggaaaactgtccaaaaggtcccataaaaaatcacacata
gaacttagtagtaaaatgtaa
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integrated database retrieval system
