KEGG   Poecilia reticulata (guppy): 103473344
Entry
103473344         CDS       T05149                                 
Symbol
bdp1
Name
(RefSeq) transcription factor TFIIIB component B'' homolog isoform X1
  KO
K15198  transcription factor TFIIIB component B''
Organism
pret  Poecilia reticulata (guppy)
Brite
KEGG Orthology (KO) [BR:pret00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:pret03021]
    103473344 (bdp1)
Transcription machinery [BR:pret03021]
 Eukaryotic type
  RNA polymerase III system
   Basal transcription factors
    TFIIIB
     103473344 (bdp1)
SSDB
Motif
Pfam: Myb_DNA-bind_7 Myb_DNA-binding
Other DBs
NCBI-GeneID: 103473344
NCBI-ProteinID: XP_008421723
UniProt: A0A3P9Q7J1
Position
LG12:complement(6002376..6016486)
AA seq 2165 aa
MFRRSRFSVRPNVSTVGRTAAGTPQEPPAASLEAGQTQKEPNEGSNASLESKSDATPSEN
APSTGDGNDQNGDGASSSASVQRRKRFSIKPKVAPGRPPAISRTPKSPVKAASTPSGDGM
CESDLEKPSTSSQPAKTPAPRGLQSPRRRRLSEDAKQHKIQPKVGPVSSEKPGPPSVSPS
EDSPKPTHLPADRSKQVENISTSQAKEVHSRAHDRVPPSIPDKEATEISEKAKTLISSKN
LTSMTPSAMSLSRLLNDPSDVQRMLKARRLRELLRQERSKETNLKRAKTRRKDFTLDPTK
MTMRDLIHYLPTSNPMRSSLEEHNEENETVIPPSPRREGSTERPPVPEVTPTKVNTREEE
EEEEEAAAEEDQEESLMVPQLKVAEDGSLIIDEESLTVEVQRAKGPNPASDRDPIFERGS
TTTYSSFRKSNYSKPWSIEETDMFYLAVSMVGTDFSMICQLFPHRARSEIKNKFKKEERE
NSWRIDKAFRERRKLDIEYFSKLLEKIMEFQREKKKLKSLVGKNNKRKARTRPKGKRPAK
SLSDVEEEEENKIPDLEEEQEKENEDQCNEGETPASEPMKKRKKKNGEETNEKKNKTAEV
PEALEAALPESHTDSEMSPNVNTTKDPVIKPAKLSRARAPKPLLPLGLKRGTKGKSEETQ
SDKGDTNARQEEEQVTKNESNARKTSRERFSGDDISSEEEEETVKHQGPTRYGRIPKPNL
AFAYPSKDELHSSEAETSSAPKSKPKVSLKRGKSLKPQSDQKPKKSKLVTLRSSKPDFSD
DDEDEEDGCCISDKGIMSCGLHSLNDVISEVDDPMAELDILSSMPDMLGISQDVLCPDSS
CHQTQYETSTAEACDHQLDLLVDVIDIITSEQTEFSQDDGYNEAAQTLLTIGKVGHVCMS
TEGEVTTQASASGMVTDGNKSDHLDEQIVADAQPQSALSTACSQIGGEISETVAGVDLGN
LEMRHSDTSHVKTTEPKCDERKTAQSSNSNSPSTKVARFSKVKPKPNLGRSSRTTPPTIQ
TEISKKNEAEERRSVGAVEATPKRADSDEALLEDGDSLKEVQLTEEKSGNSLITQGCSMS
LSQAEFSGNEVARGTNSPSRKDVSVAPHDRTDESDLSSSLESKSELTRIVPEPCTPSDSI
QDSSSKHPPAEKDLPANQKSTGVFAPRRSRLAKIKPNLSQMSRTAMNKSQISKETVKTDP
LTTSNSESQKQTIPDVETQSTSFLSRNVDVSPQAERQNTLKVLSSPETQAEYKSNVELAA
VPEQSCSPATSISPVENKPASKQESNVTSAQLRRSRLQKVKPKPNLTQTLRATVTKPQAT
EDTAIKSPTESTQIHLEDTDCASRLNPILASDSIHVSTAKQVTNKPASTEIVNQVDIELL
PVDQCQKQTSAESSSASKSTDKALDSLDETSEISCRGDMTSHVSRTNFDSDQDQRGQPAG
SVRPQEESAVCKPDGENAASEQPRRNRLSKIRLRPNISQASRASKLKPRTSERQSENHAN
PEPDPDPTCGPLSDRQSGNNNPVMELSPPLTSESSEMKKTLSEAKKQNFNVNPELMKQES
TSSENLIGATSSTFSNNSPTVKGPQFGQGSNLNSGADLERSNLSACFAPSEELQVSQKED
KVPSAQLVKRSRSQKPKPNLSQTARPVRSKANDKSEVQPQLCAQQTTAEKGTYSEFTDAN
