KEGG   Tetrapisispora phaffii: TPHA_0P00350
Entry
TPHA_0P00350      CDS       T02235                                 
Symbol
TPHA0P00350
Name
(RefSeq) hypothetical protein
  KO
K06699  proteasome activator subunit 4
Organism
tpf  Tetrapisispora phaffii
Pathway
tpf03050  Proteasome
Brite
KEGG Orthology (KO) [BR:tpf00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   03050 Proteasome
    TPHA_0P00350 (TPHA0P00350)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03051 Proteasome [BR:tpf03051]
    TPHA_0P00350 (TPHA0P00350)
Proteasome [BR:tpf03051]
 Eukaryotic proteasome
  Regulatory particles
   PA200
    TPHA_0P00350 (TPHA0P00350)
SSDB
Motif
Pfam: BLM10_mid BLM10_N DUF3437
Other DBs
NCBI-GeneID: 11530818
NCBI-ProteinID: XP_003688627
UniProt: G8C215
Position
16:69773..76015
AA seq 2080 aa
MVNEDARRRSRASEEIHGEVKRGKLADNKHRNGLDPETVLAERMRHYGLDYVEDAEEHSK
NVFDKSSKWFSRDVKPKFPIDECLPYKIESHLEQAKYVCHILINLYVAINSKDIQGLISI
STQDFAELKQDIQSYGVENGVVDTDMLNSDIADFDEGEYMEEQIDENEYIDLAGPDFNAI
GKITSASATIVNVNYWTNELKNCMHIDFPLALRKKLASVYYYLSLVQGQKIYRQMHVEMF
EQLVSKDDDGTNFTDLLIKDGLVLDYSLLFDYLSEFLPYPDSDYVRHDINSKDDLQLFRL
LLKLAHQAKPFFNEKDTKLMTRVMDSFMSSLAPSTMSTVLPMITSFVPYHYHKDAKILDY
FPLFFSLWSSVSANIAIDTHMYDFVGNISEDVHSKLLKNDDRINDVEFTKFGVFTASQLT
FLFNRVQGHLRTDGQIHSYSRTVRPFVYCINGSSHSEYFAKLSSLVNSIETFVHPSNSGY
WTKTIAKFIHGFIKMYHKRYTFEKYISSKSSNDFRLTDECHAKIVDTFVDILITGSQSKG
SEIANYYISSFAYLLDLNPTNKQKIFDKILGDLYEALGGEYVHSRHRIISSLKQFTRIVR
YMATDTLYRVHVTNILSMLVSKMDINDTNLTSNLINGIVSTASFIPFANMIKDDEYLTFE
SHTLPFIEQHYYYIKSEENNGQFQYDPEILHNAFRASTTIFENIAREYIDKLFQFISVDL
EDGFISKINNTTMLMQESMDDKIFAYYSKKLLTSFWENDLIVESNPNYELLTIPLAALVK
RDPTLCQSIFKNLAFNIRNQIEKGAGSIRSTSEIQQRDYRLVLYLTAMNDVIRQSYSTVL
SFHKELFDFMTYIYDNITNPPIDIITSILSHSVLATLTTTEVVNSPLFAKDCKVSLEDRW
GGMQFDDSKFNKDNLKFDWHVSTQEEVAVAIEFLENIFKYCKENTLKTLESGETGSFFVD
KIQKYVLIMTHTLSGASLLFDPDFNQQLIKLNHDLKTKDMSSYKEIFSSMMSLNFNQSYL
DEFEKESSSTPSTLNSEDAVEMKASSTDELVTEGEIDELAVQSFENTPIPGATSSSGEET
AVFREIDIFACNYFFGVTTEEKFNNPRYLHVHHIRNEIGLFFHKLFTYLSKNFEDNTMIF
QILLHGLKVWFTDVGQEVIFNEDQTAKLDLEFLENIQTLSHLVEPFTRTALSVKADNYHQ
SRVYLHSTIRKPSLLERRLLNDIVVLAASVYPDVSKPAQGTLVHCMKQLFGSYLYVIELI
IRKLNECIKSNSYMEIEVVLSILMIKKIHRRLMSDYNNQEQIIILLIQCCGIHEMDIALY
AEKILNDIVTGLKIPSSVCVIDENAKKNISPSDNLIDTQVSLIEKAKNNKRKLYLSRLSK
IKDKLYTELKKDPEGNWKVSMFIVRFISKLEASLEFQSDVKSLEIIFEQIQTKHPMLIQL
GIKCLLGIFNKILSLSDYKYDITRAYVSNFDPASVNKIDTSQTSFNKTFQTEMNKFENPS
