KEGG   Punctularia strigosozonata: PUNSTDRAFT_80735
Entry
PUNSTDRAFT_80735  CDS       T03131                                 
Name
(RefSeq) hypothetical protein
  KO
K03128  transcription initiation factor TFIID subunit 2
Organism
psq  Punctularia strigosozonata
Pathway
psq03022  Basal transcription factors
Brite
KEGG Orthology (KO) [BR:psq00001]
 09120 Genetic Information Processing
  09121 Transcription
   03022 Basal transcription factors
    PUNSTDRAFT_80735
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:psq01002]
    PUNSTDRAFT_80735
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:psq03021]
    PUNSTDRAFT_80735
   03036 Chromosome and associated proteins [BR:psq03036]
    PUNSTDRAFT_80735
Peptidases and inhibitors [BR:psq01002]
 Metallo peptidases
  Family M1
   PUNSTDRAFT_80735
Transcription machinery [BR:psq03021]
 Eukaryotic type
  RNA polymerase II system
   Basal transcription factors
    TFIID
     PUNSTDRAFT_80735
   Coactivators
    SAGA/TFTC/STAGA complex
     PUNSTDRAFT_80735
Chromosome and associated proteins [BR:psq03036]
 Eukaryotic type
  Histone modification proteins
   HAT complexes
    TFTC complex
     PUNSTDRAFT_80735
SSDB
Motif
Pfam: Bromodomain Peptidase_M1
Other DBs
NCBI-GeneID: 18885944
NCBI-ProteinID: XP_007379319
JGI: 80735
Position
Unknown
AA seq 1886 aa
MQREQLRRGFVISHQKVVLEVDFAGSLWGYTEITLVPTTKNLKTIHLHLKQCAVHSVTVG
AHSAEFVQHDSFSNLNISNIQDCHNHPELKRKIYSALAEEDEAGLSIAVPEGVSLRQAGN
SYVTGIQSEFGTPEPQTPGPSFSQAASITEFAPIVVRVDYSLKHPVDGVQFVLPSDSYPY
RIPHAYTTPSSPDAARCWVPCIDNFWEKCTWEFEFVVPRYLEERDSDPDELDGEAGDQQG
AYPTIVVCSGELAEQVAHPYNSSKTIFLFSQSVATSVQHITWAAGPFHVLPIAQELNAAD
ESVGSSQLLMHAFCLPGHESFLSTSVPFLRSAMSFYTTEFGSYPFSSHKLVFVDQLPTQR
FDGATMSLVTVDLLHGSDAIDQVFECRQSLSHALACQWVGINIQPKTWSDTWLVNGLGLY
ITGLFIRKLFGNNEYRFRIKKDMQRVLEYDSGMMPPICQPQNFEPPDAASLAFINLKAPL
VLHILDRRLCKSGTSLGLSRILPKVFLAAISGDLPSNALSTHYFLRMCRKVSGLDPRSFA
EQWIYGSGCPSFGFSASFNRKKMAVEITMRQEAPAYRLYEHDEVKRALWKPVPFFEGQMT
VRIHEADGTPYEHVLDIRSEFKRFEVPFNTKYKRVRRNTKRYLARQAAAQAAAEGDAEAA
EAIGMIDMSFGLDIWEKEEERENWKVADWTEEDEQIMSGATYEWIRMDADFEWIAAIAFE
QPDFMWVSQLQRDRDVVAQLEAVYALSRQPTAIVSSTLTKTALVSNYFFRIRCEAIIALV
SCAIRKLDYLGLFHLFKLFLRYCYDPEDPHQDLFTHTYVPRPNDFSDLSEYFVRKSLLTA
ISRVRFENGKTPAIIRRFLVDQLKYNDNTSNPYSDAFYICSIISALGCAIVSLAPPERGE
LLPMESKTEQSSDDVVLLRQALAEVDRYRSMDRLIPSPHNAVTIAAIEFYLLPSMADLIP
