KEGG   Pichia kudriavzevii: C5L36_0A03100
Entry
C5L36_0A03100     CDS       T06133                                 
Name
(RefSeq) uncharacterized protein
  KO
K03128  transcription initiation factor TFIID subunit 2
Organism
pkz  Pichia kudriavzevii
Pathway
pkz03022  Basal transcription factors
Brite
KEGG Orthology (KO) [BR:pkz00001]
 09120 Genetic Information Processing
  09121 Transcription
   03022 Basal transcription factors
    C5L36_0A03100
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:pkz01002]
    C5L36_0A03100
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:pkz03021]
    C5L36_0A03100
   03036 Chromosome and associated proteins [BR:pkz03036]
    C5L36_0A03100
Peptidases and inhibitors [BR:pkz01002]
 Metallo peptidases
  Family M1
   C5L36_0A03100
Transcription machinery [BR:pkz03021]
 Eukaryotic type
  RNA polymerase II system
   Basal transcription factors
    TFIID
     C5L36_0A03100
   Coactivators
    SAGA/TFTC/STAGA complex
     C5L36_0A03100
Chromosome and associated proteins [BR:pkz03036]
 Eukaryotic type
  Histone modification proteins
   HAT complexes
    TFTC complex
     C5L36_0A03100
SSDB
Motif
Pfam: HEAT_2 Peptidase_M1
Other DBs
NCBI-GeneID: 40381418
NCBI-ProteinID: XP_029319185
UniProt: A0A2U9QXK9
Position
1:675860..680746
AA seq 1628 aa
MESMSLRATPRTPMTPRTPRSSKKHSKYEIDNIPSQRFKIGYQKVTLDIDLESNSIIGET
EITVLPLDSHLKQVKLDCRGIQIKSIIVNQRRAHFSYDDFLQNIEYMNDEENMVLKDYKY
DPYFDSHSKSIGIEQHEMLRAKFFPLFSDQNEPDDPGSSFSKCTSELTIRIPESIKLRLQ
NANKITISPAGSIRPNETPTTASSFLNSDKAYTPLNIKINYIVKNSKNGVQFYGGKHTTI
PRDKWYCFTLNNDIGCSTSSWVPCIDNFYEKPAWDVNIVVPKTVGNIGTSMLIGTKEATK
ALQKMAAQNMMLADSENKITGSKDQKSETGDDGDEDEDESSDKMEDIPITVVVPELVSSR
EGPHPMDVAKKLVNFQFYNPVCAHHLGFAVGCFEKTPMVDVKPGTNDFNVHQQMIKQDYA
DSPIEVSLDASNSNKVPCLLYYHPGRKEEVLNSTIFLYKVFDYYSKEFSSFPFTSFSLLF
IDHLPAETCSFAGMTIASSHLLYGPKHIEPIFDTTEKLCVALAEQYSGVHVLPKTLNDIW
CTIGIARYMSYQFMKKLFGTNHYKFLFEKRCELLCDIDIGKRPLANQLFRFPINVDQDLN
FINLKAPLVLSILDRRITKTDKLFGLSRVIPKIFLQAMSNDLVNGNNLSTSHFQRVCEKV
AHHKLEAFFQNWVYGNGTPIFRITQKFNKKRVFIEMTIRQMQASSLNNDEDNMANKDLVR
KDQTLNFVDQANTFLIDHQNLKVQPAFFGPVNIRIHEVDGSPYEHIFSINDSLVKFDIQY
NTKYRRKKKEKKEEEELDERDDKEKEIRRKDKNDEPVINTLGDVLTTAEETRNWDLKEDD
NDAGIQTGITEEDKGDAFEWLRFDADKEWICKYTINLADEKFEAQLKQDRDVEAQYEAIR
HFATVNRPGLFHARVLLRTLIDARYYYGIRVEAAKALAKISSEENDHIGMRFLLKAYKHL
YCYDNKIVKGYSELDAHEYLPRPTDFSDFSNLYVSQAILESLSKVKNKSGDAPIELKKIM
LNIFKYIDGSTNQFDDTLFHCSLVESLGNLIIASNKEIPSLDLDLQFDIASTPGDICDQF
NSSAIQELNRYQKMDEWSPSYNNLITLTVIKQKIRLVTAGLARMSFMDVIKYTTSKYNDD
IRLFAFKSLLLLGGFKNRNILHYFFSTMKLDNSPGFRYNLNKTLVECVGIAAYTSLPSLL
ADEEFLVTPEVNSLKSNRFIQIEHSISRLSSHSRADEIARKSIQSSIEMIRNDLGVGKGL
RKELWDTAYSCLVPINTRRNVLDIMMVLYEAKDSFMISTNLPSDKHIVCKVKNKSTDSLD
PSSLSYVIALKREPRFKIQLPILKLVGKGDPKKEVEMDDVVSNTENEGLLMSAPILTLSP
