KEGG T01004: 796436

Danio rerio (zebrafish): 796436

Entry

796436 CDS T01004

Definition

si:dkey-79p17.2

Orthology

K01229

lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62]

Organism

dre Danio rerio (zebrafish)

Pathway

dre00052	Galactose metabolism
dre01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:dre00052]

SSDB

Motif

Pfam:

Glyco_hydro_1 Cellulase

Other DBs

NCBI-GI:

NCBI-GeneID:

ZFIN:

Ensembl:

Position

AA seq 1896 aa
MRMPREWSHDTRFWWSSVDGDMFRDFMLLAGPLTTSKTLHLEEQYVFNCGGPLPQQSKDY
FLYLQRRGVTNFKVPLSWSHILPTGDANQPHEETVMCFKTLVQQLTESGIKPLLVLHRSA
VPELFRAKYGGWENPLLVQMFEQYAGFVFSTFRDHVDTFVTFSHLHELQDRQLKNALQSH
ENAYKVCHQRFTGLRLSLGIKASDVTSIHQMGSKIKTHVDFLSVHMQFNCKMQTALTEEL
RKVQIVSGQKSLLIYQLTVNDCDGYEHGFEARTGILGVLQNEGHHIIGCDITYVFEELDY
EETLSLQKENTKIHQKSASAFSYQKVWEKFKSQTEAERDQFLSGSFPVDFQWSVSSESFK
VEGGSAEHGKGETIWDRFNHEAGVNESILGCDSYHKVDYDVYLLRGMMAPNYQFSISWAR
IFPTGRKESFVEKGAAYYDKMINTLLQSGIEPTVTLHHWDLPQALQESGGWTNDSIVEAF
KEFSDFCFSRYGDRVKSWITFGSPWVVSSLGYGTGEYPPSIKDPVSASYKVTHNILKSHA
EAWHIYNDKYRKLYGGKVGIALNSDWAEPRDPSSDQDVAAAERYLNFMLGWFAHPIFVDG
DYPAVLREQIEKKKELCTQDLARLPVFTEAEKQRIRGTADFFGLNHQTSRLISENLTSCD
AGPDNVGDFQAHIDPTWPTTASDQIQSVPWGLRRLLYYIFLEYTSITKVPIYITGNGMPT
EYTGDGINDTLRVDYLKAYINEAMKAVHLDDVVVQRFTVQSLMDGYEGPPGYTQRFGLHY
VNFDDPDRPRTPKASAYYYSKVIERNGFAETAASPKMHIRGNQVESRRLPSLPPSQVPSK
SKVVWEKFSPQTKFERQLYHYGTFSEGFQWGVSSSAYQVEGGWNADGKGPSVWDTFTQKP
GNIPNNANGDVACDSYNKVDEDLHMLRALKVKTYRFSLSWSRIFPNGYKSSLNQKGVDYY
NRLIDGLIANNITPMVTLYHWDLPQALQNINGWDNTEMVSIFNEYCDFCYATFGDRVKFW
ITFNEPQTIAWLGYGLGQIPPNVKQPGDAPYRVAHNLLKAHAQAYHTYDEKYRASQGGLV
SISLNAEWAEPLDVNIPREVEAADRALQFQLGWFAHPIFKNGDYPDAMKWQVGNKSELQG
LKESRLPSFTSQDKAFIQGTADVFCINTYTTKVMRHVTSRLNIESYQTDQDIEKDNADSY
EDTAVSEQKAVAWGLRRLLIWLKEEYGNPEIYITENGVATSTAFTTDDTDRIFYLKTYVD
EALKAHNLDGVRVKGYIASSLMDSFEWLNGYNVGYGLHHVDFKHSSRPRTPKRSAHFYFD
IIRNNGFPITAEEEILYGHFREGFEWSTATAAYQIEGAWRADGKGLSIWDKFSHTDSKIT
QDDNGDIACDSYNKIEEDINVLKTLGVKHYRFSISWPRILPDGTNRKINEAGLDYYHRLT
DALLAANIKPQVTLYHWDLPQALQDVGGWENDTIVDRFRDYADVVFNSLGEKIKFWITLN
EPLNVAAHGYGYGSQAPGLSDSPGTAPYTVAHNLIKAHAEAWHLYNDQYRAKHGGMISLT
MNSDWAEARNPYKQEDVDAARRTIQFQLGWFAHPVFKGDYSDLMKDVIRERSLAAGLPKS
RLPEFTPEEVARIKGTHDYFGFNHYTSVLAFNVDYGDQQHIEADRGAGAIRDRTWLDSGS
IWLKVAPVGFRKILNFIKEEYGNPPLYITENGVSEQGPENLNDVTRIYYYENYINQALKA
YMLDGVDIRGYTAWSLMDNMEWAAGYTERFGLFYVNRSDPNFPRIPKKSVWSYATIVSCN
GFLSPEERPHKCEVHEPEDDIPGITTLPPPVEELSVSFLGLEVSVSNAELGLNVLFSLTF
IAAVTVIFLVFGLVRTSKKQRRPAGEHIELAKEDKF

