KEGG   Cavenderia fasciculata (cellular slime mold): DFA_10047
Entry
DFA_10047         CDS       T02668                                 
Symbol
ugt52
Name
(RefSeq) sterol glucosyltransferase
  KO
K05841  sterol 3beta-glucosyltransferase [EC:2.4.1.173]
Organism
dfa  Cavenderia fasciculata (cellular slime mold)
Brite
KEGG Orthology (KO) [BR:dfa00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:dfa01003]
    DFA_10047 (ugt52)
Enzymes [BR:dfa01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.173  sterol 3beta-glucosyltransferase
     DFA_10047 (ugt52)
Glycosyltransferases [BR:dfa01003]
 Others
  Hydrophobic molecule
   DFA_10047 (ugt52)
SSDB
Motif
Pfam: GRAM Glyco_transf_28 FYVE PH EryCIII-like_C UDPGT Glyco_tran_28_C PH_11
Other DBs
NCBI-GeneID: 14867485
NCBI-ProteinID: XP_004351937
UniProt: F4Q948
Position
Unknown
AA seq 1532 aa
MNSTTTTTTTTTSSTHNHDNNNNTTLLGDYTTHKIPYDLIFIFLIGSLSILTYFIYWLVT
YLLNTHLCGNTTTMYKKIPQISIDSLSSLSKSVLHSSSQSINDTDDDLSDYVSINESVLH
HHQQLQQQREGHSHSHSHGHSLSSSSSSSTTTTHFNIPKCVFFEHPSGSGVVADDDLEND
QPIIIDNQPVTIEELKQRVIKELADNDLWKSPVDTRILALVDCSLLHNHLTNANLIITST
SLCFLPTEQVHKGHAVESYLHMKAKSDFFWKKYWFHLSGGSLSWYRSSEHKEIYYPNGSI
QLKKITSIQKLPSESATRPFCLQIATNAQIYLIQADSETQLDQWFSEIVHIQRNLTISLS
LSDIVTMQMESDAALFFDSIYITLKRGDNFIITPSSRPNEIYNLLLSAWGKSKKLESIDQ
NTNINNNQTSNNNNNNNNRQTIEFQKVFKLNQFVNIILEKPCILFNDIETSYEGVVYAAE
DGLYFNSDHNQNGSVALIIPVNDIISIQIDPESDIPEAIKVVTKEYEAYYFDLFDDHESF
YESIVSIFTQFNPAIKYGKQGEDFFIKQQQVMKSEEEEEKEKENDSRWFHLPVIPISIPK
SIPTRLFRSKSSPASVSPPLNTTPPNGSPLNSQSPSIHSTNSSPALSQQLSSLNLHDTSR
TIFIQKGSPQNIQSELHQLFPTLPLNEAVQMYQSCTLHYDHMTNVSIEGHIYVTKSYVAF
APINSQSSSSLTSSTSFKSITPSSSPLSSSSFHLYNHNQNNNNNNNNSNSNKDNSSHNKK
RLMKALIPFEDVVSIKKDRTIFLKHCIKIITNDHKWIFGSLNNFYSLYKILLVNWTPINE
GLFTPLQSNQIREKFGLPSDEPLITWYNCTNFRGAQLKYGVLYITKHYLCFRSKLGFKKR
TIVVPFSSIVSIKKYSGTILPNGIKITTTQQDIDFASFLHRGRVYRQLIECWNDNRGTLQ
KSTNNTSISNNSSGNNNGQKIGGGGIPKLNIDRIQVTSASTSPLVISPTVQSPRTNLNIT
ILTIGSRGDIQPFIALALTLKNAGHNVVFASHELYRSIIIDTYGLTFKPLSGDPKELMDL
CVRNGIFTPKFIKEALSRFRQFIDDLLNSCWEAAQGADALIATPGCFAGPHIAEALQIPF
FHAFTMPFTRTRMYPNPFAPFAASQLGGVFNLATHMMMEKILWQPISGQINSWRVERLKL
PAWNSSVSINETYRLPYLYCFSKYLVPKPSDWGSEICITGYWFMNETNMPEDKDHPPSQE
LIDFIERGDAPVYIGFGSIVIEDPNELSRLLQEAVKLSGRRAIISQGWGGLNIDQQVGST
AADAEFVQKNIFLLKQPVAHTWLFEKMSLVIHHGGAGTTAAGIYAGKPCIIVPFFGDQFF
WGERVQDMGIGQSLSSKTLSAKSLASSINELIDSKSAHIRVKEMANHIRNEKGLKQSLQD
FYRYLNVAYVPPSKTPMGSKTSCRQCKQGFGLLNQMVNPLVQTKFHCHCCGQVFCDKCTL
NKIPLPKFRINIPVRVCDTCYSNQFTSNSNNI
NT seq 4599 nt   +upstreamnt  +downstreamnt
