KEGG   Bipolaris oryzae: COCMIDRAFT_21394
Entry
COCMIDRAFT_21394  CDS       T03125                                 
Name
(RefSeq) glycosyltransferase family 1 protein
  KO
K05841  sterol 3beta-glucosyltransferase [EC:2.4.1.173]
Organism
bor  Bipolaris oryzae
Brite
KEGG Orthology (KO) [BR:bor00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:bor01003]
    COCMIDRAFT_21394
Enzymes [BR:bor01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.173  sterol 3beta-glucosyltransferase
     COCMIDRAFT_21394
Glycosyltransferases [BR:bor01003]
 Others
  Hydrophobic molecule
   COCMIDRAFT_21394
SSDB
Motif
Pfam: GRAM Glyco_transf_28 PH EryCIII-like_C UDPGT PH_11 PH_2
Other DBs
NCBI-GeneID: 19120052
NCBI-ProteinID: XP_007682111
JGI: Cocmi1_21394
UniProt: W7A5J6
Position
Unknown
AA seq 1461 aa
MASQDRDRDRSTRRMSRRRRDSRRESRGMSLDVPERFKDGDDAQEDVTAPKRNNTMSMNQ
SLFSMIARAGQQSQTDLGTMQEADSGDSEDEGKRQASYHGLDGAARLSRLSSANDFHIPT
EDPHDKSMAKGKHRRTLSENKLLRSLPKLKVSSRKEGRPEGPRAHPMSSSQFLPPKPSLG
QSSAALKKWQPKSNDKDKDKEKADITMGEETHTEKASNTGRKSRNGSTAGLDKGQKPVTL
AQRIQQIFEFEQLEEVIAEYPCWLLQSILLQGYMYITQKHICFYAYLPKKHHDVTKTGYL
FKRGRSKLNRYWFVLRGDVLAYYTNPAELYFPRNRINLQYALTAEVLESTKKGDEETSFA
ITTDERRYVFKADSAASAKEWTRSIQKVIFRTHNDGNSVKISLPIQNVLEIEESSILDLA
NTVRVRVIDNDETFAIDEYFFSFFNNGQDALNVLRIMINDNEHHQATPDAGELENQPPSH
RASVTSPTDVSEMPQIRENVRATLSPLPVPHVRRSSISDVSGRSSNEVNGKSWDARRSMD
VTHTLRRSSYETRQSPHERRQSFSGDPHSTQHKHHSEDDSPQSPRAADSESATLSFEPGT
ESSAAIQSMDESNASASQILDRSDLFRGPTNLPVDNAPLSKLDLQHRDSQETTRSAQAKT
TNVVKRSKPSAAVAGMPDFEDDTDASQANPRMSGSSSALQDIASYPLQKASGLAGFLRTR
SKKMGNLLASESMGYYEKVSGMLAGGRKHYNTAEGLETGDQIHGFEDDEDAAKAVENFRD
HFAFPETEILQSSFFASLQRVLPNYGKIYISGRYFCFRSLMPTSKTKVILPMRDIENVNK
EKGFRIGYHGLAVVIKGHEELFFEFSKAEYRDECAITVLRILENTKYLEDEDSSSSGVDS
GDEAAKVEHDLLQQAREHTDTGKQADVSEIVRAADHDRIPLIFDDPLASFVDFKPSEPLN
IVCLTIGSRGDVQPYIALCKELLKEGHKPRIATHAEFEPWVRKHGIDFAVVDGNPAELMR
ICVEHGMFTYGFMKEANSKFRGWLDDVCSSSWRACQGADVLIESPSTMAGIHIAEALEIP
YFRAFTMPWTRTRAYPHAFSVLEKKMGGGYNSLTYITFDTIFWTAISGQINKWRRRELGL
QGTTQHKMQASLRPFLYNFSPHVVPPPLDWPDWVRVTGYWFLDESDSYDPPAELLAFMKK
ARADGKKLVYVGFGSIVIDDPAALTRTVVDSVLKADVRCVLSKGWSDRLETKDASKPEIP
LPPEIFQIQAAPHDWLFKQMDAAVHHGGSGTTGASLRAGIPTIIKPFFGDQFFFAQRVED
MGVGVWLKKVNTSVFSRALWEVTNSQRMIMKAKVLGQKIRKDNGTQVAIQTIYRELDRAR
TLIKKQTKQDDDNSEEFEEDWTIIEEGEEMDGAHPFAMQQPLAGINQDASQMGAGSLVLG
SMVLKGAAAQKQAPSEVARRD