NT seq 5691 nt +upstreamnt +downstreamnt
atgcgcatgcccagagaatggtcacatgatacacgtttttggtggagtagtgtggacgga
gatatgttcagagacttcatgctacttgcgggccctctgaccaccagcaagactttacat
ttagaggaacaatatgtgtttaactgtggaggtccactgccacagcaatccaaagactac
ttcttgtaccttcaaaggagaggggtgaccaacttcaaggttcccctgtcttggtctcat
attcttcctacaggtgatgccaaccagccacatgaagaaactgtgatgtgctttaagaca
cttgtacaacagctgactgaatcaggcatcaaacctctgctggttctccatcgttctgca
gtaccagaactcttcagagccaaatatggaggatgggaaaatccattgctagtgcagatg
tttgagcagtatgcaggatttgtgttcagcacatttagggatcacgttgacacgttcgtt
acattcagccacctgcatgagctacaagatagacaactaaaaaatgctctccagtcccat
gaaaatgcttacaaagtctgccatcaaaggtttacagggcttcgtttatctcttggaatc
aaagccagtgatgttacttccattcatcaaatggggtcaaaaatcaagacacatgtggat
ttcctctcagtgcacatgcagttcaactgcaaaatgcagacagctcttactgaggaattg
agaaaggtacagattgtcagcggtcaaaagtccctgcttatttatcagctgacagtgaat
gattgtgatggatatgaacatggttttgaggcacgtactggaattcttggagttttacag
aacgaaggccatcatattataggctgtgacatcacatatgtttttgaggagctagattat
gaagaaacactcagtctgcagaaggaaaacactaaaattcatcagaaatcagcttctgca
ttctcatatcagaaggtttgggagaaattcaaaagtcagactgaagctgagcgggatcag
ttcctcagtggttccttcccagttgattttcaatggtccgtctccagtgagagtttcaaa
gtcgaaggtggatcagcagaacacgggaagggtgaaaccatatgggaccgttttaaccat
gaggccggggtcaacgaatccattttgggctgtgatagttatcacaaggtggactatgat
gtgtatcttcttagaggcatgatggcaccaaattatcagttctcaatctcttgggctcgc
atttttcccactggacgcaaagaaagttttgttgaaaagggggctgcttattatgataag
atgattaatacactcctgcaatcaggaatcgagcccactgttaccctgcatcattgggac
cttccccaagctctacaggaatcaggaggctggactaatgactccattgtggaagcattc
aaagaattttcagacttctgcttctctcgttatggagacagagtaaaatcatggatcacc
tttggcagtccctgggttgtgagcagtttgggatatggaacaggggaatatcctccaagc
attaaagacccagtatcggcctcctacaaggtgacgcacaatattctgaaatctcatgct
gaagcctggcatatttataatgataaatacaggaaactgtatggtggaaaagtgggcatt
gctctgaactcagattgggctgagccgagggatccctcaagtgatcaggatgtagcagca
gctgagcgttatctaaacttcatgctggggtggtttgctcatccaatatttgtagatgga
gattatccagcggtactgagggagcaaattgagaaaaagaaagaattgtgtacccaagac
ctggcaagactccctgtcttcaccgaggctgagaaacaaagaattcgaggcacagctgat
ttcttcggactaaaccaccaaacatcccgactgattagtgagaatttgactagctgtgat
gctgggccagataatgttggggacttccaggctcatattgaccctacatggcccactaca
gcttctgaccagatccagtctgttccatgggggctccggcggttattgtattacatcttt
ttagagtacacatctattacaaaggtgcccatctatatcacaggaaatggaatgccaact
gagtatactggtgacgggatcaatgacactctgcgtgttgactatctcaaagcttacatt
aatgaagcaatgaaagctgtgcatttggatgatgttgtcgttcagaggtttacagtccag
tctctaatggatggatatgagggtcctccaggttacactcaacggtttggtttgcactat
gtgaactttgatgatcctgacaggccaagaacccctaaagcatcagcatactattactca
aaggtgattgagagaaatggatttgctgagactgctgcaagccctaagatgcatatccgt
ggaaatcaagtcgaaagtagaagactccctagtttgcctccatctcaagtgccttcaaaa
tccaaggttgtttgggaaaagttttcacctcagaccaaatttgagaggcagctttatcac
tatggaacattttcagagggatttcagtggggtgtctcatcttcagcttatcaagttgaa
ggtggctggaatgcagatggaaaaggaccaagtgtttgggatactttcactcagaaacct
ggtaatatcccaaacaatgccaatggcgatgttgcatgtgatagctacaataaagtagat
gaagatctacacatgttgagggccctaaaagtgaagacttacagattctcattgtcatgg
tctcggatctttccaaatggctataaatcttctcttaaccagaagggggtggattactac
aacaggctcatagatggtctcatagcaaataatatcacacccatggtgactctctaccat
