KEGG T02443: 101164357

Oryzias latipes (Japanese medaka): 101164357

Entry

101164357 CDS T02443

Definition

lactase-phlorizin hydrolase-like

Orthology

K01229

lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62]

Organism

ola Oryzias latipes (Japanese medaka)

Pathway

ola00052	Galactose metabolism
ola01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:ola00052]

SSDB

Motif

Pfam:

Glyco_hydro_1 Cellulase

Other DBs

NCBI-GI:

432935973

NCBI-GeneID:

101164357

Position

AA seq 1879 aa
MKELLWVACLYIFCLHGCGTLGVNGNEDFLLLAGPLTENVATSSDKEGLSECSLPIVAAS
EPYLKGLQSRGVTHVKVPLSWAQLLPTGLASQPQQDALQCYKTLMKQLLKVGLQPLVILH
ESTVPDALRARYGGWESQELVDMFQQYAEFAFREFADLAHSWVTVSDLGSIWQNGPTAQQ
NILQLNKNVYKIFHEHIPSKLFAGRKLSFGLETKDMATVPHMEASTAADFLSVHVQYSCG
SPADFEQQLRNLQISSGNLPILIYKMTVHECAHSQQQPVEKLLHVLQSSGLNIIGCDIVD
ILLNMDQRDASLRSSGHPVSRNSYQSVWDKFGSQTAAERDVFLDESFPSGFQWTTSAESF
KVEGGWLEGGKGETIWDRFGHDNLAFENQTADLACDSYNKVEYDVYLLRGLQVNTYQFSI
SWARIFPSGHRDSQTEKGVLYYDKLINTLIESGIQPVVTLYHWDLPQALQDNGGWTNPTI
VDAFKDYADFCFSRFGDRVKTWNTFSSPWVVSHAGHGTGAMPPNVNSPGSAPYEVAHNLI
KAHATAYHTYDDKYRASQGGLVSIALDADWVEPYDVNVHREIAAADRYLQFMLGWFAHPI
FVDGDYSVALKTQIELKLKECPSSPPAVLPVFTSEEKARIKGTADFFGLNHFTSRLVNTV
KGGCTSGPEGVGDYAAGVDPSWPSTASDWIYSAPWGLRRLLNYISLEYLSATKVPIYITG
NGMPTAYSSETINDVSRVEYLRRYINEALKAQATDGVDVQRFTVQSLMDGFEGPQGYSER
FGLTHVNFEDANRQRTPKQSAYFFSGVIENNGFGTATRSFKNVAEITVTPRSSKLLASEV
PSEAKVVWDTLSRQSRFRRHVYHYGTFPQDFIWGVSSSAYQIEGGWNADGKGPSIWDNFT
HGINTIPEVANGDVACDSYNRLDEDLFMLGALKVKSYRFSLSWSRIFPDGTRSSLNQKGV
DYYNRLIDGLLARGITPMVTLYYWDLPQALQDIGGWESIQMINLFNDYCDFCFATFGDRV
KFWITFNQPHTIAWAGYGTGAMPPNVNSPGSAPYEVAHNLIKAHATAYHTYDDKYRASQG
GLVSIALDADWVEPYDVNVHREILAADRAMQFRLGWFAHPIFKNGDYPEAMKEQVKIKCE
FQDLPNSRLPSFTEDEKNFIRGTADVFCINHYTTKIVNHLTDQLTPPSYQFDRDIAENEI
TDFPTTAIGGQRAVAWGLRRLLNWIKEEYGDPDIYISENGVATDKGMTWDDTDRVFFYKT
YIDEALKAYDIDGVKVKGYIATSLMDSFEWLHGYVYAFGLYHVDFNDPNRPRTPKYSSYI
YSQIINNNGLPVPEEEKIMWGHFREDFLWSSSTSAYQIEGAWTADGKGLSIWDTFSHTPG
KVANNDNGDISCDSYNKIDVDIGLLKQIKVSHYRFSISWPRVLPDGTIHNINEAGINYYQ
RVIDALLAANIQPQITLYHWDLPQALEDEGGWLNETIVDRFRDYADLLFSRFGQKVKLWI
TINEAYIVALLGYGYGSFAPGINHDPSTLQYVAAHNIIKAHAEAWHVYNDKYRAEQKGLI
SITINSEWAEPRNPFKQEDIDGAKRYMDFFIGWFANPIFNGDYTESMKKYILERSLAAGL
EKSRLPEFTPAEIERIKGTHDFFGLNYYTSVLVFPVDFGNTLNYDADRGVAFIHDRTWLD
TGSSWLKMAPLGFRRILKYIKDEYGNPPVIVTENGLSENGPIDLNDEHRSYFYENHVNQL
LKAYLVDGVDVRGYTAWSLMDNLEWAAGYSERFGFFYVNHSHPDRPRTPKASVSYYTTLV
NCNGFPDPAEGPHECMNLDVKEHETNPDSGTRKEKAGALVSSVAGVLEERSVLGSSGIRL
LLEVVDDSCDSRGMKFHQC

