KEGG   Babesia bovis: BBOV_IV004260
Entry
BBOV_IV004260     CDS       T01085                                 
Name
(RefSeq) bromodomain containing protein
  KO
K03125  transcription initiation factor TFIID subunit 1 [EC:2.3.1.48 2.7.11.1]
Organism
bbo  Babesia bovis
Pathway
bbo03022  Basal transcription factors
Brite
KEGG Orthology (KO) [BR:bbo00001]
 09120 Genetic Information Processing
  09121 Transcription
   03022 Basal transcription factors
    BBOV_IV004260
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:bbo01001]
    BBOV_IV004260
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:bbo03021]
    BBOV_IV004260
   03036 Chromosome and associated proteins [BR:bbo03036]
    BBOV_IV004260
Enzymes [BR:bbo01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     BBOV_IV004260
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     BBOV_IV004260
Protein kinases [BR:bbo01001]
 Serine/threonine kinases: Other
  TAF1 family
   BBOV_IV004260
Transcription machinery [BR:bbo03021]
 Eukaryotic type
  RNA polymerase II system
   Basal transcription factors
    TFIID
     BBOV_IV004260
Chromosome and associated proteins [BR:bbo03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    BBOV_IV004260
SSDB
Motif
Pfam: DUF3591 Bromodomain zf-CCHC_6 zf-CCHC RPN5_C
Other DBs
NCBI-GeneID: 5478589
NCBI-ProteinID: XP_001610355
UniProt: A7AQG8
Position
4
AA seq 1857 aa
MDGSGKVNPSPRGDSDATLPAVDSLPVETPEKLSGYTENASYNATNSLPTADDGVKATQS
SIPVVEGGSMDRANHPGTDSTGGMPTSGTQGFFPIPPMMGMPMGSADGNASENAGNKMMP
FGGWIMDGMMPMPMMQNMGTSIDGSLMPAMFQTSGSNVMKTDDGSQMPMMFYNPMMTDGM
STDFSKMANGKMMNPQLPNIMTQLWPTMDENTALNSLNMLFMPQKSARQKRVSELDSMKS
IPTSVQVRETCQLKSWRRKLQKGRVQQKLEAEGNAPVSQLQQHDDTQDTLVDTDYASSPE
TTDKDLSQPVCLNIEMSWHQNRYQSDYVLTDADMKCLRLFDEDEKDTYKHRVALGKIKSL
DPSCYSFMYMDDLEIPISGEDVGNLRLWEDFKEETSSTISDNELSLHLNDPITPKVDTLA
SKLLGTLCIDAVADRQPLHDGSSSASSSIPSDLNSDAEDNKTTSESVMVEQDNTGQLNIE
DELASDFDEAFNSDSAEKIEDQFDEIDTVDTSLNAFTGDVPNLMDELEDELLGELPSDAK
SSDSGDRDQDLEDEFDFGIMDQHHDEQPLTIGTFAENQTVVPAPSTTVEPSRMDDVDYFG
EIPGTYAHYRAQLSRLMDAGDIVHEWRRFRNRFGPDISLSELVEFEHVWRIFQEKRVEEI
CQMVGIPMEQGAADVSVDEKADTLYRMGKANLNLLLQFDRPEVQSLLASSIYNLNAPNVV
YSAIPNEEEIEDNEEAFLSAEADPNTPHAEEAPTPTTTDPVNFGEEDEDTLPVERESDIR
RSWRRRLQTLTKETRLALVNMGKSLKDIENVSSNIEQRRAYDSVVEFCEVAEMFRQCDYA
NLLNQSFDDYYEKANPHDTGVDDSSSTRRELLHTRVAKNLCGVLPLVGKAAKYHNVRFHR
PDFRSGLFAEHLKVLRGNYSSEWCAWPCKPLLHSNLVTSFTEESGGADDVKSHPSNYFIH
SRDLSLNDDCKVALMEYVEQHPLLLANCGMASRVDNYVNHKEDETRKDVAFLGPLGTLCQ
ANDGIELFGVKYNVPPGDGQTILESTLFKAPIFVHPRPGSTWEQSLSINTTDFLLTRSRG
GGETVIRLRPLTWQNGVAVYTVGQCEPKVDIPAPGSKTFVEHTNELLKAWVLKSVMVGSI
LDVKHLRKEARKKFCPVLSEKDISHMLKQIESTPIFSLRAQALERLIHGAIKPELICALE
SARAGKARLATMGILHLKNPDNVGGIYDKMEKEERQYQQSQQAMDKRLRELKSSYAKRLE
AHGVTGEKLDAEMQQFDFGLHVSMYGHLEERTIAPKVKFIKELLDLTPWNISRDVRQVLS
NRGTSQFALYGYGDPSGNLGEGINLLKRQANDTSVDSSNAGEDLRKLSMDELRKRLLCYG
VSKDVIKTLPRWDQVALVRKYRDSFGGQGPSDGDHLWRIPPEEYEKKLNDILLRQKAALS
RDSPLPSEDEADREDAEGIADALLEEFDDASFKDDEIERRELEILRQLREAQSSGPLSEE
ERMAEVNKLKAVPGIMWLRQSRNVANEEFENPRAVIIYGEDNARKLLRWRARRVAAKKSN
VHGDVTTNPAVSGKRICRSCGQSGHIASNPKCPLYKGDKSRSLGDITNTSKPPIYTPATT
RKIQKYSDSSDNEITASTAALECDTTEFVLRQFDSRHKRRLTYQFSVDDSDEGNDRFDDG
