KEGG   Sinocyclocheilus anshuiensis: 107688954
Entry
107688954         CDS       T04917                                 
Name
(RefSeq) LOW QUALITY PROTEIN: lactase-phlorizin hydrolase-like
  KO
K01229  lactase-phlorizin hydrolase [EC:3.2.1.108 3.2.1.62]
Organism
sanh  Sinocyclocheilus anshuiensis
Pathway
sanh00052  Galactose metabolism
sanh01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:sanh00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    107688954
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:sanh03110]
    107688954
Enzymes [BR:sanh01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.62  glycosylceramidase
     107688954
    3.2.1.108  lactase
     107688954
Chaperones and folding catalysts [BR:sanh03110]
 Intramolecular chaperones
  Others
   107688954
SSDB
Motif
Pfam: Glyco_hydro_1 REC1 DUF7027
Other DBs
NCBI-GeneID: 107688954
NCBI-ProteinID: XP_016342293
Position
Unknown
AA seq 1899 aa
MMKVLEGFLSLGLLAVFLSSSNAEQQEFMLLVGPLTTSQTSTSDKDNVFNCGGPLPQQSK
AYFLYLQSRGVTHFKVPLSWSRILPSGDPNQPHGDTVQCYKMLVQHLTESGIKPLLVLHR
SAVPQLFRARYGGWENPLLMQMFQQYAGFVFNTFRDLVDTFITFSHLHELREVQLQNAVQ
SHANVYNVYHQMFKALHLSLGIRASDINSIYQMGSKIMAYVDFISLHMQXNCKLETPLTE
ELRKLQIGSVQKPILMYQLTVKDCDGYEDYFQPLHAIFGILQSKDLDIMGCDITHLFEKL
DQEETLKSFQMENTKTVSHQKSASAFSYQKVWEKFRSQTEAERDQFLSGSFPVDFEWSVS
SESFKVEGGWAEHGKGETIWDRFSHEDRVFENQTTDLACDSYHKVDYDVYLLRGLMAPNY
QFSVSWARIFPTGRKESLLEKAVAYYDKMIDTLLQSGIEPTVALHHWDLPQALQDSGGWE
NDSIVEAFKEFSDFCFSHYGDRVKTWITFGSPWVVSNLGYGTGEHPPSVKDPIIASYKVT
HNILKSHAEAWHIYNDNYRKLHGGKVGIALNSDWAEPRNPSSDQDVAAAERFLNFMLGWF
AHPIFVDGDYPAVLKEQFEKKKDLCGKELARLPVFTEAEKQRIQGTADFFGLNHHTSXLV
SESLNSCDAGPNNVGDFQTHTDPTWPPTASDWIQSVPWGLRRLLNYISLEYTSITKVPIY
ITGNGMPTEYNGDVFSDTERVDYLKAYINEAMKTVHLDEIDIQRFTVQSLMDGFEGPQGY
SQXFGLHYVDFEDPDRPRTPKASAYYYSKVIERNGFAETAAKGNMQIYGNKIEITRLPSL
PPSEVPSKAKVVWEKFSPQTKFERQLYHYGTFPEGFHWGVSSAAYQIEGGWNADGKGPSV
WDTFTQKPGNIPNNDNGDVACDSYNKIDEDLHMLRALKVKIYRFSLSWSRIFPNGYKSSL
NQKGVDYYNRLIDGLIANNIAPMVTLYHWDLPQALQDINGWENPEIINIFSEYCDFCYAT
FGDRVKFWITFNEPQTIAWSGYGLGQIPPNVKQPGDAPYKVAHNLLKAHAQAYHTYDEKY
RASQGGLISISLNAEWAEPLDVDVPREVVAADRALQFQLGWFAHPIFKNGDYPDAMKWQV
GNKSELQGLTDSRLPSFTDQDKAFIQGTADVFCINTYTTKVVRHVTSRLNIESYQTDQDL
EKDNADGSENTAVNEQKAVAWGLRRLLNRLREEYGDPEIYITENGAATDTAITVDDTDRI
FFLKSYVDEALKAHNLDGVRVKGYIATSLMDSFEWLKGYTVGYGLHYVNFKDSSQPRTPK
RSAHLYFDIMRNNGFPLPAEEEMLYGHFQEGFIWSTATAAYQIEGAWRADGKGLSIWDKF
AHTALKISQDENGDIACDSYNKIVEDINSLKTLRVNHYRFSISWPRIMPDGTTKKINEAG
LNYYHRLVDALLAANIKPQVTLYHWDLPQALQDVGGWENDTIVNRFRDYADVVFNSLGDK
VKFWITINEPYNVAMVGHGYGSAAPGISFRPGTAPYIVAHNLIKAHAEAWHVYNDKYRAX
HGGIVGITINSDWAEPRNPYKQEDVDAAMRVVQFQIGWFAHPVFNGDYSDLMKNIIRERS
LAAGRPQSRLPEFTPAEVARIMGTHDYFGFNHYTTVLAYNMDYKNLEHYDADRGAGTVAD
RTWLDSGSFWLKVTPVGFRKILNFIKEEYGDPPIYITENGVSERGPMNLNDVHRIHYYDN
YINQALKAYLLDGVDIRGYAAWTLMDNLEWATGFDEKFGFFYVNRSDPSLPRIPKKSVWH
YATIINCNGFISPGESPHECQIHEPEGDIPGSTPPPLLVSFLGLEVSGPDAELSLNVLFS
LTIIAAVAVVLLVYGIVKTSKKQKRPVEEHIDLEKKDMF
NT seq 5700 nt   +upstreamnt  +downstreamnt
atgatgaaggtcctagagggatttctttctctaggtttgttggctgtttttttgagctcc