tgggacctgccgcaggctttacagaatatcaatggttgggacaacactgaaatggttagc
atattcaatgaatattgtgacttctgctatgcaacatttggagatagggtgaagttttgg
atcacctttaatgaaccccagacgattgcatggttgggatatgggctgggtcagattcca
cctaatgtgaagcaaccaggagatgctccatacagggttgcacacaacctcctgaaagct
catgcacaagcttatcacacatatgatgagaaatacagggcatctcaaggaggtctggta
tccattagtctgaatgctgaatgggcagaacccctggatgtcaacatccctcgagaggtg
gaggctgctgatcgagctcttcaatttcaattaggctggtttgcacatccaatcttcaag
aatggtgactaccctgatgccatgaagtggcaagttggcaacaagagtgaactgcaaggc
ttaaaagaatcccggttaccttcttttactagccaagacaaagcttttatccaaggaaca
gctgatgtattctgcattaacacatacactacgaaagtcatgcgccatgtgaccagcaga
cttaatatcgaatcctatcagactgatcaggacattgagaaggacaatgcagatagctat
gaagatacagctgttagtgagcagaaagctgttgcttggggactcaggagacttctcatt
tggttgaaagaagagtatggaaatcctgagatttatattacggaaaatggtgtagctaca
agcactgcctttacaacagatgacactgatcgtatattctatttaaagacctatgttgat
gaggctcttaaagcgcacaacctggatggagtacgtgttaaaggatacattgctagttca
ctcatggactcctttgagtggctgaatggctacaatgtcggctatggacttcaccatgtg
gactttaagcattcaagtcggccaagaaccccaaagcgctcagctcacttttacttcgat
ataataagaaataacggctttccaatcacagcagaggaagaaatactatatggacatttc
agagaaggatttgaatggagcacagcaaccgctgcatatcagatagagggcgcctggaga
gctgacggaaaaggcctaagcatttgggacaaattttcacacactgattcaaagataacg
caagatgataatggtgacattgcctgtgacagctacaacaagatcgaagaggatatcaat
gttctcaaaacacttggggtcaaacattatcggttttctatttcatggcccagaattctg
ccagatggaacaaacaggaaaattaatgaggctgggctcgactactatcatagactgaca
gatgctcttttggcagccaatatcaagccacaggtgacactttaccactgggatctgcca
caagctcttcaggatgttggtggttgggagaatgacactattgttgatagattcagagac
tatgctgatgttgtatttaacagtctgggtgaaaaaataaagttttggatcactttaaat
gaacccctaaatgttgcagcacatggatatggctatggaagccaagcaccaggtcttagt
gatagtccaggcactgcgccatatactgtggcacataacctcattaaggctcatgctgaa
gcttggcatttgtataatgaccaatatcgtgctaaacatggtggaatgattagcctcact
atgaactccgactgggctgaagcaagaaacccatacaaacaagaagacgtggatgctgcc
agacgtacgattcagtttcagcttggttggtttgctcatcccgtgttcaaaggagattac
agtgatttaatgaaggatgttattcgagaaagaagtttggcagctggcctacctaaatca
aggcttccagaatttacccctgaagaagtagcaagaattaagggtactcatgattatttt
ggattcaaccactacacctctgttttagcctttaacgtggactacggtgatcaacagcac
attgaagcagacaggggtgctggagctattagggatcgtacatggctagattctggatcc
atctggttgaaagtagctcctgtgggattccgaaagattctgaatttcattaaggaggaa
tatggaaaccctcctctttacattacagaaaatggagtatcagaacaaggaccagagaat
ctgaatgacgtcacccgaatctactactatgaaaactatatcaatcaggccctgaaagca
tatatgctagatggtgtggacatccgcggctacactgcctggtcactaatggacaatatg
gaatgggcagcgggttatactgaaagatttggtcttttctatgtaaatcggtcagatccc
aattttccacgtattcctaagaaatctgtctggagctatgctacaattgtcagctgcaat
ggcttcttaagcccagaagaacgtccacataaatgtgaggtgcatgaacctgaagacgac
atcccaggaatcactactttacctccacctgttgaggaactgtcggtcagtttcttgggt
ttggaagtgtctgtttctaatgctgaactaggtcttaatgtcctcttcagtctcaccttc
atcgctgccgtcactgttatcttcttggtgtttggacttgtcaggacatccaaaaaacaa
agacgtcctgcgggggaacatattgagcttgcgaaagaagacaagttctaa

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 (7)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   ENSEMBL-DRE (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (25)   

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