LTAQGGPSESINVSQTVKSAIISIVNIGSSARDQMEPCVASARDQKDDKSHAENSTTTQA
VRRPQSQASEQNREIEEKVLKNVEVSSSAVTEKTIPQRRQRFSKVKPKPNLEKSCRVRKL
QSDDHSRPFEDQSKEMLSVALEQPLESTEDKMSDTDPASGDCNLAIKPKPNLRCSGRLQQ
TQPAGNTKPMETVSDSTLQAFGASREIKKSVHELKADTHDPEKALEKSNEKDSSSIDSHS
SHSCVQPQSSYGHKASSTEAIQKDPLLSQMLPEQVPSDLEEPFFILSLTEIPVPSAGEVG
ASGAQNLSYLPATGGSGQQTSVSEASLKAEENHPEVSVEPKVLKNSVAEANETTGDDLGD
KETRLSRKPKVSASDVSKASVYETRSSKCRKAASRRNQKKTPTKAAQTSSKPTASASNSN
IPSQTRAAAAAAAEALTAPVRAHIDLRSSSTAFTSSERESGFVDNEPTSVSQYFLSDIFT
EVDEG
NT seq 6498 nt   +upstreamnt  +downstreamnt
atgtttcgtcggtcgagattcagtgttcgccccaatgtcagcacggtcgggagaacggca
gcgggaacgcctcaggaacccccggcagcaagcctggaggcaggtcagacccaaaaggaa
ccaaacgagggcagtaacgcttctctagaaagcaagtctgacgctacaccatcagaaaac
gctcccagtacgggcgatggcaatgaccagaacggggacggcgccagctcctcggcatca
gtccagagacggaagcgcttctccatcaagcccaaggtggctcctggtcggcctccagcc
atctcccggacaccaaaatcccccgtcaaagcagcctctacgccttcaggcgacggcatg
tgtgagtcagacctagaaaagccgtcgacatctagtcagccggcgaaaacgccagcacct
cgagggctccagtccccgaggcgaagaagactctctgaagatgcaaagcagcacaaaata
caaccaaaggtcggtcccgtctcctctgagaaaccaggacctccgtctgtttctccgtct
gaggactcgccaaagccaacccatctgccggcagaccgcagcaaacaagtggaaaacatt
tcaaccagtcaggccaaggaagttcattcaagagcacacgacagagtgccaccttctata
ccggacaaggaagctacagaaatatcagagaaagcaaagactctcatatcatcaaaaaat
ttaacttcaatgaccccatcagcgatgtccctgagcagactcctgaatgacccgtcagac
gtacagaggatgctgaaggctcggaggctgagagagctgctgaggcaggagcgctccaaa
gaaacgaatctcaaaagagctaaaacacgtcgaaaggacttcactttagacccgacaaaa
atgaccatgagagacctcatccactacctccctacgtccaatcctatgagatccagtttg
gaagaacacaatgaggagaacgagacggtgatcccaccttcgccaagaagagaagggtca
acagagcgacctccggtacctgaggtcacccctaccaaagtgaataccagagaagaagaa
gaggaggaggaagaggctgcggcagaggaagatcaggaggaatctctcatggttcctcag
ctcaaagtagcagaagacggctcgctgatcattgatgaagagagcttaacggtggaagtc
cagcgagccaaagggccgaacccggcgtccgacagagaccccatctttgagagaggctcc
acgacaacttactcaagcttcaggaaatcaaattactccaaaccctggtcgattgaagag
accgacatgttctacctggcagtcagcatggtggggacagacttttccatgatttgccaa
ctgtttccacacagagctcggtcagaaataaaaaacaagttcaaaaaagaagaacgagaa
aactcctggaggatcgacaaagcttttagagagaggcgaaaactggatatagaatacttt
tctaagctgctggagaaaattatggagtttcagagagagaagaagaaactcaagtcactc
gttgggaagaacaacaaaagaaaagccagaacgaggccaaagggcaagagaccggcaaag
agtctgagtgacgtggaggaagaggaggagaacaaaattcctgatttggaggaagagcag
gagaaagagaacgaggaccagtgtaacgaaggggaaactcctgcttctgagccgatgaaa
aaacgcaaaaagaagaacggggaggaaacgaatgagaagaaaaacaaaacagctgaagta
cccgaagccttggaggcggcacttcctgagagccacaccgattcagaaatgtctccaaac