agtaatgcagagcaacaggagttcatgttacttgtgggccctctgaccaccagccagact
tcaacttcagacaaagacaatgtgtttaactgtggaggtccactgccacaacaatccaaa
gcctatttcctgtaccttcagagcagaggggtgacccactttaaagttcccctgtcctgg
tctcgcatccttccctcaggtgatcccaaccagccgcatggagacactgtgcagtgctac
aagatgcttgtgcagcacctgactgaatcaggcatcaaacctctgctggtgctccatcgt
tctgctgtaccacaactcttcagagccagatatggaggctgggagaatccgttactcatg
cagatgtttcagcagtatgcaggatttgtgttcaatacatttagggatcttgtggacaca
ttcatcacgttcagtcacctgcatgagctacgtgaagtgcaacttcaaaatgctgtccag
tcccatgcaaatgtttataatgtttatcatcaaatgttcaaagcacttcatttgtctctt
gggatcagagccagtgatattaactccatttatcaaatggggtcaaaaatcatggcatat
gtggatttcatctctctgcatatgcagtagaactgcaaattggagacacctcttacggag
gaattgaggaagttacagattggcagtgttcaaaagcccatccttatgtatcagctgaca
gtcaaagactgtgatggatatgaagattatttccagccacttcatgcaatttttggaata
ttacagagcaaagaccttgacatcatgggatgtgacatcacacacctttttgagaagcta
gatcaagaagaaacactcaaaagttttcagatggaaaatactaagacagtctcccatcag
aaatcagcttctgcattctcataccaaaaggtctgggagaaattcagaagtcaaaccgaa
gctgagcgcgatcagttcctgagtggctcgttcccagttgattttgaatggtccgtctcc
agtgagagtttcaaagtggagggtggatgggctgaacacgggaagggcgagaccatatgg
gaccgatttagccatgaggatcgtgtctttgaaaaccagaccactgatttggcctgtgat
agttatcacaaggtggactacgatgtgtatctgcttaggggcttgatggcacctaattat
cagttctcagtttcctgggctcgcattttccccactggacgcaaagaaagtttgcttgaa
aaggctgttgcttattatgacaagatgattgatacgctcctacaatccggcatcgagccc
actgttgccctgcatcactgggaccttccccaagctctgcaggactcaggcggctgggaa
aacgactctattgtggaagctttcaaagaattttctgacttctgcttctctcattatgga
gacagagtcaaaacatggatcaccttcggcagcccgtgggtagtgagcaacttgggctac
ggaacaggggaacatcccccaagtgtgaaagacccaataatcgcatcttacaaggtgacg
cacaatattctaaaatctcatgctgaagcctggcatatttataatgataattacagaaaa
ctgcacggtggaaaagtgggcattgctcttaactctgattgggcagagccgaggaatccc
tcaagtgatcaggatgtagctgcagctgagcgttttctgaacttcatgctgggctggttt
gctcatcccatatttgtagatggagactacccagccgtgctaaaggaacaatttgagaaa
aagaaagatttatgtggtaaagagctggcaagactccctgtcttcactgaggctgagaaa
caaagaatccaaggcacagctgatttctttggacttaaccaccacacttcctgactggtt
agtgagagcttgaatagctgcgatgctggaccgaataacgttggggacttccagactcat
actgaccccacatggccccccacagcttctgactggatccagtctgttccgtggggtctt
cgacgattactgaactacatctctttagagtacacgtccatcacaaaggtgcccatctac
atcacaggaaatggaatgccaactgaatacaatggcgatgtgttcagtgacactgagcgt
gttgactatctcaaagcttacattaatgaggcaatgaaaactgtgcatttggatgaaatt
gacatccagaggtttacagtccagtctctaatggatggatttgagggtcctcaaggctac
agtcaatgatttggattgcactatgtggactttgaagatcctgacaggccgagaaccccc
aaagcatcagcatattactactcaaaggtgattgagagaaatggatttgctgagactgca
gcaaagggtaacatgcaaatatatggaaataaaattgagatcacaagactccctagtctg
ccaccatctgaagttccttcgaaagcaaaggttgtttgggaaaagttctctcctcagacc
aagtttgagagacagctttatcactatggaacatttccagagggattccattggggtgtc
tcgtctgcagcatatcagatagaaggtggctggaatgcagatggaaaaggaccaagtgtt
tgggatactttcactcaaaaacctggtaatatcccaaacaatgacaatggtgatgttgca
tgtgacagttacaacaaaatagatgaggatctacacatgttgagagcactgaaagtgaag
atttacagattctccctgtcgtggtctcgaatttttcccaacggctataaatcttctctt
aaccagaagggggtggactactacaacaggctcatagatggtctcatagcaaacaatatc