YFIDSRPFVGWLCWGSPMKVLQTRQVDLVLQNYEQDMLIKFSNSVTKEFLKELVSNFVKD
NETKSIFSSGNVSFYMLVVYACSQEHCEYDIDFLFELCEETYDKYDKASMIMSVEIFSGL
ICGIKYLDERRVGEVDKFVDRFLEKCLFNELNQDGFEIWGTICWWLPTVVDCRRCPAMYK
RFSDISSIIEMSNEDVSNQVSRINMFRNLLMGIEYKSPNTSPVLELLKFDNQHEPIREVS
AKLLSTIIQNRSAPNYVSSEEVIKAQSENSSGLGIPIKRMPPKIGEYIAAQFAMIKEESL
KVTEMTPQEILKSRYYFMASSMYFLLSELGRGPNKILLVPYIVEYVMPFLMDLTTHKDMC
KISGLDPAKLYVSIAYMPIPRAYISDIINLICDDSVVASSFQKQLQMSLIQHFLSSQLLQ
LTETEKSMILEEIITNLYNSQYIEVRMRAAEVLSDIVHNFGDEQRLTMLIARFSKELCGF
SWEPARACRRPTSKSTAVWSGWGPIVSAFPYVFPLPKWIPEQLSVLASWARTHGMAGIAA
KNTISEFKKVRTDTWQFDRQVFSGEQLEDMEGALWRSYYA
NT seq 6243 nt   +upstreamnt  +downstreamnt
atggtaaacgaagatgctcgcaggagatctagagcctcagaagagattcacggtgaagtg
aaacgtggtaagttagcagataataaacatcgcaatgggcttgacccagagactgtgctt
gctgaaagaatgcgacattacggtcttgattacgtggaagatgccgaagagcatagtaag
aatgtgtttgataagtcgtcgaaatggttcagtagagacgtcaagccaaagttcccaatt
gatgaatgccttccgtacaagattgagtcacacttggagcaggccaagtatgtatgtcat
attttgattaacctttatgtggctatcaattcaaaggatatccaaggtttgatttccatc
tcaactcaggactttgcagaattgaaacaggacattcagtcatatggggtagaaaatggt
gttgtagatacagatatgttgaattctgacattgctgattttgacgaaggtgagtacatg
gaggagcaaattgatgaaaacgagtacattgatcttgcaggtcctgattttaatgccata
ggtaagattacaagtgcctctgccaccatagtcaatgttaactattggaccaatgaattg
aaaaattgcatgcatattgactttcccttggcattgaggaagaaactggcttctgtttac
tattatttatcgttggttcaaggacaaaagatttatagacagatgcatgttgaaatgttc
gaacaattagtcagcaaagatgatgacggtacaaacttcaccgacttattgataaaagac
ggtttagtattggactactctctcctgtttgactacttatcagaatttttaccttatcca
gactcagattatgttcgtcatgatattaactccaaagatgacttgcaattgtttagatta
ctgctcaaattagcacatcaagcaaaacctttctttaatgaaaaggatacaaaactgatg
acaagagtgatggatagtttcatgtcaagtttggctccttcaacaatgtcaactgtgctt
ccaatgatcacatctttcgtaccataccattatcataaagatgcaaaaattctagattat
tttccactcttctttagtttatggagttcagtaagtgcaaatattgcaattgatacacat
atgtatgattttgtaggaaacatttctgaagatgtacattctaaattattaaaaaatgat
gatagaataaatgatgttgaatttacaaaatttggtgtatttacagcttctcaactcacc
tttttgtttaatagagtacaaggacatttgagaactgatggacaaatacattcttattca
aggacagtcagaccatttgtttactgtatcaatggttcttcacattcagaatattttgct
aaattatcaagtttagtgaattcaattgaaacttttgttcatccatcaaatagtggttat
tggacaaagaccatcgctaaatttattcatggtttcattaaaatgtatcataagagatat
acatttgaaaaatatatatcaagtaaaagctccaatgactttaggttaacagatgaatgt
cacgctaaaatagttgatactttcgttgatatattgataacaggatctcaaagtaaaggt
agtgaaattgcaaactattatatatcatcatttgcttaccttctagatctaaacccaacg
aataagcaaaagatattcgataagattttaggtgacttatatgaagcattaggtggcgaa
