KEGG   Debaryomyces hansenii: DEHA2E23738g
Entry
DEHA2E23738g      CDS       T01026                                 
Name
(RefSeq) DEHA2E23738p
  KO
K05841  sterol 3beta-glucosyltransferase [EC:2.4.1.173]
Organism
dha  Debaryomyces hansenii
Brite
KEGG Orthology (KO) [BR:dha00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:dha01003]
    DEHA2E23738g
Enzymes [BR:dha01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.173  sterol 3beta-glucosyltransferase
     DEHA2E23738g
Glycosyltransferases [BR:dha01003]
 Others
  Hydrophobic molecule
   DEHA2E23738g
SSDB
Motif
Pfam: Glyco_transf_28 GRAM EryCIII-like_C UDPGT PH
Other DBs
NCBI-GeneID: 8998839
NCBI-ProteinID: XP_002770537
UniProt: Q6BN88
Position
E:complement(1937951..1942675)
AA seq 1574 aa
MLPKEDKVNSNHFKGVNDAHKTSLYKRLSSSVIPPLTFLNQNPASPNNEEVPGNNEANKD
EKTFSDDEDIAHPIGSVGSSNNFLSFLYAGMGKLSDLKGNDASNANEAKDSKLNDNLRSS
RNEQANEPEYRREYKLDYDIDESEEDDIESTRDENTLKPKTEDTSVHSKLDPEERLENVV
NMLFDDHDESTTALASDPSKGTVFQQSVLKNFDPFRIQQTELLKLKDITLSTEEDESEEQ
KLKKKFFRLKVADKLKRVFELNDDDYFYGNYNVWLVRDVLLQGHIYLTKESILFFTFLPK
RHNTISASKGTTGGFQHHDDSHDVIQSGSLGMKTALYGDTVFSTPLTHRFWVILRNETIT
VYHSPTDLYFPITLIDLKSCVRAEVIEKGRNDNASPRPDLHRNDSQEVSSGDEEVEFSNM
LNSNYQLEDNSENVSGGYWFKVVTKKKTHKFHSDSLYSARQWVNNIVKVVFQLHNSNANN
EVIMKIPINDVLSFDLNEVFGASEKNSDSNGGEEKPKVLNVKYLENGSKGRYALSASRMK
KELKNKTKKKMKKNSGNEPDELLSENTYFLLFKDGDEVFSTLNEIVNENHHSSNIFRNRH
NSISKKYTSEKGSNWNRPFTHKDEEIHIPRAISTLTTDHFQNSIIDQIEEASHRNTHTQN
TDLASPRSECGLTHSVSTSPQSKIRKFGKTLITPSKIFSNKSRTESEKSTPDRSQTTSPV
QGINLSLSGLKDLNMAFEASQKNYEVSCTRYSHTEENSTNSPSNFQNNTLSKADALSPQI
KSPQPLEAGPLNLTDPSEYEDNKKKNSTLSSIGKSIKAMSSIRSKLAAVNHYEQLDENDT
YFIRDVSAREVDTRHFQERFSFNNKKQLIASYHCHIIRAVPVFGKVYLGDSEICFRSMLP
GVSTRMILPLIDVDTCSKEKGSNIAYSGLVLVIRGYDELFMEFSVQSARDDCLAMILRQL
EKNRESGNESSDDNKSAQHGKSGCFQKTPSSAETTKSSNEIKLAQWRIENARLKLFEDKI
NAAAGLHVPIVLEDSPFYKTEIRPSTSFNFTLLTIGSRGDVQPYIALGKGLLNEGHNVTI
ATHSDFEEWIVGHGIKFKTIAGNPVELMSLMVTHGSMSLSFLKEASSKFRGWIQELLDTS
WKACQGSDILIESPSAMVGAHIAEALGIPYIRAFTMPWTRTRAYPHAFIVPDKKKGGSYN
YITHLMFETVLWKGISSQVNKWRRESLGLPRTNLYRLAQYDIPFLYNISPTIFPPSVDFP
DWVKVTGYWFLDEGAADDFEPSKELVEFMNKARADDKKVVYIGFGSIVVEDAKSLTKAIV
EAVLNADVRCILNKGWSDRNSSPAKDNAEPEVELPEEIYNSGSIPHDWLFPKIDAAVHHG
GSGTTGATMRAGIPTIIKPFFGDQFFYSSRIEDIGAGIGLKKLNARSLCTALKTATSDAK
MITKAKKISERLKQENGVLNAIEAIYYELEYARSLILAKQHENTKHDLKSGTQTPVVNET
NEYFDSDTYDADHDSDKESDHDQTYEQDNHSDYDVANDDNMTEIVEPSLEDGNDTVRIAP
DSGNDNTTVTDANK
NT seq 4725 nt   +upstreamnt  +downstreamnt
atgctaccaaaagaagacaaagtaaattcgaatcattttaaaggagttaatgatgctcac