NDPRIYFPLTREGNYTQVRMAAFDALFLTKWYVPPIMRYVLAVMANDPCRTVRRHVARNA
CQSLALLVTMGEMKTSLKETDSLLIEEDGALQEKAKENKKTDLDILIKTLRKDKEVGKNE
ILRQFLMPIAVAPDVDHEVRWCLLKLADLVVRGHEETPPKVTIHLPPTPILETAPVLPQV
KAVLPHRGNKMNPQQAASSPSIPVAPKLKLLPTTGAATPKVKFPGTPLTADASRHGFKVP
PPRKPVAPKPTKNGTRYLTKAQASGMSHNDLKACRNMLKKLQTHKRATLFLQPVDPVRDR
APKYFDIIKEPMDLSTMGAKLEAGKYSDRFAFESDFRLVVNNCKTYNAPSTYPWNEAVAL
ESFFDRQWERIKKTLEAADRSHAHGPGPSQSGPVISKSQGSLRMIPQSGESSRSDGPHIK
TVKKGDNARQSARSRWTPHIQKPAENAAVDLPPPPYVDDGSHDLLQEVIAMEREKDAKTS
TKRKKSTSEDASDMDDEDILALATPAKKEKLEARGSSRTPEVKTDPSPASQIAVQKPLNP
PIKLKIKEKEMSAPVRPSTPRETSSRPGTAINVKKCRDIIKHLRGMNEAQLFLRPVDPVA
DGCPTYYDEIQYPMDLGTMLERLDQGRYTTMEQFRDDMTLMFRNCRQFNPPGTYPVVCAD
ILQGVFEKEWNKAPDKKLSYGDKRGLQTVMNKIQADDISWVFREPVDPVALGIPTYFDII
PRKDARDLKTIRQKLDADKYDSVEAFEADIDLMVRNAVKFNGPDSEVGKVAVLLRHRVKE
LLGAVKPAPEKEKEKKMSPTEKKGLQNALSKLVSEDISFVFREPVDPIALGIPSYFKVIP
RKDARDLKTIRTKLDADKYPSIEALEADIDLMVSNAVTFNGRESEVGQVAMIVQQRAKEL
ISAVKSKKRKDPEKGPSQPSKKVRLS
NT seq 5661 nt   +upstreamnt  +downstreamnt
atgcaacgggaacaacttcgtcgtggcttcgttattagccatcaaaaggtcgttcttgag
gtggattttgccggttccctctggggctacacagagatcacgttggtgcccacgaccaag
aacctcaaaacgattcacttgcatctgaagcagtgcgctgtccactcggtaactgtgggc
gcgcattcggccgagttcgtgcagcacgactcattctctaacctgaacatttccaatata
caagactgtcacaaccaccctgaattgaaacgtaagatatattcggccttggccgaggag
gatgaggctggtttgtccattgctgtgcccgagggagtatcgttgaggcaggcgggtaac
tcgtacgtaactggtatacaaagcgaatttggcactcctgaaccacagactccgggacct
tccttcagtcaagccgcatccattacggagttcgcgcccatagttgtccgcgtcgattac
agcttgaaacatcccgtcgacggcgttcagtttgttttgcccagtgattcgtatccctac
cggattccacatgcatacacgacgccatcgtcgcccgatgccgcaagatgctgggtaccc
tgtatcgacaatttctgggagaaatgcacatgggagttcgaattcgttgtcccacgctat
ctagaagaacgagacagcgatccagacgaactggacggtgaggcaggcgatcaacaaggt
gcataccctacgatcgtcgtgtgtagtggggagctagcagaacaggtggcgcacccttac
aactccagcaagacaatattcttgtttagccagtccgtggcaacttctgttcaacatatc
acctgggcagcaggtcccttccatgttctaccgatcgcgcaggaactcaacgccgcggac
gagtctgtcggctcatcccaactgctcatgcacgcgttctgtctacctggccatgaatct
ttcctttccacatccgttcctttcctacgatcggcgatgtccttctacaccaccgaattc
ggatcgtatccattcagctcccacaaactcgttttcgtagatcaattaccgacgcaacgt
ttcgacggcgctaccatgtcccttgttactgtcgacctcctgcacggtagtgacgctatc
gaccaggtgttcgaatgtcgacagtccctcagtcatgcgctggcctgccaatgggtcgga
atcaacattcagccgaagacatggtccgatacgtggctcgtaaatggattgggcctatac
atcaccggcctcttcatccggaaactgtttggcaacaacgaatacagatttcgaatcaag