atgaattctactactactacaacgacaactactacttcatcgacacataaccatgataat
aataataatacaacattacttggcgattatacaacacataaaataccatatgatttaata
tttatatttttaattgggtcattatcgattctaacatactttatctattggcttgtaacc
tatctattgaatacacatctttgtggcaatactaccaccatgtacaaaaaaatacctcag
atttctatcgatagtttgagctcgctttcaaaatcggtcttgcattcctcgagccagtcc
atcaatgataccgacgacgatctttccgattatgtctccatcaatgagagtgtcttgcat
caccatcaacaattacaacaacagagagagggtcatagccatagtcatagtcatggtcat
tcgttgtcatcgtcgtcttcgtcatcgactactacaacacactttaatataccaaaatgt
gtgtttttcgaacacccttctggttctggagtggttgcagacgatgacctagaaaatgat
caacccatcattattgacaatcaaccagttaccattgaagaactaaaacaacgagttatc
aaggaactagcagacaatgatctatggaaatcaccagtagatactaggatattggcattg
gtcgactgctccttactacacaatcatctcaccaatgccaatttaatcattacttcgacc
agtctatgctttctacccactgaacaggttcacaagggccatgctgtagagagctaccta
catatgaaagcaaagagtgatttcttttggaaaaagtattggtttcatcttagtggtggg
tcattgtcgtggtatagatcaagtgaacacaaagagatatactatccaaacggatcgata
caattaaagaaaattacctccatacaaaaactaccaagcgaaagtgcgacccgtccattt
tgtcttcaaattgccaccaatgcacaaatctatcttatccaagccgactctgaaacacaa
ctagatcaatggtttagcgaaattgttcacatacaaagaaatcttaccatctctttgtct
ctttccgatattgtcactatgcaaatggaaagtgatgccgccttattttttgattcaatt
tatattactttaaaaagaggtgataattttattataacaccatcatcaagaccaaatgaa
atttataatttattattatcagcatggggaaaatctaaaaaattggaatctattgatcaa
aatacaaatattaataataatcaaacatcaaataataataataataataataatagacaa
actatagaatttcaaaaagtatttaaattgaatcaatttgtaaatattattcttgaaaaa
ccatgtatattatttaatgatattgaaacatcatatgaaggagtagtttatgcagcagag
gatggattatattttaattcagatcataatcaaaatggatcggttgcattgatcattcca
gtgaatgatatcatttcgattcaaatcgatccagaatctgatatcccagaggctattaaa
gtggtgactaaagaatacgaagcatactattttgatttgtttgatgaccacgaatcattt
tatgaatcgattgtctctatttttactcaattcaatccagccatcaaatatggaaaacaa
ggagaggatttttttatcaaacaacaacaagtaatgaaatcagaagaggaagaggaaaag
gaaaaggagaatgatagtcgatggttccatctaccggttattcccatttcaattccaaag
tcaataccaacacgactatttagatcaaagtcatcaccagcatctgtatctccaccacta
aataccactcctcccaatggttcaccattgaattcccaatcaccatctattcattccacc
aactcatcacctgcactctctcaacaattgtcatcgttaaatctacatgatacgagtcga
acgattttcattcaaaaagggtcacctcaaaacatccaatccgaactccaccaactattt
cctacacttccattaaatgaagcagtccaaatgtatcaatcgtgcacactgcactacgat
cacatgaccaatgtatccattgaaggacatatctatgtaacaaaatcctatgttgctttt
gctccaatcaactctcaatcatcttcatcactaacatcatcaacatcatttaaatctata
acaccatcttcttcacctttatcatcatcatcttttcatctttataatcataatcaaaat
aataataataataataataatagtaatagtaacaaagataatagtagtcacaacaagaaa
agattaatgaaagctttaataccatttgaagatgtagttagtattaaaaaagatagaacc
