Anser cygnoides domesticus (swan goose): 106039329
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Entry
106039329 CDS
T04896
Symbol
LCT
Name
(RefSeq) lactase-phlorizin hydrolase isoform X1
KO
K01229
lactase-phlorizin hydrolase [EC:
3.2.1.108
3.2.1.62
]
Organism
acyg
Anser cygnoides domesticus (swan goose)
Pathway
acyg00052
Galactose metabolism
acyg01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
acyg00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00052 Galactose metabolism
106039329 (LCT)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03110 Chaperones and folding catalysts [BR:
acyg03110
]
106039329 (LCT)
Enzymes [BR:
acyg01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.62 glycosylceramidase
106039329 (LCT)
3.2.1.108 lactase
106039329 (LCT)
Chaperones and folding catalysts [BR:
acyg03110
]
Intramolecular chaperones
Others
106039329 (LCT)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_hydro_1
Motif
Other DBs
NCBI-GeneID:
106039329
NCBI-ProteinID:
XP_013041827
LinkDB
All DBs
Position
Unknown
AA seq
1926 aa
AA seq
DB search
MELVCRIVVFFMLACPSFGIDEELAQISVAIAGPLPRESVHSLQLQNHILPKGAPGPAAA
ETRDYPCQQDPATSELPQYFSHLREVGVTHYKIFLPWERILPKGDARKPDEAQVQCYQQL
LETLVAANLRPVVVLHHKHIPGNVAAQAAGNKTNAFADLFVDYAEFSFNVFGGLVDVWLT
FSDLPEVLESLPYDEPQLRVQALAAAHDRAYSVYHEKYSLAGGKLSIALGIDHSLDSASS
ELLSVSLQDSVDFLSLNLQYSCGNETDFYMQMSEFQNLWKDIEILIFTLKFLDCGSLEEN
PFIRVAAIVAALNKEKARTIGYDVNELLDFSSRVLSKASALQENPDAVLAPRSSYQTVWE
MFASQSELERDYFLQDVFPSGFLWGTSTGAFNIEGAWAEDGKGESIWDRFGHEGRVYMNQ
TADVACDSYYKTSYDVYLLRGLHPQLYKFSISWPRIFPAGTNETISSKGVDYYSQLIDRL
LEANIEPMVTLFHWDLPQALQVLGGWQNDSIIDAFVNYADFCFSTFGDRVKFWITFHEPW
VISYAGYGTGEHPPGIADPGVASYKVAHTILKAHADVWHLYNDRYRSQQQGKVGLVLNSD
WAEPKTPTSSEDVRASERYLQFMLGWFAHPIFVNGDYPDVLKAQIQQVNQQCSTTVAQLP
VFTEEEKAWVKGTADFFGLSHYTSRLVSAVTNGTCAPGYESIGNFSLHVDPAWPKTASAW
IHVVPWGLRRLLKFVSQEYTGTKIPIYIAGNGMPTEAVGDRINDTLRVDYFCRYINEALK
AVKLDTVDVQSYIARSLVDGFEGPVGYSLKFGLHHVNFEDSNRPRTPKASAYFYASVIEK
NGFPPQVSNRLPAPVVFDLPMPSKLPDLPASEVPSKSKVVWQKFSSQTDFERDTYFYGTF
PEDFTWGVSSSAYQIEGGWDADGKGPSIWDNFTHVPGNVINNDTGDIACDSYNKLEEDIY
LLRALGIKNYRFSLSWPRIFPTGRNDSINRHGVDYYNRLIDALVANNITPIVTLYHWDLP
QALQDIGGWESSALIELFDSFADFCFQTFGDRVKFWITFNEPQVIAWVGYGLGEFPPNVK
DPGSTPYKVGHILLKAHARVYHTYDDKYRASQGGVISLCPNIDWAEPKTPSDPRDLEAAD
RYLQFLVGWFIHPIFKNGDYPEVMKWKVGNRSELQNLPSSRLPVFTAEERDYIRGTADVF
CFNTYTSRFVTHTTTRLKPFSYEYDQEVSTSIDSSWPSSALSGHQAVAWGLRRLLNWIKE
EYGNPPIYIIENGVGIKTSSDVDDHTRILYHKTYIDEALKAYKLDGVNLRGYNAWSLMDN
FEWLNGYDPRFGLHQVDFDDPNRPRSPKHSAVYYAEIIRNNGIPLPKEDEFLYGEFPKNF
WWSVATAAYQIEGAWRADGKGLSIWDQFSHTPLKISNDDNGDVACDSYHKIEEDVEMLKN
LKVSHYRFSISWSRVLPDGTTRYVNEAGLNYYERLIDALLAANIMPQVTIYHWDLPQALQ
NVGGWENDTIVQRFKEYAELLFQRLGDKVKFWITLNEPYNTAYLGYGFGTAAPGISVRPG
RAPYIVGHNLIKAHAEAWHLYNETYRAKQGGLISITINSDWAEPRNPHKQEDWDAARRYL
QFLIGWFAHPIFKNGDYNEVMKTRIRERSLAQGLKQSRLPEFTESEKQRIKGTYDYFGLN
HYTTVLAYNFNYSTGILSYDSDRGVASVTDRTWLNSGSFWLKVTPFGFRKLLRWIKEEYG
NPPIYVTENGVSERGDTDFNDTWRIHYHRNYINEALKAVVLDGVDLRGYTAWTLMDNFEW
AVGFDERFGFYHVNYTDPSLPRLPKASARYYSQIISCNGFPDPAAGPHPCLEPEPEVTPT
VPTAGGLADSVRFLGLDLTSQSAEIALYVLFALCGIGALGLALLAYKYGTLSKKSRKQSH