gtaaatacaaccaaggatccagtcatcaagccagccaagctgtcacgagccagagcacca
aaaccactcctgcctttgggcctgaagcgaggcacaaaggggaaaagtgaagaaacccag
tcagataaaggagatacgaatgcgagacaagaagaagaacaggtgactaaaaatgaatca
aatgcacgcaaaactagtagggaaaggttttctggcgatgacatttcttctgaagaggaa
gaggaaacggtaaagcatcaaggacccaccagatatggaagaatccccaaacccaatctg
gcctttgcttatcctagcaaagatgaattacattcctctgaagcagaaacgtcttcagcc
ccaaagtccaaacccaaagtttctctgaaaagaggcaaatcactgaaaccgcaatccgac
caaaaacccaagaaatccaaactggttactctcagatcctccaagccagacttcagcgac
gacgacgaagatgaggaagatggatgttgcatctccgataaaggcatcatgtcttgtggc
ctgcactcgttgaatgatgtgatttcagaagtggatgaccctatggccgagcttgatatc
ttgtccagtatgcctgatatgctgggcatctcccaagatgtgctgtgtcctgattcatct
tgccatcaaacacagtatgagacaagcactgctgaagcatgtgatcatcagctggacctg
ctggttgatgttatcgacattattacctcagaacaaacagaattttctcaggatgacggc
tataatgaggccgctcaaacccttttgacgatcggtaaggttggtcacgtctgtatgtca
acagagggagaagtgactacgcaagcctccgcatcaggaatggtaacggatgggaataaa
tcagaccacttggatgaacagattgtggctgatgcacaaccgcaaagtgctttatctact
gcatgttcgcagataggcggagaaatttcagaaactgttgccggtgtggacctaggaaac
ctagaaatgaggcacagcgatacatctcatgttaaaaccaccgagccaaaatgtgacgag
cgaaagactgcacagagctcaaatagcaattctccatcaaccaaggtggcgcgcttttct
aaagtaaagcctaaaccaaaccttgggcgatcttcaaggaccacacctccaacaatccaa
acggagatttccaaaaagaatgaggctgaagagagacgctcggttggtgctgttgaagca
accccaaagagagcagactctgatgaagcattgttagaagacggtgattctcttaaggaa
gttcaactaacagaagagaaatctgggaattcattgatcacacaaggttgctccatgtca
ttatcccaggctgaatttagtgggaatgaggttgccagaggtacaaactcacccagtcgt
aaagatgtaagtgttgcacctcatgacagaactgatgagtctgatttaagcagctctttg
gaatctaagtcagaattgacgcgtattgtgccagagccatgcacaccttcagactcaatc
caagacagcagcagcaaacatcctcctgctgaaaaagatttacctgccaatcaaaagagt
acgggtgtttttgcacctagaaggagtagattggcaaaaatcaaacccaacctttcacag
atgtcaagaactgcaatgaataaatctcagatcagtaaagagactgtaaagacagaccca
ctcactacgtcaaactcagaatcccaaaagcaaaccataccagatgtggaaacccaatct
actagctttttgtcaagaaatgttgatgtgtcccctcaagcagaacgccagaatactctt
aaggttctttctagtccagaaacacaagctgaatataaatcaaatgtagaattagctgca
gtcccagaacaaagttgtagtcctgctacatcgatctcccctgtagaaaacaaaccagct
agtaaacaagagagtaatgttacatctgctcagttgagaaggagccgtttgcagaaggtt
aagcccaaaccaaatctaacccagactttaagagctacagtaactaaacctcaagccaca
gaagacacagcaatcaaaagtcctacagagtcgacacagattcacttggaagacactgac
tgtgcttcaaggttgaacccaatactggcttcggactccattcatgtatcgacagcaaag
caggttacaaacaaacctgcatcgactgagattgttaatcaggttgacattgaacttctt
ccagttgaccaatgtcaaaagcaaaccagcgccgaatcaagttcggcttctaagtccaca
gataaagctttggattctctcgatgaaacaagtgaaattagttgtcgtggtgacatgaca
