Os01t0875700-01

Name: Os01t0875700-01
Type: mRNA
Description: Heat shock protein DnaJ family protein.
Source: build5_rep
Position: chr01:39739323..39741584 (+ strand)
Length: 2262 bp
Alias: AK063817
Expression: Search RiceXPro database by AK063817
GO: Molecular Function: heat shock protein binding (GO:0031072)
  Biological Process: protein folding (GO:0006457)
  Molecular Function: unfolded protein binding (GO:0051082)
InterPro: Heat shock protein DnaJ, N-terminal (IPR001623)
  Chaperone DnaJ, C-terminal (IPR002939)
  Heat shock protein DnaJ (IPR003095)
  HSP40/DnaJ peptide-binding (IPR008971)
  Molecular chaperone, heat shock protein, Hsp40, DnaJ (IPR015609)
KEGG: Os01t0875700-01
Link_to: Molecular chaperone, heat shock protein, Hsp40, DnaJ (Plant Gene Family Database)
Locus_id: Os01g0875700
NIAS_FLcDNA: 001-121-H08 (Online Clone Ordering)
Note: Heat shock protein DnaJ family protein.
ORF_evidence: InterPro
Transcript_evidence: AK063817 (DDBJ, Best hit)
load_id: Os01t0875700-01
primary_id: 3580959
gbrowse_dbid: assembly:database
Parts:
Type: 5'UTR
Source: build5_rep
Position: chr01:39739323..39739493 (+ strand)
Length: 171 bp
parent_id: Os01t0875700-01
primary_id: 3580960
Type: CDS
Source: build5_rep
Position: chr01:39739494..39739670 (+ strand)
Length: 177 bp
parent_id: Os01t0875700-01
primary_id: 3580961
Type: CDS
Source: build5_rep
Position: chr01:39739761..39740113 (+ strand)
Length: 353 bp
parent_id: Os01t0875700-01
primary_id: 3580962
Type: CDS
Source: build5_rep
Position: chr01:39740957..39741410 (+ strand)
Length: 454 bp
parent_id: Os01t0875700-01
primary_id: 3580963
Type: 3'UTR
Source: build5_rep
Position: chr01:39741411..39741584 (+ strand)
Length: 174 bp
parent_id: Os01t0875700-01
primary_id: 3580964
>Os01t0875700-01 class=Sequence position=chr01:39739323..39741584 (+ strand)
ACCCACACAG CCACACTCGC TGTGTTTCTC CTCTGCCGCT TAACCACCTC CCTCCGTAAC AAACTCCTCA TTTCGCTCCC
CTCCCTTGCT CTTCTTCTTC TTCTTCTTCT TCTTCCTCCT CCGCGACCAC CACCGATCCA TCCATCCACC GTGTCTTCTC
TTCCCTCTCC AATGGGGAAC CCTCCCGAGC TGTACCACCG CATCCTCAAC ATCCCCAGGG AGACCTCGCC GCAGGAAATC
CGCGCCGCCT ACAAGAGCCT CGTCAAGAAA TGGCACCCCG ACAAGCACCC GCCGTCCTCC AAGCCCGAGG CCGAGGCCCG