aaagatatgcagagggtgcttgagtacgacagtggcatgatgccacccatctgtcagcca
caaaacttcgagcccccggatgcggcatctttagcgttcatcaacctgaaggcccctctt
gtgctacacatattggacaggcggctttgcaagtctggaacttctctcggtctttcacgg
atactccccaaggtgttcttggctgctatcagtggcgacttaccaagtaacgcgctgtcg
acacattacttcttgcgtatgtgtcggaaagtcagcggacttgatccccggtctttcgcg
gaacaatggatttacggcagcgggtgcccatctttcgggttttcagcctctttcaatcga
aagaagatggccgtagagataaccatgcgacaggaggctcccgcctataggttgtatgaa
catgatgaggtgaagagggccttgtggaagcctgtgccattcttcgagggtcaaatgact
gtccggatccatgaggctgatgggacaccatatgaacacgttcttgacattcgaagcgag
ttcaagcgcttcgaggttcccttcaataccaagtataagcgagttagacggaacacgaag
cggtatctcgccaggcaggcagcagcgcaagctgctgcggagggcgacgcggaggctgcg
gaggctatcggcatgattgacatgagttttggcctggatatatgggagaaggaggaggag
cgggagaactggaaggtcgccgattggaccgaagaggatgagcagatcatgagtggcgcg
acctacgaatggatacggatggacgctgacttcgaatggatcgcggctatcgcttttgaa
caacccgatttcatgtgggtatcgcagcttcaacgtgaccgggacgtggtcgcacagctt
gaggccgtgtatgcgctttcacggcagcccaccgcgatcgtctcgagtacgctgacgaag
acggctctcgtctccaactatttcttccgaatacgttgcgaagccataatcgctctcgtt
tcgtgtgccattcgcaagcttgactatttggggctgtttcatctgtttaaattgttcctg
cgatattgttatgatcccgaggaccctcatcaagatctattcacacatacctatgttccg
cgtccaaacgatttctcagatctatcagagtattttgtgcgcaagagcctgctcaccgca
atttctcgagtgcgttttgaaaacggcaagactcctgccatcatcagacggtttctggtt
gatcaattgaagtacaatgacaacacgtcgaatccttattcagatgcgttctatatctgc
agcatcatatccgctttaggatgtgccattgtttcgcttgcgccgcctgagcgcggagag
ctccttcctatggaaagcaagacagaacaatcgtcggacgacgtcgtattactcagacaa
gctctggcagaagtagatcggtaccgtagcatggatcgcctgattccatctcctcataat
gcggtcacgatcgctgctatcgagttctacttactgcccagcatggctgatctcattccg
aatgatcctcggatatatttccctttgactcgagagggaaactatacacaggtccgaatg
gccgcattcgatgccctctttctgacgaagtggtatgttcctccgatcatgcgatacgta
ctcgcagttatggcgaacgatccgtgccgcaccgtgcgtcgtcatgtcgctcgcaacgcc
tgtcaaagtctggcgttgctggtcaccatgggagagatgaagacttccttgaaagagacg
gattcattgcttattgaggaagacggggcactacaggagaaggcgaaagaaaacaagaag
acagacctcgacatattgatcaagacgcttcgcaaagacaaggaggttggcaagaacgag
atcctacgccaatttctgatgccaatagcagttgccccagacgtcgatcatgaagttcga
tggtgtctgctaaagctcgctgatcttgtcgtacgtgggcatgaagagacgcctcccaag
gttaccatccacctgccaccgacgcccatactggagacagcccctgtactgccgcaagtc
aaggcggttttacctcaccgtggcaacaagatgaatccgcagcaggcggcttcgtcgcct
agtattcccgtggcgccgaaactgaagctgttacctaccaccggagcagctacccccaag
gtcaagttccctggaacaccgttgactgcggatgcctcaaggcatgggttcaaggtgcca
