KEGG   Tetrapisispora phaffii: TPHA_0E01090
Entry
TPHA_0E01090      CDS       T02235                                 
Symbol
TPHA0E01090
Name
(RefSeq) hypothetical protein
  KO
K20463  oxysterol-binding protein-related protein 3/6/7
Organism
tpf  Tetrapisispora phaffii
Brite
KEGG Orthology (KO) [BR:tpf00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:tpf04131]
    TPHA_0E01090 (TPHA0E01090)
Membrane trafficking [BR:tpf04131]
 Endoplasmic reticulum (ER) - Golgi transport
  Others
   Oxysterol-binding proteins
    TPHA_0E01090 (TPHA0E01090)
SSDB
Motif
Pfam: Oxysterol_BP PH_8 PH
Other DBs
NCBI-GeneID: 11531192
NCBI-ProteinID: XP_003685637
UniProt: G8BTH5
Position
5:complement(223170..226172)
AA seq 1000 aa
MESIDIQNRSFVVRWLKCSVNDVINYQIKPLKKSIDVSIYKKVTNNNEDNEQGNIYNEHI
SGNMSNPNIHIINDIKDAYNKPITPTTNSSQVKKDDSIHKPSDNNNISSRDHSGSTVSAF
SNNDSNSSLNELNQSNASRPRRSLSLNNITHQSKTLSLSEKLTKEGYTLVKNIGHVQGNF
LVQDSIKVVTKSTNKDFYFIFVFNNTLSKNIKKKILFNMSLQSVKKEKFVPISSPVIPID
SRTSLTGKQTLNQAGSTLNSEIAITVGQGRYLQGYLLKKRRKRLQGFKKRFFSLDFKYGT
LSYYMNDHNQSFRGEILVNLSTVSANKKDKLIIIDSGMEIWALKATSLTSWEAWVTAFQS
CFENEKKQTDITMRDASKRDSRTEKVSDLHDYERCEFNTRLRNQNIKHERALNQASIVRD
NLLWKQVTEIKDRLGKCKNDSKLYVKIKDNDPKISNKDKTNNLFQDIQKIESLVNKLVED
IRDHDLNFNETIQRRSSIETNKSSVSLDKLSAISAFSDDVFFDAEDIGNRVIMLPDEQIE
MDHEIPIKSTDLTKHNSKYGDDEDEDDEEDEDEDTDVNKYNQDSLSDEDSIREHSELFSF
NAVGSSQKKDSINSEDNLYPLPLKKKINRRNDISISSTSPPSLLSFLRKNVGKDLSSVAM
PISANEPHSILQTLAESFEYADILSNISTTDSTFQPLSIVSAFAVSALSIYRDKTRVLRK
PFNPLLGETFEYISDTKQFRLISEKVSHKPQIFVFHVEHKDWECNYTVSPVQTFWGKSVE
LNNEGIVKLELKNSGEVLEWAQPTAMLKNLLAGEKYIEPINEFKILSSKGGYAKVLFRGS
SMFGGRSEELTATIVPSSKDPNYSKETITGKWTESLVDKRSNEFLWKVEELLSDSKKKYG
FTKFAANLNEITTIEEGFLPPTDSRLRPDMRAYENGELDKAETLKLELEKIQRDRRTDRN
DVKPKFFKKISEKEWAFIQGEDSYWERRKRGDWSGIDALW
NT seq 3003 nt   +upstreamnt  +downstreamnt
atggaatcaattgatatccaaaatcgatcgttcgttgttcgttggttaaaatgttcagta
aatgacgttatcaattaccaaattaaaccattgaaaaaatcaattgatgtaagtatctac
aaaaaggttacaaataacaatgaggataatgaacaaggcaatatatataatgaacacata
agtggtaatatgtcgaacccgaacattcatatcattaatgatataaaggatgcatacaat
aaacctattactcctactacgaactcctcccaagttaaaaaagacgatagcatacataaa
ccatcagataataataatataagttcaagagatcatagtgggtcgacagtcagtgctttc
agtaacaatgatagtaactcaagtttaaacgaattgaatcaaagcaatgcatcaagacct
cgtagatcattaagtttaaataacattacgcatcagtcaaaaacattgtcattaagtgaa
aaattaaccaaagaaggttatacgttagttaaaaatattggtcatgttcaagggaatttt
ttagttcaagatagtattaaagtggtaacgaaatcgacaaataaggatttctattttata
tttgtattcaataatacgctgtcaaaaaatattaagaagaaaattttgtttaatatgtca