CTTCAAGGCC ATCACCGAGG CCTACGAGGT GAGCCCCTAG CCGTGCGTTG CGTGCGTGCG TTGGCTGTAG ATTGCGACGG
CGTCGTGTCG TGATGTTGGG CGATTCTTGG TTGCGCAGGC GCTCCTTGAC CAGCAGGAGA ACAGGGCGGT GTTCGGGGTG
TGCTGCAACG ACGGCCGCGC GGGCGAGAAG GCCATGGCGT GCGGCGTGGT CGGCGGCGGA GGGGCACACA TCGCGAGGAC
GCGCAGCGAC GACTTCGGCG CGAGGATGGC GCCCGGCACG CCGGCGAGGG AGTTCAAGAA GGTGTACAGC TCCGGCAACT
CCGGCGGGCG GCGCGCGTTC GCCGAGTTCT CCAGCTCAAT CATGCGCAAG GCGCCGCCGC TGGAGCGCAA GCTCGACTGC
ACCCTCGAGG AGCTCTGCCA CGGCTGCAAG AAGGAGGTCA AGTTCACCCG CGACGTCGTC ACCAAGAACG GGTATACCCC
TTTCTTCCTC CACCTAATCC GTGAGCCAAG ATTGATTGGA GCTTTCACCT GAATTCTGGC GAGCAATCGC TTGTCATCCA
TCCATCCATT TTCCTCTTTT AAAACTAACA ATTCGATGCA ACCGGAACAA CCCTGATGTG ATTCGCTCAC TTGCATGCCA
ATTTTAATGG ATCGATGCTT GGAAACTTCA GAGTAGGCAA GAATTCAGAA TTTGTTCTGA TGGCGACATC CATTCCGCTT
TGTGCCTCCC CAATTCTCTG CACTGTTCGG AACAAAATGA TCCATGAACA GTGAAACAGC ACGACCACTT CCTTCCTTTC
CAGGCTATGG CGCACTTCTT TTTTACAGTG GAGGGTGACT GCTTTATTAT AGCCTGCATT TGTCAGTGGA ATATTTAGCT
TACTTTGGAA CACATGAAAA CCTTTTTACA CAAGTTCCCT TTGGTGTGTA CCTTTTCTCT TCCGGGGTAT CTATCCTATT
CTTGCAACAT TATCCTACCT AACACAAAGC ATAATAACAG CAGTGTTGAT CAGGGTTTAG TACATGTTAA GATCCAATCT
TGAGGAGATA AAATCTCAAC TCAAGTTGCT TTCGTTGCCA CTTATGCGTA TACGTGTTTG TCGAGGGCTT AGAATACAGT
AGTTTTGGAT CTAGCATCTA GCAAAGTGGA CCATTTGGGC AATAAGCACT ATCCACATTT TCTTTTGCAT GTTGATGGTG
GTGGTAGTCT AGGAAGGTTC AGTGACAGTG ACTATTAAGC ACCTTTCCTC CTTGGATTCT CTCTTTCAGT GTTGCTGGAC
TAATCACCTT CAATGGATTT ACAATCTTGG ACAGGTCAAT AGTCAAGAAG GAGGTGAGCC AGATGGTGCT GGTGAAACCA
GGGTGGAAGA AAGGGAACAA GATCACATTT GAAGGCATGG GGGATGAGAG GCCAGGGTGC CTACCGGCCG ATGCCGTCTT
CGTCATATCG GAGAAGAAAC ACCCTGTCTT CAAGAGGGTA GGCAACGACC TGGTGCTGAA AGCCGAGGTG CCATTGGTGA
GCGCGCTCAC CGGCTGGTCC TTCTCATTCA GGCTCCTGAG TGGCAAGAAG GTGAGCTGCT CATTTCAGGA TGAGATCATC
TGCCCAGGAT ATGAGAAGAT CATCAAAGGG GAAGGGATGC CAATTGCCGA TCAGAAAGGA GCACGGGGTG ATCTAAGGGT
GAAGTTTGAG ATCGCGTTCC CGAAGCAGCT TACTGACGAG CAACGCGACG GTCTTGCTCA AATTCTGAGA GGATGTGCAT
GGGATTGATG AGATTGAAAT GCAAGGTCCA AGTGTATCAA ATTTTCTCAG CCTTGTGTTA AACAATCAGA ATGAGTACAT
AAAGAGAGAT GCCCTTGTAT ATACAGGTAT AATATATGAT GAAAACCAAG TCTTCTGTGG ATAGTACATG CCTTTCCAGA
TGAGCTGTAT GGGTTTATTT TG