NT seq 5640 nt +upstreamnt +downstreamnt
atgaaggagctcttgtgggttgcgtgtctgtacatcttctgtcttcatgggtgtggaact
cttggagtaaatggaaatgaggacttcttgctccttgcaggtcctctgactgaaaatgtg
gccacgagctccgacaaggagggactctctgagtgcagccttcccatagttgctgcttct
gagccgtatttgaaggggctgcagagcagaggggtgacccacgtcaaggtgccgctgtca
tgggctcagctccttcccacgggtctggccagccagccccagcaggatgcgctccagtgt
tacaagactctgatgaagcagctgctgaaggtgggtctgcaacctctggtcatcctccat
gaatcaaccgttccagacgctctgagggcaaggtatggaggctgggagagccaggagctg
gtagacatgttccagcagtatgcagagttcgccttcagggagtttgcagatctggcacac
tcatgggtgactgtcagtgacttgggcagcatctggcagaacggaccgactgctcagcaa
aatattctgcagctcaacaagaatgtttacaagatcttccatgaacatattccaagcaaa
ttgtttgcagggaggaaattatcctttggtctggaaacaaaagacatggcgacagttccc
cacatggaagcgtcaacagctgccgatttcctttccgtgcacgttcaatacagttgtggc
tccccagcagactttgaacagcagctgaggaacttacagatatctagtggaaacttgccc
atcctcatttacaagatgactgttcatgaatgtgcccacagccagcaacagcctgtggaa
aaattactacatgtactacagagcagtggattgaatattattggatgcgacatcgtcgac
atcttactaaacatggatcaaagggatgcttcattgaggagttctggtcacccagtgtcc
aggaacagttatcagagtgtttgggataaatttggctcccaaacagcagcagaacgagac
gtgttccttgatgagtctttcccttccggtttccaatggacaacctctgcagagtctttc
aaggtggagggcggctggttggaaggcggcaaaggagaaaccatttgggatcgctttggc
catgataacttagcctttgaaaatcagacagcagatctcgcttgtgatagctacaacaaa
gtggaatatgatgtctacctgttgagaggtcttcaagtcaatacctatcagttttccatc
tcctgggctcgaattttcccatcaggccacagagacagccaaacagagaaaggagttctc
tactatgacaagctcatcaatacgctcatagaatctggcatccagcctgtcgtcacactc
taccactgggatctgccacaggccctccaggacaatggtggatggaccaacccaactata
gttgatgctttcaaggactatgcagacttctgcttctccaggtttggagacagagtcaag
acctggaacacatttagtagcccctgggtggtgagccatgctggacatggtactggtgcc
atgccaccaaatgtcaacagtccaggaagtgcaccatacgaagttgcacacaacctcata
aaagctcatgctacagcctatcacacatacgatgacaagtatcgtgcatcacaaggtggt
ctggtctccattgccctagatgctgactgggttgaaccttatgatgttaatgtccaccgg
gaaattgcagctgcagatcgctacctgcagttcatgctgggctggtttgcacatcccatt
tttgtagatggagattattctgtggcactgaaaacacaaattgagctgaaactgaaagag
tgccccagctctccgccagcagtgctcccagtttttacctctgaagagaaggccagaata
aagggaacagctgacttttttggtctaaaccattttacctctcggttggtaaataccgtt
aaagggggttgcacttctggtcctgagggagtgggagattatgcagcaggtgtggacccc
tcatggccttcaacagcctcagattggatctattctgcaccgtggggacttcggaggctt
ctaaactacatctcattagaatatttgagtgctaccaaagtgcctatctacataactggg
aatggaatgccaacagcatacagcagtgaaaccatcaatgatgtaagcagagtagagtat
ctgagaaggtacatcaacgaggctctgaaagcacaagcgactgatggagttgatgtgcaa
cgattcacagtgcagtcactcatggatgggtttgagggcccgcaaggctatagtgaaaga
tttggtcttactcatgtgaactttgaagatgcaaaccgacaaagaaccccaaagcaatca
gcatatttcttctctggtgttattgagaacaatggttttggaacagccacacgcagtttt
aaaaatgtggcagaaataacagtgactcctcgttcttccaaacttttagcttcagaggtt
ccatctgaagcaaaggtagtgtgggacaccctgtccaggcaatccaggttccggagacac
gtgtatcactatggcactttcccacaagacttcatttggggggtttcatcttcagcttac
caaattgagggtggctggaatgctgatgggaaaggacccagcatctgggataatttcact
catggaataaacactatccctgaggttgcaaatggagacgtagcttgcgacagttacaac
agacttgatgaagacctgttcatgttaggggctctgaaagtgaaatcatacagattttcc
ttgtcctggtccagaatcttccctgatggaacacgctcttctctcaaccagaaaggtgtt