gcacccatggtaactctctaccattgggacctgccacaggctttgcaggacataaatggt
tgggaaaaccctgaaataattaacatattcagtgaatattgtgacttctgctatgcaaca
tttggagacagggtgaagttttggatcacatttaatgaaccccagacaattgcatggtct
ggatatggactgggtcagattccacctaatgtgaagcaacccggagatgctccatacaag
gttgcacacaacctcctgaaagctcatgctcaagcatatcacacttatgatgagaaatac
agggcatctcaaggaggtctgatatccattagtctgaacgctgaatgggcagaaccccta
gacgtcgatgtccctcgagaggtggtggctgctgatcgagcccttcagttccagctaggt
tggtttgcacaccccatctttaaaaatggcgactaccctgatgccatgaagtggcaggtt
ggcaataaaagtgaacttcaaggcttgacagattcccggttgccttcttttactgaccaa
gacaaagcctttatccaaggaacagctgatgtgttctgcattaacacatacactaccaaa
gtcgtgcgtcatgtgaccagcagactaaatattgagtcttatcaaacagatcaagacctt
gaaaaggacaatgcagatggctctgaaaatacagctgttaatgagcagaaggctgttgct
tggggactcaggagacttcttaaccggttaagggaagagtatggagaccctgagatttat
attacagaaaatggtgcagctacagacactgccataacagttgatgacactgatcgaata
ttcttcctgaagagctatgttgatgaggctcttaaagcacacaatctggatggggtacgt
gttaagggttacattgctacctctctaatggactcctttgagtggctgaaaggctacact
gttggctatgggctacactatgtaaactttaaagattcaagtcagccgagaactccgaag
cgctccgctcacctctactttgatataatgagaaataatggctttccactgccagcggag
gaagaaatgttatatggacatttccaagagggatttatatggagcacggcaaccgctgcc
tatcagatagagggcgcctggagagccgatggaaaaggtctcagcatttgggacaaattt
gctcatactgctttaaagatatcgcaggatgaaaacggtgacattgcctgtgacagctac
aacaagatcgttgaggatatcaatagtcttaaaacactgagggtcaaccactatcggttt
tctatttcatggcccagaattatgccagatggaacgaccaagaaaattaatgaagctgga
ctcaactactatcataggctagtggatgctcttttggcagccaatatcaagccacaggtg
actttgtaccactgggatcttccacaagcactccaggatgttggtggctgggagaatgac
accattgtcaatagattcagagactacgctgatgttgtatttaacagtctgggagacaaa
gtaaagttctggataactataaatgaaccctacaatgttgcaatggtaggacatggctat
ggaagtgcagcaccaggtataagtttcagaccaggcactgcgccatatattgtggcacac
aacctcatcaaggctcatgctgaggcctggcatgtgtataatgataagtatcgtgcctaa
catggtggcattgttggcatcacaataaactctgactgggctgaaccgagaaacccatac
aaacaggaagacgttgatgctgccatgcgtgtagttcagttccagattggttggtttgct
catcctgtgttcaatggagattacagcgatttaatgaagaacatcattcgagagagaagt
ttagcggctggccgaccgcaatcaaggcttccagaatttacccctgcagaagtagcgaga
attatgggtactcatgattattttggatttaaccactacaccactgtcttagcctataac
atggactacaagaacctcgagcattatgatgcagacaggggtgcaggaacagttgcggat
cgcacatggctggattctggatccttctggttgaaagtaacccctgtgggattcagaaaa
attctgaatttcattaaggaggaatatggagaccctcctatttacattacagagaatgga
gtatcagaacgagggccaatgaatctgaatgatgttcaccgaatccactactatgataac
tatatcaatcaggccctgaaagcgtatttgctggatggtgtggacatccgcggctatgct
gcctggacactaatggacaatctggaatgggcgacgggttttgatgaaaagtttggcttt
ttctatgtaaatcgatcagatccttctttaccacgaattcctaagaaatctgtctggcac
tatgctacaataatcaactgcaatggcttcataagcccaggagaaagtccacatgaatgt
cagatccatgaacccgaaggtgacatcccaggatctactcctccacctctgttggtcagt
ttcttgggtttggaagtgtcgggtcctgatgctgaactgtctcttaatgtcctcttcagt
ctcaccatcattgcagcagttgctgttgtcctcttggtgtatggaattgtcaagacatcc
aagaaacaaaaacgtcctgtagaggaacacattgaccttgagaaaaaagacatgttctga

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (8)   

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