ccacccaggaaaccggtcgcgccaaagccgactaagaatgggacgagatatctcacgaag
gcgcaggcttccggaatgtctcacaatgacctcaaggcatgtcgtaatatgttaaagaag
ctgcagacacacaagcgagcaacccttttcctgcaaccagtcgatcctgttagagatcga
gcaccaaagtactttgatattatcaaggagcccatggacctcagcaccatgggcgctaag
ctggaggccggcaaatacagtgatcgattcgcgttcgaaagtgacttcaggctggttgtt
aacaactgcaaaacgtacaatgctcccagtacatatccgtggaacgaagccgtcgcgctt
gaaagtttctttgatagacaatgggaacgcatcaagaagaccttggaagcagcggatcga
tcacatgcgcatggccctggaccgtcacaatccggccctgttatctcaaagtcccaaggc
tctctccggatgatcccccaaagcggcgagtcgtcacgcagcgacgggccacatatcaag
actgtcaagaaaggtgataatgcgcgccagtcggcacggtcgcgatggacaccacatatc
cagaagcctgcggagaatgccgctgttgatctccctcccccgccgtatgtagatgatggg
tctcatgatctactccaggaggttattgccatggagagggaaaaggacgccaaaacctcc
acaaagaggaagaaatctacatcggaggacgcaagtgatatggacgatgaggacattctg
gctttagcgactcccgcgaagaaagagaaactcgaggcgcgtggctcatcaagaactcct
gaggtcaaaacagacccttcccctgcctcacaaatcgctgtgcagaaacctctcaaccca
ccaattaaattgaaaatcaaagaaaaagaaatgtctgctcctgtccgcccctcgacacct
cgtgaaacttcgtcccgtcccggaactgccatcaatgtcaagaaatgccgggatattatc
aaacacctccgtgggatgaacgaagcacagctctttcttcgtccagtcgatcctgtggct
gatggatgccctacgtactacgacgagattcaatatcctatggatctcggcacgatgctt
gagcgacttgatcaaggccgctacactaccatggaacaattccgcgatgacatgactctc
atgttcagaaactgtcgacaattcaatccccctgggacataccccgtggtatgcgcagac
atcttgcagggcgtcttcgagaaggagtggaacaaggccccggacaaaaaactgtcttac
ggggataagcgaggcctccaaacagtgatgaacaagattcaggcggacgatatatcatgg
gtattccgcgagccagttgatccagtggctctgggcatacctacctatttcgatatcatc
cctcgaaaagatgcgcgcgacctcaagaccattcgccagaagcttgatgccgataaatat
gactcggtcgaggcttttgaggcagacatcgacctgatggttcgaaatgccgtcaagttc
aatggcccggactccgaggttggaaaggttgccgttctgcttaggcatcgtgtgaaggag
ctcttgggagctgtgaagcctgccccggagaaggagaaagaaaagaagatgagtccaacg
gagaagaagggtcttcaaaacgccctaagcaagctcgtatctgaggacatatcgttcgtg
tttcgagaacccgtggatccaatcgcgttgggaataccttcttatttcaaggtcatccct
cgcaaggacgcacgagacctgaagaccatccgaacgaagctcgacgccgacaaatatccg
tcgatagaggcgttagaggctgacatcgacttgatggttagcaacgccgtcaccttcaac
ggcagagagtcggaggtaggacaggtggcaatgatagtacaacagagggccaaggagctc
ataagcgccgtcaagtctaagaagcgcaaggatccggagaaaggaccctcacaaccctca
aagaaagtgcgattgtcataa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (45)   
   KEGG ORTHOLOGY (1)   
   RefGene (40)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (55)   

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