KEGG T05150: 110658125

Hevea brasiliensis (rubber tree): 110658125

Entry

110658125         CDS       T05150

Name

(RefSeq) TATA-binding protein-associated factor BTAF1

K15192

TATA-binding protein-associated factor [EC:5.6.2.-]

Organism

hbr Hevea brasiliensis (rubber tree)

Brite

KEGG Orthology (KO) [BR:hbr00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:hbr03021]
    110658125
Transcription machinery [BR:hbr03021]
Eukaryotic type
  RNA polymerase II system
   Other transcription-related factors
    Others
     110658125

SSDB

Motif

Pfam:

DUF3535 SNF2-rel_dom HEAT Helicase_C ResIII

Other DBs

NCBI-GeneID:

110658125

NCBI-ProteinID:

XP_021671305

Position

Unknown

AA seq 2012 aa
MTRPRPGTEALGGSGCVSQYLRSKNWDTRVAAAHAIGAIAQNVKHTSLAELFGCVETKIS
EAGISGVVEDLVAWPDFHSKIISSGSFRSFDINKVLEFGALLASGGQEYDIANDNYKNPR
ERLARQKQNLRRRLGLDVCEQFMDVNDVIKDEDLVVQKLNPQGNGLERRFYMPPSVHNIQ
RLVASMVPNVVSKRPSARELNLLKRKAKINSKDQAKGWTEEADAEVPFSQSTIPKASNQD
SFNSNKVDADEDGFEHDGDGRWPFRGFVEQIILDMFDPVWEVRHGSVMALREIVTHHGGS
AGVFMPDLSLEGALDDLKDIDYSSTVKREREIDLNMQVSSEELEPHLKRPKFEEGSSLSM
GTMFSTGSGGNFDVSVKVEDGGWNIPAGQVNGQVDVSSVKMECDAYPDGISCLSKGAVDM
VEPKGYCEDKSSVKSDILNNLPENSDLMNLVKLARHSWMKNSEFLQDCAIRFLCILSLDR
FGDYVSDQVVAPVRETCAQALGAAFKYMHRTLIFETLNILLQMQCRPEWEIRHGSLLGIK
YLVAVRQEMLPDLLGYVLPACKAGLEDPDDDVRAVAADALIPTAASIVSLKGRTLHSIIM
LLWDILLDLDDLSPSTSSVMNLLAEIYSQEDMIPKRISKEKQELDLNEVMNIDDAGEGRD
LQENPYMLSTLAPRLWPFMRHSITSVRYSAIRTLERLLEAGYKRNISEPSGTSFWPSFIL
GDSLRIVFQNLLLESNEEILLCSERVWRLLVQCPVEDLEAAANLYMSSWIELATTPYGSP
LDSTKMFWPVAPPRKSHFRAAAKMRAVKLENESCKIIGMDSGKETIPQERNGDASASTVK
IIVGADVEMSITNTRVITASALGIFASKLREGSFLYVVDALWNALASSSGVQRQVASMVL
ISWFKEINSNDLSEKHGVIPAFPNHVKSWLLDLLSCSDPAFPTKDSVLPYSELSRTYTKM
HNEASQLLHAIESSGMFDNTLSSIRVDLESLSADKAINLTSMLPPLCNEGTVNEPMGRNI
VDDIESSKHRLLTTAGYLKCVQSNLHVTVSALVAAAVVWMSELPARLNPIILPLMASIKR
EQEEILQYKAAEALAELICRCIARKPSPNDKLVKNICSLTCADPSETPQVGVISSVEIID
DQDFLSFGNNMGKQKSKVHTLAGGEDRSRIEGFISRRGSELALKHLCEKFGASLFDKLPK
LWDCLTEVLMPGSPTDERQIALSIESVKDPQVLINNIQVVRSVAPILDETLKPKLLTLLP
CIFKCVRHSHVAVRLAASRCITSMAKSMITNVMAAVVDNAIPMLGDATSVHARQGAGMLV
SFLVQGLGVDLVPYAPLLVVPLLRCMSDIDHSVRQSVTRSFAALVPLLPLARGLPSPSGL
NEGLTRNAEDAQFLEQLLDNSHIDDYKLFTELKVTLRRYQQEGINWLAFLKRFKLHGILC
DDMGLGKTLQASAIVASDIAERRTSSSNEDIQPSLIVCPSTLVGHWAFEIEKYIDVSVIS
TLQYTGSAQERTSLREQFDKHNVIITSYDVIRKDIDVLGQFLWNYCILDEGHIIKNAKSK
ITAAVKQLKAQHRLILSGTPIQNNIMDLWSLFDFLMPGFLGTERQFQATYGKPLLAARDA
KCSAKDAEAGVLAMEALHKQVMPFLLRRTKDEVLSDLPEKIIQDRYCDLSPVQLKLYEQF
SGSHVRQEISSMVKLGEPTHNEGHSASPKASSHVFQALQYLLKLCSHPLLVVGDKMPEVL
ASQLSELLPTSSDIISELHKLHHSPKLVALQEILEECGIGVDASSSENAMSVGQHRVLIF
AQHKALLDIIERDLFHSHMKNVTYLRLDGSVEPDKRFEIVKAFNSDPTIDALLLTTHVGG
LGLNLTSADTLVFMEHDWNPMRDLQAMDRAHRLGQKKVVNVHRLIMRGTLEEKVMNLQKF
KLSVANAVINAENASLKTMNTDQLLDLFASAETSTKGTPTSKRADGKSDDDPKLMGTGKG
LKAILGGLEELWDQSQYTEEYNLTQFLAKLNG