tatgtacattcaagacataggatcatatcatctttgaaacaatttacaagaatagtgaga
tatatggctactgataccctatatagggtccatgttactaatattttatctatgttagtg
tcaaaaatggatataaacgatactaatttaacgagtaatttgataaacggtatagtatca
actgcatcttttataccttttgcaaatatgattaaagatgatgagtatttgacttttgaa
tcacatactttaccttttattgaacaacattattattatatcaaatcagaagaaaacaat
ggtcaatttcagtacgatccagagattttgcacaatgcatttagggcatctacgactatt
tttgaaaatattgcaagagaatatattgacaagttatttcaattcatatctgttgatcta
gaagatggtttcatttctaaaataaacaatactactatgcttatgcaagaatctatggac
gacaaaatatttgcatattattccaagaaacttttaacttcattctgggaaaatgatcta
atagttgagtcaaatccaaattatgaattattgacgattcctttagcagctttggttaaa
agagatccaaccttatgtcaatctatatttaaaaatttagcattcaacattagaaaccaa
attgaaaaaggtgcaggttctattagaagcacatcagaaatccaacaaagagattacaga
ttagttctctatttaaccgcaatgaacgatgttattagacaatcatattctaccgttttg
agttttcataaagaattatttgattttatgacatacatttacgataatatcaccaatcct
ccgattgatattataacatctattctaagtcacagtgtgcttgcaactttgactaccact
gaagttgtaaattcacctttgtttgccaaggattgtaaagtgtcattggaagatcgttgg
ggaggtatgcaatttgacgactccaaattcaataaagataacttaaaatttgattggcac
gtatctacccaggaagaagttgcagttgcaattgaattcttagagaacatatttaaatat
tgcaaagaaaatactttgaaaacactagagagtggtgaaactggctcttttttcgttgat
aaaatacaaaaatatgttttgattatgacacatacattatcaggtgcaagtttgctattt
gatcctgatttcaaccaacaacttattaaactaaatcatgatttaaaaactaaagatatg
tcatcatacaaagaaattttctcatctatgatgagtttgaatttcaatcaaagttattta
gatgaatttgaaaaagaatcaagtagcacaccaagtactctaaattcagaagatgctgta
gaaatgaaagctagttcaacggatgaattagttactgaaggggagatagatgaacttgct
gttcaatcatttgaaaatacaccaatcccgggagcaacttcctctagtggtgaagaaact
gcagtctttagagaaatagatatatttgcttgtaattatttctttggagtaactacagag
gaaaagtttaacaatccaagatatttacatgttcaccatattaggaatgaaattggtttg
tttttccataaactatttacatatttatctaaaaattttgaagataacactatgatattt
caaattttattacatggtttgaaagtttggtttactgatgttggtcaagaagttatcttt
aatgaagatcaaactgctaagttagatttagaatttttggaaaatattcaaacattatct
catcttgtggaaccatttacaagaactgctttatctgtaaaagctgataattatcaccag
agtagagtttatttacattccacaattagaaaaccttctttgttagagaggcgcttgtta
aatgatattgttgtgttggctgcatcagtttatcctgacgttagtaaaccagcacaaggt
actttggtgcattgtatgaaacagttgtttggttcttacctttatgttattgaattgatt
attagaaaattaaatgaatgtattaaatcgaactcttatatggaaattgaagtcgtacta
tctatattaatgattaagaagattcacagaaggttaatgtccgactacaataatcaagaa
cagatcataatattattgattcaatgttgtggtattcatgaaatggatatagcattgtat
gcagagaagattttgaatgatattgttactggtttaaagattccatcaagtgtctgtgtt
