Os08g0205400

Name: Os08g0205400
Type: gene
Description: Cu chaperone, Root-to-shoot Cu translocation, Distribution of Cu from old leaves to developing tissues and seeds (Os08t0205400-01)
Source: irgsp1_locus
Position: chr08:6159123..6161383 (+ strand)
Length: 2261 bp
CGSNL Gene Name: ANTIOXIDANT PROTEIN 1
CGSNL Gene Symbol: ATX1
Note: Cu chaperone, Root-to-shoot Cu translocation, Distribution of Cu from old leaves to developing tissues and seeds (Os08t0205400-01)
Oryzabase Gene Name Synonym(s): Antioxidant Protein1, Heavy metal-associated protein 37
Oryzabase Gene Symbol Synonym(s): OsATX1, OsaATX1, OsHMP37, HMP37
RAP-DB Gene Name Synonym(s): Antioxidant Protein1
RAP-DB Gene Symbol Synonym(s): OsATX1
Transcript variants: Os08t0205400-01
load_id: Os08g0205400
primary_id: 56031
gbrowse_dbid: annotation:database
>Os08g0205400 class=Sequence position=chr08:6159123..6161383 (+ strand)
GCCACCGGAG TTCCCCCCAC CACCGCTCGC CGCCTTCTCC GCCTCGCCTC GCCGCCGCGT CGACCGCCAT GGCTGAGGTA
CGGCCCCGCG ACAGAACTCC TTGTTTATTC GTTTGGTGTT AGGGGCGCGG TCCCTTCCTG CGGTCCTGGA GAGAGAAGAG
AGAGAGAGAG AGAGAGAGAG AGAGAGAGAG AGAGAGAGAG AGAGAGAGGA GAGGGTTGAT CGATAGGGGT AGATGGGGAG
GCCAAGAGAG GAGGATTCCT CTTTTTTTTT TTTGGCGTCG AGTTGTTTGA ATATGGGGGA AGAAGCGTGT TCTTTTAGCT
TGCGTGTGGG GTTAATTAGG GATCTGATTA TGATCTGATG ATTGGCCGGC GCGCTGATCG ATCAGCTTGC TTGTTCTTGC
GCGTGCTTGT CTTGGCTTTC CTTCATCGTG CTTGCAGGCC AGGGTATGAC TTGGGGATGA TGTTTTGGGC GAAATCTTGC
TAGGAGGGCG GTATACCTTT CAGAGTTTCA GTAGTTCAAA CACCAACTGA TGGACAAGTT TTAGAACTTC ATGGTGGGGG
TCGAAACTAG CTTGATGATT TTGATTTGTG TACGTTCTTG TTGAAACGAG TACAGATTGC GGAGTAGGCC CGATTGGATA
GTTGTTGTAC CTACCTTAAA TGAGCCATCT TGTTGGTTAT GGTCTGTGAG TTCAATGATA GAGCATGATT GTCCCCATCT
GATTATTACT AGTTCCCTTC CAGAATGAAG CATAAATTCA TTTAATTGTT GTCGGTTACA GTAAATCTTG ATTGGGAATT
ATGATGTATT CCGAGTACCA TGTGGCGTGT GCGAAGATGT GATTGAGGAC GAATGAGGAC TTAGCTGATC CTTGCTATTT
TTGTCTATTG TGCAGACTGT TGTGCTCAGG GTTGGGATGT CCTGTGAAGG TTGTGTTGGA GCTGTTAAGC GGGTACTGGG
AAAGATGCAA GGTTAGTTTA GCTCTGTCCT CAGCGTTCTG TTTGTTGAGA ACTTTTTCCT TTTTGCGAGC AATTTTTACA
ATGTAACGCG TGCAATGCAA CATTGGACTT AACTTATGCC AATGCTGAAT CTGAACCAAT CCTGGTATAT CTCTGCAATT
GGTATCTCCT CTTTAAAAAT TCCCTTAACT GTATGCTTTT GACGAACACT GGATAATTTT GATTGGGTGA AATCTTGTGC
AATTTCTAGT TTCAAATTGT ACCTGCGTCT GATTTCTAGG CATAAAGATA TTGTTTTGTA ATATTGCTTT CGATTGTATT
TTGGACTCAT ACTTTGGCAA TTATGTACCT TTCTGTCACT ACCATGACAC TCACCACTTG TGTAAGTGGC AATGTCCATA
GACAAAAGGA AATTAAGGTA TCCGGAGTGC AGACGCAAAC AAGTTAGGCA ACAACTTTAG TATTCAAATG AGAATTTATA
GCTGTATTTG CTTGTTTTGC TGGTATTATA AATAAAATTT TGAGCTCTGT TGTTAATGAT TGCTATTTGA AATTATCCAC
AACTATAGAG TATAGTGGGC AAACATATAA TTTCGAATTT CTCTCCTGCA TGCTATTTAT AAATTCAATT AATTTTTAAT
CAAATTGAAA GAATGGTTGG TAAAAAGGAA AACTACATGT GCTTCATCTT TGGCACATTT TGGTCCAAGG CAGTTGCTTG
AATAATGCTA AGGCTATCTT TCAAACCCAA CCTCTGCAAT CAGCCCTAAT GACTTCCAAT ATTCTGCATT AGATCATGGA
AGCACAAATG ATTATTTATA CTTGCATATG TATTCTTGTA AGTGTCACTG CAATATTTAG CGCATCGATC TAAACATCTG
AGTTGGACTT GTGGTTGCTT CAGGAGTGGA GTCCTTTGAC GTAGACATCA AGGAGCAGAA GGTCACTGTC AAGGGAAATG
TTACACCAGA TGCCGTTCTT CAGACCGTTT CAAAGACGGG CAAGAAGACC TCGTTCTGGG ATGCTGAGCC TGCACCTGTT
GAAGCTACTG CTGCTTCATC TTAAAATGTC ATTTTATCTC CTGTGATATG TAAAGGTTGA TGTAACAATT TCCCAGTGGA
ACTGTCTTGT GAGATCACAA AGTTGTCTGT TCTTATGATC ATAACTTGAA GCTATTTCAA ATAATATCAG ACAGCTAGTT
ACACATATGT ACATCTTTGT ATTTCTCTAT CCTACCAGTA TTGGACTATT GGTATGATCA ATTTGGTAAA AATACATGGG
TCATCACATT GTTTCTGTGG C