KKPRKKRAGSVTYENNGNQFNVRIRFHKKNQRNYKRLENPRIISHDPSLPLRYVRFNLRT
NTVCVSTNEEFDSLLKQETFNVNIRINSEKWRSYLKKIDSERSIGITEIKTKGGADSELT
NLVSFGAHSSEDSKSCSDTQGKLATAKRDSNEVDRSEHTHWEQVNLKNQDGASTTEENFG
TPVKLKLSLKPNSEGRAFDHSHEQATSNFASTSSENTTVVSGSRKKSQNSNTVSPKKKQI
PKIKLKLK
NT seq 4887 nt   +upstreamnt  +downstreamnt
atggaatctatgtctcttagagctactccaaggactcccatgactccgagaaccccgaga
agttctaaaaaacacagtaaatatgaaatcgacaacataccgagccaaagatttaaaatt
ggttatcagaaagtgacgttggacattgacctagaatctaactcaattataggagagacc
gagataacggttttaccacttgattcacatttgaagcaggtgaaattagattgcaggggt
attcaaattaagtcgattattgtaaatcaaaggcgtgcacatttttcatacgacgacttt
cttcaaaacatagagtacatgaacgacgaagaaaatatggttttaaaagactacaaatat
gatccatattttgattctcatagtaaaagtatcggtattgagcaacatgagatgctaaga
gccaaatttttccctcttttttctgaccaaaatgaacctgacgatccaggttcatcattc
agcaagtgtacttcagaattaacaattaggattccagagagtattaaacttaggctacaa
aacgcgaataaaatcactatatctccagccggatccataaggccaaatgagacacctaca
accgcaagttcatttttgaattctgataaagcgtatacacctttgaatataaagataaat
tacatcgtaaaaaacagcaaaaatggtgttcaattttatggtgggaaacacactactata
cccagagacaaatggtattgcttcactctaaataacgatattggatgcagtaccagctct
tgggtaccttgtattgataatttttatgaaaagcccgcatgggatgtaaatattgttgtg
ccaaagacagtaggaaatataggaacctcaatgttgattggaaccaaagaagccaccaag
gccttacaaaaaatggctgctcaaaatatgatgctagcagattccgaaaataaaatcaca
ggctcaaaggaccaaaaatcagaaacaggagatgatggtgacgaagatgaagatgaaagt
tctgataagatggaagacataccaataacagttgtagtaccggaacttgtcagttcgaga
gaaggtccccacccaatggatgttgcaaagaagttggttaactttcagttctacaacccg
gtctgcgcccaccatttagggtttgctgtgggatgttttgaaaagaccccgatggtggat
gttaaacctgggacaaacgattttaatgttcatcaacaaatgataaaacaggactacgca
gactcacccatagaagtcagtttggacgccagtaattcaaataaagtcccttgtttacta
tattatcaccctgggagaaaagaggaagttttaaattccactatatttctctataaagtt
tttgattattattcaaaggaattcagttcgtttccttttacgagttttagtttactcttt
attgatcatttgcctgctgaaacatgttcatttgcaggaatgacaattgcatcatctcat
ctgttgtatggaccaaaacatatagaaccaatctttgacacaactgagaaattatgtgtt
gcattggcagagcaatattctggtgtccacgtgttaccaaaaacgctaaatgatatatgg
tgcacaattggcatagctaggtatatgtcttaccagttcatgaaaaagctgtttggtaca
aaccattacaagtttctttttgagaaacgatgcgaactattatgtgacatagatataggg
aaaaggccgcttgcaaatcaactgttcagatttcctattaatgtagatcaggatttaaat
tttattaatttgaaagcaccattagtcctttcaatattggataggaggatcacgaaaacc
gataagttatttggtttatccagagtcataccgaagatatttttacaagcaatgtccaat
gatttggttaacggtaataacctatctacttcccatttccaacgggtttgtgaaaaggtt
gcacatcataagttagaagcatttttccaaaattgggtttatgggaacggaactcctata
ttcagaatcactcagaaatttaataaaaaaagagtgtttattgaaatgaccattcgtcaa
atgcaagcatctagtttgaataatgatgaggataatatggctaacaaagatttggtcagg
aaagatcagactcttaactttgtcgatcaggcaaatacatttctaattgaccatcaaaat
ttgaaagtccaaccggcattttttggccccgtcaatattaggatacatgaagtcgatggt
tctccatatgagcacatattttctatcaacgactctctggttaaatttgatatacagtat