MELSKM
NT seq
5781 nt
NT seq
+upstream
nt +downstream
nt
atggagctggtttgtaggatagttgtctttttcatgttagcctgtcccagctttgggata
gatgaggagttagctcagatctctgtggccattgctggacctctacccagggagtctgta
catagcctccagctgcaaaaccacattctacccaaaggagctccaggccctgctgcggct
gaaacccgtgattacccatgccaacaagatcctgcaacttctgagctgccccagtacttt
tcccaccttcgtgaggttggggtgacgcattacaaaatcttcctgccatgggagcgcatt
cttcccaagggggatgccagaaagccagacgaagctcaagtgcagtgctaccagcagctg
ctcgagacgctggttgctgcaaacctcaggccagtggtagttctgcatcacaagcacatc
cctggcaatgtggccgcacaggctgcaggcaacaaaaccaacgcttttgctgaccttttt
gtggactatgctgagttcagttttaatgtttttgggggtctggttgatgtgtggctcact
ttcagtgacctgccagaggtcttggaaagcctgccttacgatgagccccagctccgtgtc
caggccctggctgctgctcatgacagagcttacagtgtctaccacgagaaatactcgctg
gcaggtggaaagctgtccattgctttaggaatagatcatagcttggatagtgcttcatca
gagctgctttcagtttctcttcaggattcggtagattttctgtctctcaaccttcagtac
agttgtggaaacgaaacagatttctacatgcaaatgagtgaattccagaatctctggaag
gacatagagatcttgattttcactctaaaattccttgactgtggttccctggaagagaat
ccattcatacgagtagctgccattgtcgctgctcttaataaagaaaaggcacgtacaatt
gggtatgatgtgaatgaattactggacttctcatctcgtgttttaagcaaagccagtgct
ctgcaggagaacccagatgcagttctcgcccctcgctcctcctatcaaacagtttgggaa
atgtttgctagccagtctgaattggagagggattattttctgcaggatgttttcccgagc
ggtttcctctggggcacctccacgggtgccttcaatattgaaggagcttgggcagaggat
gggaaaggagagagcatctgggatcggtttgggcacgaaggccgtgtctacatgaaccag
acagcagacgtggcgtgtgacagctactataaaaccagctatgatgtttacttgctgagg
ggtcttcatccccagctgtacaaattttctatatcctggcctagaattttccccgctggc
accaatgagaccatcagctccaagggtgtggattattacagccagttaatcgacaggttg
ctagaggctaacattgagcccatggtgactctgttccactgggacctcccgcaagctctc
caggttcttggtggctggcagaatgacagcatcatagatgcttttgtgaactacgcagac
ttctgcttttccacttttggggatcgggtcaagttctggattactttccacgagccttgg
gttatcagctatgctggctacggcaccggcgagcatcctccaggaatcgctgacccagga
gtcgcatcttacaaggtggctcacacaattctcaaggctcacgccgacgtctggcacctg
tacaacgacagataccgttctcagcaacagggaaaagtggggctggtgctgaactcagat
tgggctgaacccaagactccaaccagctccgaggacgtgagggcatcggagcggtacctg
cagttcatgctcggctggtttgctcaccccatatttgttaacggtgattacccagacgtc
ctgaaggctcagatccagcaggtaaaccagcagtgctccacgacagttgcacagctgcct
gtgtttacagaggaggagaaagcctgggtgaaagggactgcagacttttttgggctttcc
cattacacctcccgcctggttagtgccgtgactaacgggacctgcgcaccaggctatgag
agcatcgggaacttctccttgcatgtggatcctgcttggccaaagactgcctctgcttgg
atccacgtcgtcccctggggattaagaaggttgctgaagtttgtgtcccaggagtacaca
gggacaaagatcccaatttacatagcaggaaacggtatgccaacagaggccgtaggggat
cgtattaacgacactctgcgagtggattatttctgccggtacatcaatgaggctctaaaa
gcggtgaaactagacacggttgacgtccagtcatacattgctcgatccctggttgatggc
tttgaaggccccgtggggtacagcctaaaattcgggctacatcatgtgaattttgaagac
agcaacagaccaaggactcccaaggcatccgcttatttctatgccagcgttatcgaaaag
aatggtttcccaccccaagtctcaaacagactccctgcgccagtggtgtttgacctaccc
atgccatcaaagttgccagatttaccagcatcagaagtcccctccaagtcaaaggttgtc
tggcagaagttttcatctcaaacagactttgagagggacacatacttctacgggacgttc
ccggaggactttacgtggggtgtgtcttcttctgcataccagatagaggggggctgggac
gctgatggcaaagggcccagcatctgggataacttcacccatgtaccagggaacgtaatt
aacaacgacactggcgatatcgcttgcgatagctacaacaagctggaggaagatatttac
