Os01t0749300-01

Name: Os01t0749300-01
Type: mRNA
Description: Heat stress response.; Heat shock transcription factor.
Source: build5_rep
Position: chr01:33100183..33102312 (+ strand)
Length: 2130 bp
Alias: AY344491
Expression: Search RiceXPro database by AY344491
GO: Molecular Function: transcription factor activity (GO:0003700)
  Cellular Component: nucleus (GO:0005634)
  Biological Process: regulation of transcription, DNA-dependent (GO:0006355)
  Molecular Function: sequence-specific DNA binding (GO:0043565)
Gene_symbols: OsHSF9
  OsHsfA4a
  OsHsfA4b
  RHSF9
InterPro: Heat shock factor (HSF)-type, DNA-binding (IPR000232)
  Winged helix repressor DNA-binding (IPR011991)
KEGG: Os01t0749300-01
Link_to: 8554 (Oryzabase)
  Heat shock factor (HSF)-type, DNA-binding (Plant Gene Family Database)
Locus_id: Os01g0749300
Note: Heat stress response.
  Heat shock transcription factor.
ORF_evidence: Q94J16 (UniProt)
References: 18407058, 19192388
Status: manual curation (Apr 30, 2010)
Transcript_evidence: AY344491 (DDBJ, Best hit)
load_id: Os01t0749300-01
primary_id: 3555842
gbrowse_dbid: assembly:database
Parts:
Type: 5'UTR
Source: build5_rep
Position: chr01:33100183..33100273 (+ strand)
Length: 91 bp
parent_id: Os01t0749300-01
primary_id: 3555843
Type: CDS
Source: build5_rep
Position: chr01:33100274..33100486 (+ strand)
Length: 213 bp
parent_id: Os01t0749300-01
primary_id: 3555844
Type: CDS
Source: build5_rep
Position: chr01:33101069..33102178 (+ strand)
Length: 1110 bp
parent_id: Os01t0749300-01
primary_id: 3555845
Type: 3'UTR
Source: build5_rep
Position: chr01:33102179..33102312 (+ strand)
Length: 134 bp
parent_id: Os01t0749300-01
primary_id: 3555846
>Os01t0749300-01 class=Sequence position=chr01:33100183..33102312 (+ strand)
CCTGACGGCA ACCCTAGCCC TCCGATCACC GGCGCTGAGA CTGATCCCGC CGCCGTAGGA GGAGGAGGAG GAGGTGGTGG
TGGTGGTGGT GATGGAGGGG GGCGGCGGGG GCGGGTCGCT GCCGCCGTTC CTGAGCAAGA CGTACGAGAT GGTGGACGAC
CCGTCGACGG ACGCGGTGGT GGGGTGGACG CCCGCCGGCA CCAGCTTCGT CGTCGCCAAC CAGCCCGAGT TCTGCCGGGA
TCTGCTCCCC AAGTACTTCA AGCACAACAA CTTCTCCAGC TTCGTGCGAC AGCTCAACAC CTATGTAAGG GAGCTCGCCT
CTTAACCTCA TGTGTGCCTT TCTGTCTTCC TCTGCTCTGC CGCTGATGCT TGAATTGGGG CTTGGTCGTA ATGCGCGCCC
GCCGGGACCT ATGGGCTGGG TAGGAATGCC GGATTTGTTA GAATTGGGCG AGTCCTTTGC TGTAATTACT CCTGTTTAGG
ATTTATTACT TTCAGCACAA AATATTTTAT AAGTTTTCGT TGATTGCTAG TATAGCATAT TCTGTTCATT TTAGGATTTT
AAGACAGTAC TTGTGAATAA CCAAGGTCAA CTCTTGTTCT ACCAAGAAAA TTCAAGTAGC TTATTGCAAT GTTATTGTCT
TCTCCATCCG GTTGAAGTTG TACAAAAATG TTTGATAATG GTGAGTGAGG TTGAAATAGA TGTGTGTTCA CATCAATGTC
AAAGCTCCAA ACTGTTTTAG AATTGAAGCA AGCTATCCGG TACAGTTCAT TCCTTGTGGT GGCAGTGCAT AGTTTTTTTT
AGCCTTGATC ATGTATGATT TTTTTTCCCC TTTTGGCTGC TTGAGTTATG CTATTTTAAT GAGGATCCCC TTTTGTTCTC
ATTTAGGGCT TTAGGAAAGT AGATCCAGAA CAATGGGAAT TTGCAAATGA GGATTTCATA AAAGGACAGC GGCACCGGTT
GAAAAATATA CATAGACGCA AACCTATATT CAGCCATTCA TCACACAGTC AGGGTGCTGG ACCATTAACA GATAATGAAA
GGAAAGACTA TGAGGAAGAA ATCGAGAGGC TCAAATCCGA TAATGCAGCA CTGTCCTCAG AGCTTCAAAA TAATACGTTG
AAGAAACTTA ATATGGAGAA ACGAATGCAG GCTTTGGAAG AGAAGCTATT TGTTGTGGAA GATCAGCAGA GGAGTCTGAT
ATCATACGTC AGAGAGATTG TAAAGGCACC AGGATTTCTT TCTAGCTTTG TACAGCAACA AGATCATCAC AGGAAGAAGA
GGAGACTGCC AATACCAATC TCCTTCCATG AGGATGCAAA TACTCAGGAG AACCAGATCA TGCCTTGTGA CTTGACCAAC
TCACCAGCTC AGACATTTTA CAGAGAATCA TTTGACAAGA TGGAATCATC CTTGAACTCA TTAGAAAATT TCCTTCGAGA
AGCAAGTGAA GAATTTGGTA ATGATATTTC ATATGATGAT GGTGTCCCAG GCCCTTCTTC AACTGTTGTT CTCACAGAGC
TCCATTCACC TGGTGAAAGT GATCCCCGTG TTTCATCACC TCCAACAAGG ATGCGTACTT CGTCAGCTGG TGCAGGAGAT
TCGCACTCCT CTCGTGATGT AGCAGAGTCT ACCAGCTGTG CAGAAAGTCC TCCTATTCCT CAAATGCATT CTCGTGTAGA
TACACGAGCG AAGGTTTCTG AAATAGATGT TAATTCAGAA CCTGCTGTTA CAGAAACTGG TCCATCAAGA GATCAACCTG
CTGAAGAGCC TCCTGCTGTC ACACCTGGTG CAAACGATGG CTTCTGGCAG CAGTTTCTTA CCGAGCAGCC TGGATCATCA
GATGCACATC AGGAGGCTCA ATCAGAACGG CGAGATGGAG GAAACAAGGT GGATGAGATG AAATCAGGAG ATCGACAACA
TCTTTGGTGG GGCAAAAGGA ACGTTGAGCA GATAACAGAA AAACTTGGAC TTCTCACCTC AACGGAGAAA ACCTGACATA
ATTTTGTTTT TCTTTTTGTA GATGAAAAAC TATTAATTCA GGAACGCTGA CATTGGTGCC TTCCTCAGTG AGATATGTTG
ACTAACATCT ATTTCGCAGT GTACCGTATT TTTTCCATCA TGTACCGTAA