NT seq 4386 nt   +upstreamnt  +downstreamnt
atggcctcccaggacagagacagagacagatcgacccggagaatgagcaggagacgaaga
gattcaagacgggagtcccgcggcatgtcgctcgatgtgccggagcgcttcaaggatggc
gatgatgctcaggaagacgttacggcgccaaaacgaaataacaccatgtcgatgaaccaa
tccctattttccatgatcgctcgcgcagggcagcagtcacaaacagacctcggcacgatg
caggaagctgactccggtgatagcgaagatgaaggtaagcgacaggcatcataccatggt
ttggatggcgctgccagattaagtcgcctaagctctgcaaatgacttccacatcccgaca
gaggaccctcacgacaaaagcatggcaaaaggaaagcacaggcggacactgtccgaaaac
aagctcttacgctcgctccccaagctgaaggtgtcgagccggaaagaaggacgccccgaa
ggcccgcgagctcacccaatgtcttcgtcgcaatttctaccaccaaaaccatcgctcggt
caatcttcagcagccttgaagaaatggcaacccaaaagcaatgataaggacaaggacaag
gaaaaggccgatatcacaatgggcgaggaaacacatactgagaaagcatccaatactggg
cggaagagcagaaatggaagcacagccggcttggacaagggccaaaaacctgtgacgctt
gcgcagaggattcaacaaatatttgaatttgagcagcttgaggaggtcatcgccgaatac
ccatgctggttacttcaaagtatcctattacagggttacatgtacatcacacagaagcac
atatgcttctacgcttacctacccaagaagcatcatgatgtcaccaaaacaggttatctc
ttcaagcgtggccgatcgaagctgaacagatactggttcgtcttgcgtggcgacgtactc
gcatattacaccaacccagcagaactttacttcccaagaaaccgcatcaatcttcagtat
gccctgactgccgaagtgcttgaaagcacaaaaaaaggcgacgaagagactagttttgca
atcacaacggacgaaagaagatatgttttcaaagcagacagtgctgcgagtgcgaaggaa
tggaccagatcgattcaaaaggtcattttccgaactcataacgacggaaacagtgtgaag
atatcgctaccgattcagaacgttctagagattgaagagagctcgatactggaccttgca
aataccgtcagagtccgtgttatagataatgacgagacatttgccatagacgagtatttc
ttctcgttcttcaacaacggccaagatgcgctcaatgtgcttcgcattatgattaatgac
aacgagcatcatcaggctaccccggatgctggtgaactcgagaatcaacccccttctcat
cgtgcctccgtaacatcgccaacagatgttagtgaaatgccgcaaatacgtgaaaatgtg
cgggctactttgtcaccgctgcctgtaccgcatgtcagacgatcgagcataagtgatgtg
tccggtcggtctagcaatgaagtcaatggaaagagctgggatgcgcgacgaagcatggat
gtcacccacacgcttcgtcgctcaagctatgagacacgtcaatctcctcatgagcggcga
caaagcttcagtggtgacccgcatagcacgcaacacaagcatcattcggaagacgattcg
cctcagtcacccagagcagcagactccgagtcagctactctttcattcgaaccaggcact
gaatcatcagccgctatccaatcgatggatgaaagcaatgcttccgcatctcaaatactc
gaccgctccgatcttttccgtggaccaacaaacctacccgtcgataatgcaccactgagc
aaactcgatctacagcatagggactcacaggaaacaacacggtcagctcaagcgaagact
acaaatgtcgtaaaacgttccaaaccatccgcagccgtagcgggtatgcctgactttgaa
gatgacacagacgctagtcaggcaaatcctcgcatgtcaggatcatcttcagccttacag
gatatcgcgtcctacccactccagaaagcatcggggctagctgggttcttgaggactcga
tcgaagaagatgggtaatctgttagcaagcgagtcgatgggctactatgaaaaagtatca