aaaacatcgttgtataagcgtctttcatcatcagtcattcctccactcacttttctaaat
cagaatccggcatctcctaataatgaagaagtaccgggcaataatgaagccaataaagat
gagaagacatttagtgatgatgaggatatcgctcatcccatcggaagtgtggggtctctg
aataactttttaagtttcctatatgctggtatgggcaaattgagtgatctaaaaggaaac
gatgcaagtaatgccaatgaagcaaaagacctgaaacttaatgataatttaaggctgtcc
agaaatgaacaagctaatgagccagaatatcggagagagtataaactagactatgacatt
gacgagagtgaagaggatgatattgagagtactagagacgagaacactttaaagccgaag
accgaagacacaagtgtacattctaaattagatcctgaagaacgcttggaaaacgtggtt
aatatgctatttgatgatcatgacgaatcaacaactgctttggcatcagacccttctaag
ggcactgtatttcaacaatcagttttgaaaaactttgatccctttcgtattcaacaaact
gaattattgaaactaaaagacattacattatccacagaagaagatgaatctgaagaacaa
aaacttaagaagaaattcttccggttgaaagtagcggataagttgaaacgagtattcgaa
ttaaatgatgatgactatttttatggtaattataatgtatggctcgttagagatgttttg
ttacaaggtcacatatacttgactaaggaaagcattctttttttcacatttcttcctaag
agacataatacgataagtgcatcaaaaggtactacaggtggattccaacatcacgatgac
tcccatgatgtgattcagtctggatcattgggtatgaaaacagcactatatggggatact
gttttcagtaccccactaactcataggttttgggtcatcttgagaaatgaaactataact
gtgtatcattccccaacagatttatattttccgattactcttattgacttaaagtcatgc
gttcgtgcagaagttattgaaaaaggaaggaatgataatgcgtcgcccagacctgactta
catcgtaatgattcacaggaagtctcttcaggtgatgaagaagttgaattttccaatatg
ttgaattctaattatcagttggaggataattccgaaaatgtaagtggtggttactggttt
aaagtggtgacgaaaaagaagactcataagttccattcggatagtttgtactcagccaga
caatgggttaataatatagttaaggttgtatttcaattgcataactcaaatgcaaacaac
gaagttatcatgaagatccctataaatgatgttcttagcttcgatcttaatgaagttttt
ggagcgtctgagaaaaattcagactcgaatgggggtgaagaaaagccaaaagtattgaat
gtgaaatatctagagaatggctctaaaggaaggtacgcgctactggcaagcagaatgaaa
aaagagttaaagaataaaacaaagaagaaaatgaagaaaaactctggcaatgaacctgat
gaattactatcagaaaatacttatttccttctatttaaagacggtgatgaagtatttagc
acgcttaatgaaattgtgaatgaaaatcatcatagttcaaatatcttccgaaataggcat
aacagtataagcaaaaaatacaccagtgaaaagggatccaattggaataggcctttcact
cacaaggatgaggaaattcatataccgagagctatctccacgcttacaaccgatcatttt
cagaatagtattatagatcaaattgaagaggcgagccataggaatactcatacacaaaat
acagacttggcatcacctagatctgaatgtggattgacgcattcagtatcaaccctgcca
cagtcgaagataaggaaattcggcaaaacattaattaccccctcgaaaatattttcgaac
aaaagtagaacagaatcagagaaatcaacaccagatcgctctcagactacttctccggtt
caaggaattaatttatcattatcaggtttgaaagatttgaatatggctttcgaggcttcg
caaaaaaattacgaagttagttgtactagatatagtcatacagaggagaatagcaccaat
agcccatcgaattttcaaaataatacgctatctaaagcagatgcattatcaccccaaata
aagtcacctcaaccgcttgaagcaggccctttgaatcttactgacccttccgaatatgaa
gataataaaaagaagaacagtacattgtcatcgatcggcaaaagtattaaggctatgtca