ctgctgagagccttagggataaagaactaccgtttctctctgtcctggcctcgaattttc
cccaccggaaggaacgactcaataaacagacacggagttgactactacaaccgcctcatt
gacgcgctggtggcaaacaacatcaccccaatcgtcaccctctaccactgggacctgccc
caggctctccaggacatcggcggctgggagagcagcgcgttgatcgaactcttcgatagt
tttgcagacttctgtttccagacctttggggacagagtgaagttctggatcacattcaac
gaaccccaagtcattgcctgggttggctatggcctgggggaattcccacccaacgtcaaa
gaccccgggagcactccctacaaggtgggacacatcttgctgaaagctcacgccagggtg
taccacacgtacgacgacaaatacagagcaagccagggaggggtcatttctctgtgtccc
aacatcgactgggccgagccgaagacaccgagtgaccccagggacctggaagctgcagac
aggtacttgcagttcctggtggggtggtttatccacccgatcttcaaaaacggcgactac
cctgaggtcatgaagtggaaagttgggaacaggagcgagctgcagaacctgccgtcatcc
cgcctacccgttttcacagccgaggagcgtgactatatacggggcacagcagatgtcttc
tgcttcaacacctacacttccagattcgtaacccacacaacaacccgtctgaagcccttt
tcttacgagtacgaccaggaagtttcaacaagtatcgacagctcctggccttcctcagct
ctttctggccatcaggctgtggcctgggggctgaggaggctgctgaactggatcaaagag
gagtatggcaatcccccaatatacatcattgagaacggggtggggataaagaccagctcg
gatgttgatgaccataccaggatcctttaccacaaaacgtacatcgatgaagctttaaaa
gcttacaagctggacggtgttaatctgcgaggatacaacgcttggtctcttatggataac
tttgagtggttgaacggctatgatccaagatttgggctgcaccaggtcgattttgatgat
cccaacaggccaagaagcccaaagcactcggctgtgtactatgcagaaatcatccgcaat
aatggcatcccgctgcccaaggaggacgaatttctatacggggagtttccaaagaacttc
tggtggagcgtagcgacagcagcgtaccagattgagggagcatggagagcagacgggaaa
ggacttagcatttgggaccaattttctcacacccccctgaaaatcagcaatgatgacaac
ggggacgtagcttgtgacagctaccacaagatcgaggaggacgtggaaatgctgaaaaac
ctcaaggtgtctcactaccgcttttccatctcctggtcccgtgttctcccagacgggacc
accagatacgtcaacgaagcgggactgaactactacgaaaggctgattgacgctcttctg
gcagccaacataatgcctcaggtgaccatctaccactgggacctcccgcaggcgctgcag
aacgtcggcgggtgggagaacgataccatagtgcagaggtttaaggaatacgccgagctc
cttttccagaggctgggagataaagtgaagttctggatcaccctcaatgaaccttacaac
acggcgtatctcggctatggcttcgggacagctgccccaggaatctccgttaggccgggg
cgagccccttacatagtggggcacaacctgataaaggcccacgcagaagcctggcacctg
tacaacgagacgtaccgggccaaacagggagggttaatctccatcaccatcaactcggac
tgggcagagccaaggaacccccacaaacaggaggactgggacgctgccaggcgatacctg
cagtttctcataggttggtttgctcaccccattttcaaaaacggcgattacaacgaagtg
atgaaaacaaggattcgggagcgcagcctggctcagggtctgaagcagtctcgacttcca
gaatttactgaaagtgaaaagcaaagaattaaaggcacatatgactactttggtctaaac
cattacactacagttttagcatacaactttaattattctactgggattctgtcatatgac
tctgacaggggtgtcgcttcagtaaccgaccgcacctggctgaactcggggtccttctgg
ctcaaggtgacgccctttggcttccgaaagctcctgaggtggataaaggaagagtacggc
aaccctcccatttatgtgactgaaaacggggtatcagaacggggagacacggatttcaac
gacacctggcggatacattaccatcggaactacattaacgaagcactgaaagctgtcgtg
ctggacggtgttgacctgcgaggctacacagcctggacgctgatggacaacttcgagtgg
gccgtgggctttgacgagaggtttggcttctaccacgtcaactacaccgaccccagcctg
ccacggctccccaaggcctccgccaggtactactcacagatcataagctgcaacgggttt
ccagatccagcagcgggcccgcatccctgtctggaaccagagcctgaagtgacaccaacg
gtccccacggcaggaggactggctgacagcgtgcgcttcctgggcttggatttaacgtca
caaagtgcagaaatcgcgctgtatgtgctttttgctctctgcggaattggagcactgggc
ctggctcttcttgcatataagtacggaacgttatccaaaaaatcccgtaaacaatcacac
atggaacttagtaaaatgtga
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integrated database retrieval system