ggcatgcttgcgggtggacgaaagcactacaacacggccgaaggcttggagactggggat
caaatccatggattcgaggatgatgaggacgcagccaaggccgttgagaatttccgcgac
catttcgcctttcccgaaaccgaaattttacaatcttcgttcttcgcatccttgcagcga
gtgttgccaaactatggcaaaatctacatcagcgggaggtatttttgtttccgcagtttg
atgccaacgtcaaagaccaaggtcatactccctatgcgagacatcgaaaatgtgaacaaa
gaaaaaggatttcgaatcggttatcacggtctcgctgttgtcatcaaaggtcacgaagag
ctctttttcgaattctccaaggccgagtatcgggacgagtgtgctatcacagtccttcgt
atattggagaatacgaagtacctcgaggatgaggattcatcttcctcgggcgtggatagt
ggagacgaggcggccaaagtagaacatgacttgctccagcaggcgcgcgagcacacggat
actggcaagcaagctgatgtatcggagattgtccgtgctgcagaccatgaccgaataccc
ctcatattcgacgacccgctcgcttcgtttgtagacttcaagccttcagagccgttgaac
attgtttgccttaccattggatcccgaggagatgtccagccgtacatagcattatgcaaa
gagctcctgaaggaggggcataagccgcgcattgcgacacacgccgagtttgagccttgg
gtgcgtaaacacggcatcgactttgctgttgttgatggaaacccagctgaactgatgcgc
atttgtgtcgaacatggcatgtttacgtatggattcatgaaggaggccaattccaagttc
cgcggatggctggatgacgtgtgtagttcttcgtggagggcttgccagggtgcagatgta
ctcattgagagtcccagcaccatggcgggaattcacatagccgaagcgttggagattcca
tacttccgggctttcacgatgccttggacacgcactcgagcctacccccatgccttttct
gtgctggagaagaagatgggcggaggatacaacagtctgacatatatcacctttgatact
atattctggactgcaatatctggtcagatcaacaagtggcgccggagagaattgggactt
caaggaaccacgcagcataagatgcaggcgagtctccgaccgttcctgtacaacttcagt
ccccatgtggtgccgccgcctcttgactggccggattgggttcgtgtcactggctattgg
tttttggatgagagcgactcatacgatcctcctgccgaattgttggcattcatgaaaaag
gcacgtgcagacggcaagaagctggtctatgttgggttcggctccattgtcatcgacgat
cccgcagcacttactaggactgtcgtagactctgtattgaaggcagacgtacgctgcgtg
ctatctaaaggctggtctgatcgtttggagaccaaagacgcttcgaagccggagattccc
cttccacccgagatctttcagattcaggccgcaccgcacgactggttgttcaaacagatg
gacgctgcagtgcaccatggtggctccggcactacaggagcaagcttgcgagctggaatt
cctacgattatcaagcccttctttggcgaccaatttttctttgcgcagcgcgtggaagac
atgggcgttggagtatggctgaagaaggtcaatacgagtgttttcagtcgtgcgctatgg
gaagtcaccaacagccagcgcatgatcatgaaggcaaaagtacttggacaaaagatcaga
aaggacaatggcacgcaagttgcgatccagaccatctaccgagaactagatcgcgctcgc
acgctcatcaagaagcagacgaaacaggacgacgacaatagtgaggagtttgaagaagac
tggacaatcattgaagaaggcgaggagatggacggagctcatccctttgcgatgcagcag
ccattggcggggatcaaccaggacgcatctcagatgggtgctggttctttggttctgggc
agcatggtgttgaagggcgcagctgcgcagaagcaggcaccgtcagaagttgcgcgtcgg
gattga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (20)   

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