gactattacaacaggctaattgatggtctcttggctcgtggcatcactcccatggtaaca
ctttattattgggacttgcctcaggctttacaagatattggcggctgggaaagtatacaa
atgatcaatttgtttaatgattactgtgacttctgctttgccacctttggcgacagagtc
aaattctggataaccttcaaccagcctcacacaattgcttgggcaggatatggaacaggt
gccatgccaccaaatgtcaacagtccaggaagtgcaccatacgaagttgcacacaacctc
ataaaagctcatgctacagcctatcacacatacgatgacaagtatcgtgcatcacaaggt
ggtctggtctccattgccctagatgctgactgggttgaaccttatgatgttaatgtccac
cgggaaattctggctgctgaccgcgcaatgcagttcaggctgggttggtttgcacacccc
attttcaagaatggagactatcctgaggcaatgaaagaacaagttaaaataaaatgtgaa
ttccaagatttgccaaattcaagactaccttccttcaccgaggatgagaagaactttatc
aggggaactgcagatgtgttctgtataaaccactacaccaccaagatagtaaatcactta
acggaccaactgactcctccatcctatcagtttgacagggacattgcagaaaatgagata
actgatttcccaactacagccataggcggccaaagagctgttgcatggggcttaagaagg
ctcctcaactggataaaggaggaatatggagatccagacatttacatctctgaaaatggt
gttgctacagataagggaatgacttgggatgacactgatagagtatttttttacaagact
tatattgatgaggctctcaaagcctatgacattgatggggtgaaagtcaaaggctacatt
gcaacatccctcatggattcttttgagtggttacatggctatgtatatgcattcgggttg
taccatgtggacttcaatgatccaaatcgaccaagaaccccaaaatattcttcctatatt
tactcccaaatcataaacaataacggtctccctgtgccagaagaagagaagattatgtgg
ggacattttagagaagattttctttggagttcttcaacatcggcataccagattgaagga
gcatggactgcagatgggaaaggtctgagcatctgggacacgttttcccacactcctgga
aaagtggcaaacaatgacaacggcgacatatcctgcgatagttacaacaaaatagatgtc
gacattggtttattgaagcaaattaaggtgtctcactatcggttctccatatcatggcca
agagttctccccgacggcacgatacacaacataaatgaggctgggatcaattactaccaa
agagtgatagatgcactgcttgctgcaaatatccaacctcagatcactctgtaccactgg
gatcttccacaagctctggaggatgaagggggctggttgaatgaaactattgtcgacaga
ttcagagattacgccgacctccttttcagtcgttttggacagaaagtgaaactttggatc
acaattaatgaagcatatattgtagcacttttaggttatggctatgggtcatttgcacca
ggaataaaccacgacccaagcactctgcaatacgttgctgctcacaacattatcaaagct
catgcagaggcctggcatgtgtacaacgacaaataccgagctgaacaaaagggactgata
tctattaccatcaactctgaatgggcagaacccagaaatccctttaagcaagaagacatt
gatggtgcaaaacgctacatggatttctttataggctggtttgccaatcccatatttaat
ggagattacacagagtccatgaaaaagtatattctagagaggagccttgcagctggtttg
gaaaaatccaggctgcctgagttcactccagcagagattgaacgaatcaaaggcacccat
gacttcttcggattaaactattacacatctgttttggttttccctgttgattttggaaat
actctcaactatgatgcagacaggggcgtggcgtttattcacgatcggacctggctggac
acgggttccagctggctgaagatggcacctctggggttccgtagaatcctaaaatacatc
aaggacgagtatggaaatccacccgtcatcgtcactgagaacggcctctcggagaacggg
cctattgaccttaatgatgaacacaggagttacttctacgaaaatcatgtcaaccagttg
ctgaaagcttacttggtcgatggagtggacgtccgtggatacacagcttggtcactcatg
gataatctagaatgggctgctggctattcggagagatttggctttttctacgttaatcat
tcacatcctgacagacctcgtactccaaaagcctcagtgtcctactacaccacccttgtt
aactgcaatggattccccgaccccgcagagggaccccatgagtgcatgaaccttgacgtt
aaagaacacgagacaaacccagactctggtacccggaaggaaaaggcaggagcactagtc
agcagcgtggctggagttcttgaggagcggagtgttttagggagctcaggtattcggctt
ctgctcgaggtggtggatgactcatgtgactctcgtggaatgaagttccatcagtgttaa

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (20)   

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