SVVASRRKNVRIGDTSAVPVANLSSNMEQLMKAVSKAVRLIEKEARFRPFASRIPESVAP
NYYQIIKTPMWLSLLKSKCKTQCYSDMVNVLDDLALIELNCKKYNSETSPNAWLRKMSEV
LVDELLMRIQQLTSHLVSPSVIEEWAREHRANRIVATSPPADSSTANTVNPPNVEII
NT seq 5574 nt   +upstreamnt  +downstreamnt
atggacggaagcggcaaggtaaatccatcacctcgtggcgactcggatgctacgttacca
gctgtagattctcttcctgttgaaacgccagaaaaactgagcggctatacagaaaatgcc
agttataatgcgaccaattccctacctacagcagacgatggtgtgaaagctacacaaagt
tcgatacctgtcgtagaaggggggtctatggatagagctaatcatcctgggacggattcc
acgggtgggatgccaacgtctggtacacaaggttttttccctatacctccaatgatgggt
atgcctatgggatctgcagatggcaatgctagtgaaaatgctggaaacaagatgatgcca
tttggtggttggattatggatggtatgatgcccatgccgatgatgcagaatatgggcaca
tctatagatggtagtctgatgcctgccatgttccaaacctcaggttctaatgttatgaaa
accgatgacggttctcaaatgcccatgatgttttacaatccaatgatgacggatggtatg
tctacggactttagcaagatggctaatggcaagatgatgaatccccagcttccgaatatt
atgacgcaactttggcccaccatggacgaaaatactgctcttaatagtttgaatatgttg
ttcatgcctcagaagagcgctcgtcagaagcgtgtatctgagttggatagtatgaaatca
attcctacttcagttcaggttcgtgaaacatgtcagctaaagtcttggcgccgtaagctt
caaaaagggcgtgtgcagcaaaagctagaagctgagggcaacgcacccgtctcacagttg
cagcaacatgacgatactcaggatactttggtggataccgattatgcatcttcgccagag
actacagacaaagatttatcgcagcctgtttgtttaaacatcgaaatgagttggcaccaa
aaccgttatcaatcggattacgtcttaacggatgctgatatgaaatgtttacgtcttttt
gatgaagatgagaaagatacgtataaacatcgtgttgcgcttggaaaaatcaaatcgctt
gatccaagttgctacagtttcatgtacatggacgatttggagattccaatttccggagaa
gacgttggtaacttacgtctttgggaagactttaaagaggaaacatcatcgaccatctcg
gataatgaactctcattgcaccttaatgacccaataactcctaaagttgacactcttgct
tctaaacttttgggaactttgtgtatcgacgccgtggctgatcggcagccgcttcatgat
ggttcaagttcggcatcatcgtcgataccctccgatcttaattcagacgccgaggataat
aaaacaacatcagagtctgttatggtggaacaggataatacaggtcagctgaacattgag
gatgaacttgcctccgactttgatgaggcttttaattctgattccgcggagaaaatagag
gaccaatttgatgagatagatactgttgataccagtctcaatgcatttaccggtgatgtt
ccaaacttgatggatgagttagaggacgagcttctgggagagttgcctagtgatgctaag
agcagcgatagtggtgacagggaccaggacttggaagacgagtttgattttggtataatg
gatcagcatcatgatgaacagcctcttacgattggtacatttgccgaaaatcaaactgtt
gttccagctcctagcacgactgtggaaccttcacgaatggatgatgttgactactttggt
gaaatacccgggacatacgctcattatcgtgcacagctttctaggttgatggatgccggg
gatatcgtacacgagtggcgtcggttccgcaatcgttttggtcccgatatatctttgtca
gaattggtagagtttgagcatgtatggcgtattttccaggaaaagcgtgttgaggagatt
tgccaaatggttggtattcctatggagcagggtgctgcagatgtttctgtcgatgaaaag
gctgacactttatatcgcatgggtaaggccaacttaaatctgctactccaatttgaccgg
ccggaggttcaatcattacttgcgtcgtctatttataatctgaatgctccaaatgtagta
tactctgctatacctaacgaagaagaaattgaggacaacgaagaagcgttcctttccgct
gaggctgatcccaacacacctcatgctgaagaggctcctactcccacaacaaccgatcca
gttaatttcggtgaggaggatgaggatacattgcccgttgagagggagagtgatattcgt
cgcagttggcgtaggagactgcagaccctgactaaggaaaccaggcttgcgcttgtgaac
atgggtaagagcttgaaggacattgagaacgtatcaagtaatattgaacagaggcgagcc
tatgactctgttgttgaattttgtgaggtcgctgagatgttccgtcaatgtgactatgcc
aatttattgaatcagtcatttgacgattactacgagaaggcgaatccgcatgacacaggt
gttgatgacagttcttcaactcgtagagagcttcttcatactcgcgttgccaagaacctt
tgtggcgtgttgcctcttgtgggcaaggcagctaagtatcataacgtcagattccatcga
cctgactttcgttcgggtctttttgcagagcacctcaaggtactgcgtggtaattacagc
tctgaatggtgtgcttggccttgcaagccgttattgcatagcaatttggttacaagtttc