atatttttaaaacattgtattaaaattattacaaatgatcataaatggatatttggatca
ttaaataatttttatagtttatataaaatattattggtaaattggacacctataaatgaa
ggattatttactccattgcaatcgaatcaaattcgagaaaagtttgggttaccaagcgat
gaaccattgattacttggtacaattgcacaaatttcagaggagctcaacttaaatatgga
gtattgtacattaccaaacactatttgtgctttagatcaaaacttggatttaaaaagaga
accatcgtcgttccattttcaagtattgtaagcatcaagaaatactctggtaccatccta
cccaatggcatcaagattaccaccactcaacaagatatcgactttgcatcatttttacat
cgtggtagagtctatagacaattaatagaatgttggaatgataatagaggtactctacaa
aagtctacaaacaatacaagtattagtaataatagtagtggtaataataatggtcaaaag
attggtggtggcggaattccaaaattaaatattgatcgtattcaagtaacatctgctagt
acatcaccacttgttatttcaccgacagttcagtcaccaagaaccaatttaaatattact
attctgacaattggtagtcgtggtgatattcaaccctttatagcattggcattgacacta
aagaatgcaggtcataatgtagtgtttgcgtcacatgaactatatcgaagtatcattatc
gatacttatggtttgacgttcaagccgttgagtggtgatcccaaagaattgatggatttg
tgtgtaagaaacggtatatttacgccaaagtttatcaaagaggcattgtcacgattcaga
cagtttatcgacgacttgctcaacagctgttgggaggctgcccagggtgccgacgccctc
attgcgacacctggctgttttgcaggcccacatattgctgaagcactacaaatccccttc
tttcacgcgtttacaatgccatttactcgcacgagaatgtatcccaatccatttgcaccg
tttgctgcgagtcagttgggaggtgtgtttaatctagcgacacatatgatgatggagaag
attctgtggcagccaatcagcggacaaatcaattcatggcgtgtagagagattgaaacta
cccgcttggaattcgagcgtgtcgatcaacgagacataccgtctaccatacctctactgc
tttagcaagtacttggtacctaaaccaagcgattggggtagcgagatttgcatcactgga
tattggttcatgaacgagacgaatatgcccgaagacaaggaccacccaccctcgcaggaa
ttgatcgattttatcgagcgtggagacgcacccgtgtatattggatttggtagtattgtc
attgaagatcccaacgaactgtcacgtctgttacaagaggctgtcaaattgtcgggtcga
cgtgccattatatcacagggttggggtggactgaatatcgaccaacaagttggcagtacc
gctgcagacgcagagtttgtacaaaagaatatattcctcttgaaacaaccggttgcccat
acttggttgtttgaaaagatgagtttagtcatccaccatggcggtgcaggtacaactgct
gcaggaatctatgctggcaaaccatgtattatcgttccctttttcggagaccaattcttt
tggggtgaacgtgtccaagatatgggtattggtcaatctctgtcgagcaagactctatcg
gccaaatcattggcgtcgtcgatcaacgaattgattgacagcaagtcagcacacatccgt
gtcaaagaaatggccaatcacatcagaaatgaaaaaggactcaaacaatcactacaagat
ttctatcgctatctcaatgttgcctatgtcccaccctccaaaacacctatgggttcaaaa
acatcttgtcgccaatgcaaacaagggtttggactgctcaaccaaatggtcaatccactc
gtccaaacaaagttccattgtcattgttgcggtcaagtgttttgtgataaatgtacactc
aacaaaatacctcttccaaaatttagaatcaatatccctgttcgtgtttgtgacacttgc
tattcaaatcaattcacatcaaactctaataatatataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (60)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (76)   

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