attgatgaaaatgctaagaaaaacatttcaccttctgataatttaattgatactcaggtt
tcattaattgagaaagcaaagaataacaaaagaaagttatatttatctagattatctaaa
attaaagataaactatacacggaactaaaaaaagatccagaagggaattggaaagtatcg
atgtttattgtacgtttcatctctaagttagaagctagtttagaatttcaatctgatgta
aaatcattagagatcatatttgaacagattcaaaccaagcacccaatgttgattcaatta
ggtattaaatgtctattaggaattttcaataaaattctatcgctgtctgactacaaatat
gacataactagagcttatgtcagtaattttgatccagcatctgttaataaaatagataca
tctcaaacttcatttaataagaccttccaaacagaaatgaataaatttgagaatccaagt
tattttatcgactcaagaccattcgttggttggttatgttggggtagtccaatgaaagta
cttcaaactcgtcaagtcgacttagttttacaaaattatgaacaagatatgttaattaag
ttttctaactctgttacaaaagagttcttaaaagaattagtatcaaattttgttaaggat
aatgaaacgaaaagtatttttagcagtggaaatgtctctttctatatgttagtagtatat
gcatgttcgcaagaacattgcgaatatgatattgatttcttatttgaattatgtgaagag
acttatgataagtatgataaagcaagtatgattatgtctgttgagatattttctggttta
atttgtggtatcaaatatttggatgagagacgtgttggcgaagttgataaatttgttgat
agattcttagagaaatgtttatttaatgaattaaatcaagacggttttgaaatatggggc
acaatatgttggtggctaccaactgttgttgattgtagaagatgtccagcaatgtataag
aggttttctgatattagcagcattattgaaatgagcaatgaagacgttagtaatcaggtg
tctagaatcaatatgttccgcaacttattaatgggcattgaatacaaatctcctaacact
tcgcctgttttagaattattgaaatttgacaaccaacatgagccaataagagaagtgtca
gctaaattgttgagtacgatcattcagaatcgaagtgctccaaattatgtatctagtgag
gaagttatcaaagcccagagtgagaacagcagtggtcttgggatccctattaaaaggatg
ccacctaagattggagaatacattgcagcccaatttgcaatgatcaaagaagagtcattg
aaggttacagaaatgactccgcaagagattctaaagtctaggtactatttcatggcgtct
tctatgtacttcctgttgagtgaactgggaagagggcctaacaaaattcttttggttcct
tatattgttgagtacgtcatgccatttttaatggaccttacaactcacaaggacatgtgc
aagatcagtggtttggaccctgccaagttatacgtatcaatcgcctacatgcctatccca
agagcgtacatctctgatatcatcaatttgatctgtgacgactctgttgttgcctcgtcg
ttccaaaaacagttgcaaatgagtttgatccagcatttcttgtcgtcgcaacttctgcaa
ctgaccgaaactgagaagagcatgattttggaggagatcattacgaacctgtacaactcg
cagtacatcgaggtgcgcatgagagctgcagaggtgctgtctgatatagtgcacaatttt
ggcgatgaacaacgattaacgatgctgattgcgaggttctcgaaagagctgtgtggcttc
tcgtgggagcccgccagagcatgtcgaagaccgacgtcaaagtccacggcagtgtggtcg
ggctgggggccgattgtctccgcattcccgtacgtgttcccattgccgaagtggatacct
gaacaattgagtgtcctggcttcgtgggccaggacccatgggatggcaggcatcgctgcc
aagaacaccatttccgagttcaagaaggtgcgcaccgacacctggcagttcgaccgccag
gtgttcagtggcgagcaactggaagacatggaaggagcactatggcgcagctattacgcc
taa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (14)   

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