acagaggaatctggtggagctgatgacgtcaagagtcatccatctaattatttcatccac
tccagggatttatcgctgaatgatgactgcaaggtcgctttaatggagtatgttgagcag
cacccactgttattggctaattgtggaatggcatcacgtgttgacaactatgtgaaccac
aaggaagatgaaacgcgcaaagacgttgctttccttggtcctttgggcacattatgtcag
gctaatgatggtatagagcttttcggtgttaagtacaatgtcccgccaggtgacggtcag
acaattttagaaagcactttatttaaggcgccaatatttgttcaccctcgtccaggttct
acttgggaacaatctctatctattaacaccactgactttttactgactagatctcgtgga
ggtggtgagaccgtgattcgattacgtccgctcacttggcaaaatggtgtggctgtatac
accgttggtcagtgtgaaccaaaggttgacattcctgcacctggttctaagacatttgtg
gaacataccaacgagcttttgaaggcgtgggtgttgaaatctgttatggttggatccata
ttggatgtaaagcatttacgtaaggaggctcgtaagaaattctgcccagtattgagtgaa
aaggacatttctcatatgttgaagcaaattgagagtacgcccatatttagtttacgtgct
caggcgttagagcgcctgattcatggagccattaaaccagagttgatctgtgcattggag
agtgcccgtgctggtaaagctcgtttggctactatgggtattctccatttgaagaatcca
gataatgttggtggcatatacgataaaatggagaaggaggagcgccagtaccagcagagt
cagcaagcgatggacaagcgtttgcgtgagttgaagagcagttatgcgaaacgtttagaa
gcccatggcgtcactggggagaagcttgacgccgaaatgcaacaatttgactttggattg
catgtatctatgtacggtcacctcgaagagcgtaccattgcacctaaggttaagttcatc
aaggagctgcttgaccttactccttggaacatttcccgtgatgttaggcaggtattatca
aatcgtggtacttcacaatttgctctatatggttatggcgatcccagtggtaatttgggc
gaaggtatcaacttattgaagcgccaggcaaatgacacgtcggttgatagttccaacgca
ggtgaggatcttcgtaaactgtcgatggatgaattacgcaagcgtttactttgttatggt
gtttctaaagatgtcattaaaacactaccgcgttgggaccaggtcgcattagtgcggaag
tatcgtgacagtttcggtggtcagggtccatctgacggtgaccatctttggcgtattcct
cctgaggagtatgaaaagaagttgaacgatatacttttacgtcagaaagcggcgctttca
agggacagtcctttaccatctgaggacgaggctgaccgtgaggatgctgagggcattgct
gatgctctactagaggaattcgatgacgcctccttcaaggatgacgagattgagaggcgt
gagcttgagattttacgtcagttacgtgaggctcaaagttctggccctcttagtgaggag
gagcgcatggctgaggtcaacaagttaaaggctgtgcctggcataatgtggttacgtcaa
agccgcaacgttgctaatgaggagttcgaaaacccgcgtgctgtgattatatacggtgag
gataatgcacgcaagttattaaggtggcgtgctcggcgtgtagctgctaaaaagagcaac
gtgcatggtgatgttactactaatcccgctgtcagtggtaagcgtatttgccgatcttgt
ggtcaatctggccacattgcttctaatcctaaatgcccattatataagggtgacaagtct
cgttcattgggtgacattacaaatacatctaagccaccaatttatacgcctgctacgacc
cgtaagatacaaaagtacagtgattccagtgataatgagattactgccagtactgctgct
ttggaatgtgacactacagagtttgtattgcgccagtttgattctcgacacaaaagacgg
cttacttatcagttttctgttgacgatagtgatgaaggtaacgaccggtttgacgatggc
agtgttgttgcttcacgtcgcaaaaacgtgcgtatcggtgacacaagtgcggttcctgtt
gctaatttgagcagtaacatggagcagttgatgaaggcggtgtctaaggctgtgcgtctg
attgagaaggaggcacgtttcaggccttttgcgagtcggattccagaaagtgttgctccg
aattactaccagataattaagactccaatgtggttatctctgttgaagtctaagtgcaag
actcagtgctatagtgacatggttaatgtactggacgaccttgctttgattgagctgaac
tgcaagaaatataactctgagacttctcctaacgcgtggttacgtaaaatgagtgaggta
ttggtagacgagttgctaatgcgcattcaacagcttactagtcatttggtgtctccctct
gttattgaggagtgggcgcgcgagcatcgggctaaccgtattgtagctacatcacctcct
gctgattcttccacggccaacaccgtaaatccacctaacgtggaaataatttaa

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Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (53)   
   KEGG ORTHOLOGY (1)   
   RefGene (49)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (70)   

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