tcacatgttagtcgaacaaactttgattctgaccaagaccaacgcggtcaacctgctggg
tctgtaagacctcaggaagagtcggctgtctgcaaacctgacggggaaaatgcagcttct
gaacagccgaggcgaaatcgattatcaaaaatcagacttagacctaacatttctcaagca
tcaagagcttcaaagctgaaacctcgaacatcagaaagacagtcagagaatcacgcaaat
cctgaaccggacccagacccaacatgcggcccgttgtcagacagacaaagtggaaataat
aatcctgtgatggaattaagtccacctcttacctctgaatcttcagaaatgaaaaagaca
ctttctgaagcaaagaagcaaaactttaacgtcaatcctgagctgatgaaacaagagtca
acatccagtgaaaacctcataggtgcaacatcttcaaccttcagcaataatagcccaaca
gttaaaggaccacagtttggtcaagggtcaaacctgaattcaggagcagatctagaaaga
agcaacctttcagcttgctttgctccctctgaagagttacaagtcagtcagaaggaggat
aaagtgccatctgctcagctggtcaaaaggagtcgatcacaaaaacctaaaccaaattta
tcacagaccgcaagacctgtaaggtccaaagccaatgacaaatctgaagtccaaccccaa
ctctgtgcacagcagacaaccgcagagaaagggacgtattctgagttcacagatgcaaac
ttgacagctcaaggtggaccaagtgagagcataaatgtttcacaaacagttaaatcagca
attatcagcattgtaaatataggcagttcagcccgagaccagatggagccttgtgttgcg
tcggcccgtgatcaaaaggatgacaaatcacacgcagaaaactcaacaactacgcaggct
gtaagaagacctcaaagccaggcctctgagcagaatagagaaattgaggaaaaagtacta
aaaaatgttgaagtttcaagttcagctgtcacagaaaaaacaattcctcaacgaaggcag
cgcttttccaaagtcaaacccaagcccaatttagaaaaaagctgtagagtcagaaagctt
cagtccgatgatcacagcagaccttttgaagaccagagtaaagagatgttgtctgttgca
ttggagcaaccgctggaatcaactgaggacaaaatgtcagatacagacccagcatctgga
gattgcaacttggctattaaaccgaaacccaacctgcgctgcagcggacgtcttcagcaa
acccagccagctggaaacacaaaaccaatggaaacagtctctgacagtactttgcaagcc
tttggtgcctctagggaaatcaagaaatctgtacatgaacttaaagccgacacccacgat
ccagaaaaagcccttgagaaatcgaacgaaaaagactcaagttcaattgattctcattcc
tctcatagttgtgttcaaccacaatcttcttatgggcataaagcatcaagcaccgaggca
attcagaaagatccgctcctgtcacaaatgctgccagagcaagtgccttcagatctagag
gagccctttttcatcctctccctgacggagatcccggtcccctcagcaggggaagtggga
gcgagcggagcccagaacctctcttatcttcccgcaacaggtggatcgggacagcagacg
agtgtttctgaggcgagtttgaaagcagaagaaaaccatccagaagtttctgttgaacct
aaagttctcaagaactccgtcgctgaggcgaacgaaacaaccggtgatgatttaggcgac
aaggaaactcgtctcagcagaaaacccaaagtttctgcttctgacgtttccaaagcgagc
gtttatgaaacgaggagttccaagtgtagaaaagcagcaagtaggagaaatcagaagaaa
actccaaccaaagcagcacagacatcttcaaaacctacagcctctgcatcaaattctaat
attcccagtcaaacaagagcagcagcagcggcagcagcagaggcgcttacggcaccagtt
cgtgcgcatattgacctgaggtcttcatctacggctttcacgtcctcggaaagggagagc
ggctttgtcgacaacgagcctacgagcgtgtcgcagtacttcctgagtgacatcttcaca
gaagttgatgaaggataa

  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 (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (14)   

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