tcaataaggagtaagttggctgctgttaatcattatgaacagcttgatgaaaacgatact
tacttcatacgagatgtttcagcaagggaggtagacacaagacattttcaagagcgattt
tcatttaataacaaaaagcagttgatagcttcctatcattgtcatattataagagcagtt
cctgtgtttggtaaggtatatttaggtgatagtgaaatatgctttagaagtatgttacct
ggggtttcaacaagaatgattttgccattaattgatgtcgatacatgctctaaggagaaa
ggatcaaatatagcttattctggtttggtgcttgttattcgtggatatgatgagctattt
atggaatttagtgttcagagtgctagagatgattgtttagctatgatattacgacaattg
gaaaaaaaccgtgaatctggaaacgaatcatcggacgacaataaaagtgctcaacatggc
aagtctggatgtttccaaaagaccccttcttccgcggaaactaccaagtcttcaaatgaa
atcaaattagcgcaatggagaattgaaaatgcaaggttaaagttatttgaagacaaaatt
aatgctgcagctggtctacatgtgccaattgttttagaagattctccattctataagacg
gaaatacggccttctacttcctttaattttacattattaactattggatcacgaggagac
gtacaaccttacatagcattaggcaaagggctattgaatgagggtcataatgtaacaatt
gccacacactctgacttcgaagaatggattgtaggacatggcattaaatttaaaacaatt
gcaggaaatccagttgaattgatgtcattgatggtaacccacgggtcaatgtctctctcg
tttcttaaagaagcaagctccaaattcagaggttggattcaggaattattagacactagt
tggaaggcttgtcaagggagcgatattttgattgaaagcccatcagccatggtgggtgcg
catattgcagaagcattaggtattccttacataagggcgtttacaatgccatggactagg
accagggcatacccacatgcgtttattgtacccgataaaaagaagggtggctcgtataat
tatattacacatttaatgttcgagacagttctttggaagggaatcagtagtcaggtcaat
aaatggcgtagagaactgttgggattaccaagaaccaatttgtacagacttgcacaatat
gacataccgtttttatacaacatctcacctacaatattcccaccttctgttgattttcca
gattgggtcaaagttactggctactggtttctagacgaaggagcggctgatgattttgaa
cctctgaaagaattggttgagtttatgaataaggcaagagcagacgataagaaggttgtt
tacattgggtttggttctatcgtggtggaagatgccaagagccttacaaaggcaatagtc
gaagctgttctcaatgcagatgttcgctgtatcttgaacaaaggttggtcggacagaaac
tctagccccgcaaaggacaatgcggagccagaagttgaactaccagaggaaatttacaat
tcaggatctattccacacgattggttatttccaaagatagacgcggctgttcatcatggt
ggatctggtacaactggtgctacaatgagagctggtattcccactataatcaaaccattt
tttggggatcaattcttctattcttcaaggatcgaagatattggcgctggaattgggtta
aagaagttaaatgctcgttcattgtgcactgcattgaaaactgcaacatcggatgcaaaa
atgattacaaaggcaaagaaaattagcgaaagattgaaacaagagaatggtgttttgaat
gcaattgaagccatatattatgaactagaatatgcaagaagtttaatacttgctaaacaa
catgaaaataccaagcatgacctcaagtccggtacccaaacacctgttgttaatgaaaca
aatgaatatttcgatagtgacacatatgacgcagaccacgattcagataaggaatcagac
cacgatcagacatatgaacaggataatcatagtgattatgatgttgctaatgacgacaac
atgaccgaaattgtagaacctagtcttgaggatggcaatgatactgtaagaatcgcacct
gatagtggaaatgataacactaccgttacagatgctaacaaataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (65)   

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