NT seq 6039 nt +upstreamnt +downstreamnt
atgacccgcccccgacctggaacggaagccctaggaggttcaggttgcgtttctcaatac
ctccgcagtaaaaactgggatacaagagttgctgctgcccatgcgattggggctattgct
cagaatgttaagcacacatctttggctgaattatttggttgtgtagaaacgaagatatct
gaggctggcatttcaggtgttgttgaagatttggttgcttggcctgattttcattctaag
atcatatcaagtggttcatttagaagttttgatatcaacaaagtgttggaattcggggct
ttattggcatctggggggcaggagtatgatatagcaaatgataattacaagaatccaagg
gagcgattggctcgtcagaaacagaatttacgacgtcgtctgggcttggatgtttgtgag
cagtttatggatgtcaatgatgtaattaaagatgaagaccttgttgtccaaaaattaaac
ccccaaggaaatggattggagcgtagattttatatgcccccctctgtccataacattcag
cgactggttgcaagtatggttcctaatgttgtatctaaaaggccaagtgcaagggaactg
aatctcttaaagcgaaaagcaaaaataaattcgaaagatcaagcaaaaggttggactgag
gaagctgatgcagaggtgcctttttctcagagtacaattccaaaggcctcaaatcaagat
tcatttaactctaataaggtagatgctgatgaagatggttttgagcatgatggagatggt
aggtggccttttcgtggttttgttgaacaaattattctcgacatgttcgaccctgtttgg
gaggttcgccatggtagtgttatggcattgagggaaattgtaacacatcatggtggttct
gctggggtgtttatgcccgacttgagtttggaaggggccctagatgatttaaaagatata
gattattcaagcacagtgaaaagagagagagaaattgatttgaatatgcaagtttcgtca
gaggagttggagccacatctgaaaaggccaaaatttgaggaagggtcatctttgtcaatg
ggtaccatgttctctactggctctggaggtaactttgacgttagtgtgaaggttgaagat
ggtggatggaatatccctgcaggacaagttaatggtcaagtcgatgttagttctgttaag
atggaatgtgatgcttaccctgatgggatatcttgtttatctaaaggtgcagttgatatg
gtggagccaaagggttactgtgaagacaagagttctgtgaaatcagatatactgaacaac
cttcctgaaaatagtgacctgatgaacttggttaaacttgctaggcattcatggatgaaa
aatagtgaatttcttcaagattgtgcaattcgtttcttatgcatattatcattagaccgt
tttggagattatgtgtctgaccaggttgtcgccccagtacgggaaacttgtgcacaagca
ttaggcgctgcatttaagtacatgcatcgcactttaatttttgaaacgctgaatattctg
cttcaaatgcagtgtagaccagaatgggaaattcgtcatggaagccttttgggtatcaag
tatttggttgcagttcgtcaggagatgctgcctgatttacttggctatgttttgcctgct
tgtaaagctggactagaggatcctgatgatgatgttcgggcagttgctgctgatgcttta
ataccaacagctgcttcgattgtttctctgaagggtcggacattgcattccattattatg
ctactttgggatatattacttgatttagatgatctaagtccatccactagcagtgtgatg
aatcttttggcagaaatttattcccaagaggatatgattcctaagaggatatcaaaagag
aaacaagagttagatctgaatgaagtgatgaacattgatgatgctggagaaggaagagat
ttgcaggagaatccttacatgttatcaacattggcaccacgattatggccatttatgagg