ttacaatcagttaaaaaagagaaatttgttcctattagctctccagtcattccaatagat
tctcgcaccagtttaacggggaaacaaactttgaatcaggcaggatcaactttaaattcg
gaaatagccatcacagttggtcaaggaagatatctacaaggttatttattaaagaagagg
agaaaaagattacagggttttaaaaaaagatttttttcactggacttcaaatatggaaca
ttgtcatattatatgaacgatcataatcaatcattcagaggtgaaattttggtgaactta
tcgacagtcagtgcgaataaaaaggataaactaattataatagattcgggtatggaaatt
tgggctttgaaagccacctctttgacctcttgggaagcatgggtcactgcattccagtct
tgttttgaaaatgaaaagaaacagactgatattacgatgagagatgcatcgaagagagac
tcgagaactgaaaaggtttctgatttgcatgattatgaaagatgtgagttcaatacaaga
ttgaggaaccaaaatataaaacatgagagagctctgaatcaagcgtccattgtacgggat
aatttactatggaaacaggtaacagaaataaaagacaggttaggaaaatgcaagaatgat
tcaaaattatacgtaaagataaaagataatgatcctaaaatctcaaataaagataaaacc
aataatctattccaagacatacagaaaatagaaagtttagttaacaagttggtagaagat
atccgtgaccatgacttaaatttcaatgagactattcaaagaagatcctctatcgaaaca
aataaatcctcagtttctctagataagttatcagcaatttcagcttttagcgatgacgta
ttttttgatgccgaagatattggtaatagagttattatgttgcctgatgaacaaatagaa
atggatcatgagataccaattaagagtacagatttaacaaagcataattcgaaatatggt
gatgatgaagacgaagatgatgaggaggacgaggacgaggacactgatgtaaataaatat
aaccaggattctttaagtgatgaggactcgattagggaacactccgagttattctctttc
aatgctgtggggtcctcacaaaagaaagatagcattaattcagaagataatttgtaccct
ctgcccttgaaaaaaaaaattaatcgtcgtaatgacatatccatatcctctacctctccc
ccaagtttattatcatttctaaggaaaaatgtcggtaaagatttaagctcagtggctatg
cccattagtgcaaatgaacctcattctattttacaaacattagcagaatcttttgaatat
gcagacattctttccaatatatcaacaacagattctacgtttcaacccttatctattgta
tctgcatttgcagtatcagcattatctatttatagagataaaaccagagtgctaagaaaa
ccattcaatccattgttaggtgaaacatttgagtatattagtgatacaaaacaatttagg
ttaatctcagagaaagtatcacataagcctcaaatatttgttttccatgtagaacataaa
gattgggaatgcaactatactgtttctcctgttcaaaccttttggggtaagtctgttgag
ttaaataatgaaggtattgtgaagcttgaattaaaaaattccggtgaagtgttagaatgg
gcccaacctactgctatgctaaagaacttgcttgcaggtgaaaaatatattgaacctata
aatgaatttaaaattctatcttcaaaaggtggttatgcaaaagttcttttccggggttct
agtatgtttggaggcagatctgaagaattgactgctactattgttccttcatcgaaggat
ccaaattactcaaaagaaactattactggtaagtggaccgaatcgttggttgataaaaga
agcaatgaatttttatggaaggttgaagaactactttctgattctaagaaaaaatatggc
tttacaaagtttgctgcgaatctaaatgaaattactactatagaagaaggatttttacct
ccgactgattcaagattaagaccagacatgagagcctacgaaaatggtgaattagataag
gctgaaactttaaagctggaattggagaaaatacaacgtgataggagaactgataggaac
gatgttaaacctaaattctttaagaagatatcagaaaaagaatgggctttcattcaagga
gaagacagttattgggaaagacgtaagcgcggagattggagtggtattgacgcattgtgg
taa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (13)   

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