aacaccaaatatagacggaaaaagaaggaaaagaaggaggaagaagaactcgatgaaaga
gatgataaggagaaagaaattagaaggaaagacaaaaacgatgaacctgttattaatact
cttggtgatgtgcttacgacagctgaagaaactaggaactgggatttaaaggaggatgat
aatgatgctggaattcaaacgggcataaccgaagaagataaaggagacgcatttgagtgg
ttgaggtttgatgcagataaagaatggatctgtaaatatactatcaacttggccgatgag
aaatttgaagcgcagctgaagcaagatagggacgtagaggcgcaatatgaggcaattagg
cattttgccacagtaaacaggccaggcttatttcatgccagagttttattgagaacattg
attgatgctcgatattattatggtattagggttgaggcagctaaagctttagcaaaaatc
tcctcggaagaaaatgatcatattggaatgagattcctgctaaaagcttataagcactta
tattgctatgataataaaatagttaagggatattctgaactagatgctcatgaatatttg
ccaagacccactgatttttctgatttttcaaacttgtatgtttcacaagccatcttggaa
tccttatctaaagttaaaaataaaagtggtgatgctcccattgagttgaagaaaatcatg
cttaatattttcaagtacatagatggtagtaccaaccaatttgatgacactttatttcac
tgttctcttgttgaatcattgggcaatctaattattgcttccaataaagaaattccatct
ttggatttggacttgcaatttgatattgcatcaacgccgggagatatttgtgatcagttt
aactcttccgcaatccaggaactaaaccgttaccaaaaaatggatgaatggtctccttcc
tacaataacttgatcacgttaactgttatcaagcagaaaattagattggttactgcagga
ttagccagaatgtcatttatggatgtaataaagtatacaaccagtaaatacaacgatgac
atcagactttttgccttcaaatctcttctacttttgggaggtttcaaaaatagaaacatt
ttgcattattttttcagcacaatgaaactagataattcacctggttttagatataactta
aacaaaactttggttgaatgtgtaggtatagctgcttacacatctttgccttctctccta
gctgatgaggagtttttagttacacctgaagtgaactccttgaagagcaaccgtttcata
caaattgaacattctatttcgagactctcttctcactcccgtgcggatgaaattgccagg
aaatctattcagtcatcaattgagatgatcagaaacgatttaggtgtaggtaagggtcta
cgaaaagagttatgggatactgcttattcatgtttagtacctataaatacaagaagaaat
gttttggatatcatgatggtcttatatgaagccaaagactctttcatgattagcacaaac
ttacccagcgataagcatattgtttgcaaggttaagaataagtctaccgattcattagat
ccatcaagtttgtcatatgttatagctctaaaacgtgaacctaggtttaaaatacaactc
ccgatattgaagcttgtgggaaagggagaccctaagaaagaagtagagatggatgacgtc
gtttctaatacagaaaacgagggtttgctaatgtcggcgcctattttgactctatctcca
aaaaaaccaagaaagaaaagggctggatctgttacctatgaaaataatggtaatcagttt
aatgttagaatcagatttcataaaaaaaaccagcgtaattacaaacgtcttgaaaatcct
cggattatcagccatgatcctagtttacctttaaggtatgttcggttcaatctgcgaacg
aacactgtttgcgtttctacaaacgaagaatttgattctttactcaaacaagagacgttt
aatgtcaatataagaataaattcagaaaaatggagatcatatctgaaaaagatagactca
gaacggtctataggtataactgaaattaaaacgaaagggggtgctgattctgaattaacc
aatcttgtttcttttggggcgcactcgtcggaagattccaagtcctgcagcgatactcag
ggaaaacttgccactgctaaaagggattcaaatgaagtagatagatccgaacacacacat
tgggaacaagtaaatctaaagaatcaagacggagcaagtaccactgaagaaaatttcgga
actcctgttaaactgaagctttctctgaaaccaaattcagaaggaagggcttttgaccat
agtcatgaacaagcaacgagtaattttgcttctacctcttctgagaatacgacagtggtg
agtggatcgagaaaaaaatcacaaaactcaaatactgtttctccaaagaagaagcagatt
cctaaaattaagctgaagttgaagtaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (7)   

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