cacagtatcacatcagttcgatattcagctattcgaaccctggagcgattacttgaagct
ggttataaaaggaacatttctgagccatctggtacttcattttggccctcgtttattttg
ggagattcccttcggatagtttttcagaatcttctgcttgaatcaaatgaagaaattttg
ctatgttcagagagggtttggaggctccttgttcagtgcccagtggaggacttggaagct
gctgcaaatttatacatgtcttcctggattgaacttgcaaccacaccatatggttctcca
ttagattctacgaagatgttttggcctgtggctccacctcgaaagtctcattttagagca
gcagctaaaatgagagctgtgaaacttgaaaatgagtcatgtaaaatcatcggcatggat
tctgggaaagaaactattccacaggaaagaaatggagatgcttctgctagtacagtaaag
attattgttggtgctgatgttgaaatgtcaataactaatactcgagtgattacagcatca
gcattgggaatttttgcttctaagttgcgtgagggatcttttctatatgtagtagatgca
ctgtggaatgctcttgcctcttcttctggggtccagcggcaggtggcatccatggttctt
atatcatggttcaaagagatcaacagcaatgacctgtctgaaaaacatggagttatacct
gcttttcctaatcatgttaagagttggttgttggatttattatcatgttctgaccctgca
tttcctacaaaagattcagttcttccatattctgagctttcaaggacgtatacgaagatg
cacaatgaggctagtcagttactacacgccatcgagtcctctggcatgtttgataataca
ttatcatctattagagtagatctggaaagcttgagtgctgataaggcaatcaatcttact
tcaatgttgcctccattatgtaatgaaggtactgtgaatgaacctatgggacgaaacatt
gtggatgatattgaatcatcaaagcacagacttttgacaactgcaggctatttgaaatgt
gtacagagtaacttgcatgttactgtctctgctttagttgccgctgcagttgtctggatg
tcagagcttcctgcacgacttaatccaatcattttacctctaatggcctcgatcaaaaga
gagcaggaggaaatattacaatacaaggctgctgaggcacttgctgaactaatttgtcgt
tgtattgcacgtaagcctagtccaaatgataagctagtcaagaatatttgtagtttgaca
tgtgcggatccctcagagacacctcaagttggagtcatcagttctgtggagattattgat
gatcaagatttcctttcctttgggaataatatgggaaaacagaagtcaaaggttcatacg
ctagctggtggtgaagacaggtcaagaattgagggcttcattagcagacgaggttctgaa
cttgcattgaaacatttgtgcgagaaatttggtgcttccttatttgacaaacttccaaaa
ctttgggattgcctcactgaagttctgatgcctggaagtcccacagatgaacgacaaatt
gcactgagtattgagtctgtgaaagatcctcaagtcctcataaataatattcaggtagta
cgttctgttgctccaattttggacgagacattgaagcctaagttgctcacacttctccca
tgcattttcaaatgtgttcgccattcccacgttgcagttagattggctgcttcgaggtgt
attacttcaatggctaagtcaatgataacaaatgtcatggctgctgtagttgacaatgcc
attccaatgttaggggatgctacatctgttcatgccagacaaggtgctggcatgcttgtt
agttttcttgttcagggattgggtgtggatttggtaccatatgctcctttattagttgtt
cctcttcttcggtgcatgagtgatattgatcactcagtaagacagagtgtgacacgcagt
tttgctgcccttgttcctcttcttccattagcaaggggtctgccctctcctagtggattg
aatgagggtctaacgaggaatgcagaagatgcacagtttttggagcaactacttgacaat
tcacatattgatgattacaagcttttcacagaattgaaggtgacattgagaaggtatcaa
caagaggggattaactggttggctttcttaaaacgtttcaagcttcatggcattctctgt
gatgatatgggacttggtaaaacattacaggcatcagcaattgtggcatccgacattgca
gagcgacgtacttcaagtagcaatgaggatattcaaccatctttgatagtttgcccatca
acacttgttggacactgggcctttgagatagagaagtatattgatgtttctgtaataagc
acgctacaatatactggctctgctcaagagcgtacgtctcttagagaacagtttgataag
cataatgtcatcattacctcatatgatgtcattcgcaaagatattgatgtccttgggcag
tttctgtggaattattgtattttggatgaagggcatataatcaagaatgcgaagtccaaa
attacagctgcagtgaagcagttgaaagcccaacatcgcctaatacttagtggaacacct
attcagaataacatcatggatttatggtctctctttgactttctaatgccagggtttctt
gggacggaaagacagtttcaagccacttatgggaaacctttgttggctgctagagatgct
aaatgttctgccaaggatgctgaagctggggtgcttgccatggaagccttgcacaagcag
gtgatgccctttctcctccggcgaacaaaagatgaagttttgtctgacttgccagagaaa
attattcaggacagatattgtgatttgagccctgtccagttaaaactatacgaacagttt
tctggttcacatgttagacaagagatttcaagtatggtaaaactgggtgagccaacacat
aatgaaggacatagtgcttcaccaaaagcatcttcacatgttttccaggcacttcagtac
ttgctaaaactttgtagccatccattgcttgttgttggtgacaagatgcctgaagtactt
gcatcccagttgtctgaactcttgcccactagttctgacataatctcagaattacataag
ctacaccactcaccaaaattagttgctctgcaagagattctggaggaatgtggcataggt
gtagatgcttctagttctgagaatgctatgagtgttggtcagcacagagttttgatattc
gctcaacacaaggcccttcttgacattattgaaagagacttgtttcactcccatatgaag
aatgtcacatacttgcggctggatggatcagttgaaccagacaaacgatttgaaattgta
aaggcttttaattcagaccctactattgatgcattattgcttacaactcacgttggtggc
cttggtttgaatctgacatctgctgacacccttgttttcatggagcatgattggaatcca
atgcgagatcttcaggcgatggacagggcgcacagattaggtcaaaagaaagttgtgaat
gttcatcgtctcatcatgcgtggcacgttagaagagaaagttatgaatctccagaaattc
aaattgtctgttgccaatgctgttattaatgcagagaatgccagcctgaaaacaatgaat
acagaccaattacttgatttatttgcatcagctgaaaccagtacaaagggaactccgacc
tcaaagcgtgcagacggtaagtccgatgatgaccctaaattaatgggcactggaaaggga
ttaaaagccatccttgggggactggaagagctctgggaccaatcacagtacactgaagag
tacaatctgacacaattcttagcaaagctcaacgggtga

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 (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (16)   

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