Os01t0223200-01

Name: Os01t0223200-01
Type: mRNA
Description: Lipase, GDSL domain containing protein.
Source: build5_rep
Position: chr01:6723946..6727538 (- strand)
Length: 3593 bp
Alias: AK067352
Expression: Search RiceXPro database by AK067352
GO: Biological Process: lipid metabolic process (GO:0006629)
  Molecular Function: hydrolase activity, acting on ester bonds (GO:0016788)
InterPro: Lipase, GDSL (IPR001087)
KEGG: Os01t0223200-01
Link_to: Lipase, GDSL (Plant Gene Family Database)
Locus_id: Os01g0223200
NIAS_FLcDNA: J013101L22 (Online Clone Ordering)
Note: Lipase, GDSL domain containing protein.
ORF_evidence: InterPro
Transcript_evidence: AK067352 (DDBJ, Best hit)
load_id: Os01t0223200-01
primary_id: 3582818
gbrowse_dbid: assembly:database
Parts:
Type: 3'UTR
Source: build5_rep
Position: chr01:6723946..6724199 (- strand)
Length: 254 bp
parent_id: Os01t0223200-01
primary_id: 3582825
Type: CDS
Source: build5_rep
Position: chr01:6724200..6724414 (- strand)
Length: 215 bp
parent_id: Os01t0223200-01
primary_id: 3582824
Type: CDS
Source: build5_rep
Position: chr01:6726300..6726576 (- strand)
Length: 277 bp
parent_id: Os01t0223200-01
primary_id: 3582823
Type: CDS
Source: build5_rep
Position: chr01:6726665..6726810 (- strand)
Length: 146 bp
parent_id: Os01t0223200-01
primary_id: 3582822
Type: CDS
Source: build5_rep
Position: chr01:6726921..6727145 (- strand)
Length: 225 bp
parent_id: Os01t0223200-01
primary_id: 3582821
Type: CDS
Source: build5_rep
Position: chr01:6727250..6727526 (- strand)
Length: 277 bp
parent_id: Os01t0223200-01
primary_id: 3582820
Type: 5'UTR
Source: build5_rep
Position: chr01:6727527..6727538 (- strand)
Length: 12 bp
parent_id: Os01t0223200-01
primary_id: 3582819
>Os01t0223200-01 class=Sequence position=chr01:6723946..6727538 (- strand)
AGAACACGAA AGATGATCAT GTTGTGGCTG CCCGCCGCCG TCTCGCTCCT CCTCTCGTCG TCGCTGCATG TCGCCGGTGA
CGCCGGCGGC GGCGTCGCCT CCCTCTCCGT CCGGCGCTAC GACGCCATCT TCAGCTTCGG CGACTCCTTG GCCGACACCG
GCAACAACCC CGTCGTCTTC GACTGGTACT CCATCTTCGA CCCCGTCACC CGCCCTCCCT ACGGCTCCAC CTTCTTCGGC
CGCCCCACCG GCCGCAACTG CGACGGCCGC CTCGTCCTCG ACTTCGTCGG TCCGGTCATC TTCTCCCGCG CCGTCGATTC
ATCGATGCGC GGCCAAGCGT GAATTAATTT GCTGTGATCA TGGTGGATTT TGATTTTCTC TGTTTGCTTG CAGCCGAACG
CCTGGGCCTG CCGTTGGTGC CGCCGTTCTT GGCTTACAAC GGGAGCTTCC GGCACGGCGC CAACTTCGCC GTCGGCGCCG
CCACCGCACT CGACTCCAGC TTCTTCCACG GCGCCGGCGA TCCCCCGGGC GCCAGCCCGT TCCCTCTCAA CACCAGCCTA
AGCGTGCAGC TGAGCTGGTT CGATTCACTC AAGCCCTCAC TCTGCAGCAC AACTCAAGGT GGTTAATTAA TCAATCACGA
TCAGTTGTTG ATCCATCTCC AAGATAATTA AGCTGAAATT TACCAATCAA GAACCACTTT GTGCTCACGT AATTGATTAG
TGACGCAGAA TGCAAGGATT TCTTCGGCAG ATCGCTCTTC TTCGTCGGCG AATTCGGCAT CAACGACTAC CACTCCTCCT
TCGGGAGGAG GAGCATGCAA GAAATCAGAT CGTTCGTCCC GGACATCATC CGTACCATCT CCATGGCCGT CGAGGCAAGA
ACAACACACC CTTTGACCGA TCCTACCGAG AAATCAAACA GTTCATCAAT TATGCGTGGA TTAATGAATT GTGTGGAAGC
AGAAGCTGAT TGGCGACGGG GCGACCACGG TGGTGGTTCC GGGCATGATC CCGTCGGGAT GCTCGCCGCC GGTGCTCGTC
ACCTTCGCCG ACGCCGGCGC GGCGGAGTAC GACGCGAGCA CCGGCTGCCT GAGGGAGCCC AACGAGGTAG CGACGCTGCA
CAACTCGCTG CTTCTGGACG CCGTCGAGGA GCTCCGGGAG AAGCACCCGG ATGTCGCCAT CATGCACACC GATTTGTTCA
GACACGTCTC GGAGATGGTC CAGAATCCTG ACAAGTTTGG TAAGTACAAT TATTTACTAC CCCAATCATT AGAATGCGAT
GCACGCCAAT CGTTTAATAA ATCTGTTTGG ACGTGTACAT CGGCTTGATG GATATTTTAT ATAAAGATCG GACTTAATCC
AATATATAAA ACATTAATAA ATCCACATCA TAAATGATAC TCCCTCTGAT TTCGATCGAA CCAAAGTCAT ACATAAGATG
GAGGAAGTAG TATGATATGT TTGTATACTT ACAAGTTTAT TATTATGTAA AATGGAAGTG GTCAAACTAA AAGTCTAACA
TATTCAATAT TAACAAAAGT GTTCCCTTCA CTTTTAAATA CATGATGTTG TTGGCAtacg taaatgtaat ttattttgtg
gtgggtagct tgttttattg ttaaatgtac tttaagtatc acttattttt tatatttgca ctcaatgtat ttttaaataa
gataaatagt caaatatatt ctaaaaatca acaacgatat cctatcttac tataaagtta tcctccacta actccttaag
cttaacatgt aaggatgtca catcatcatc cactaacaag atgcatgcca catcatcatc cactaacaat catcacattt
aaacatcata caaacatgct atatctttat agtttttata atttaagagc ttttcaaata caaacatgtt aaattatcat
ccaacataat tcacataata tttcaatgta tatctttatt atgttttatg atatcatata tacttatata gttcatcatc
acttagttag tgcttaaatg attaatctat gatccatatt atctttcttc tttttttccc tcaaattaag tcatatcata
tcaattgttt ttaggcttta gatgattaat ctacggttca aactttctcc ctacttttct tcttccataa agtcacacct
ccttactttt tacgtttgaa tcaccattct acatactatt taaatttaaa ttattataaa ccacattaat ttacttaatc
tgatgttatc tagatatctt acacgttatt tttttttatt gttatcatac taaattctcg cagcaatgcg cggggtttca
cctagtatat ttttaaatga AGGTAGTATT ATTATAAAAG AATGGGATGC TCGCTAACCA TTAACCACTC ATCAGTACCA
TGCGATGAGC GCCCATCATT TAATAAATTT GCATAATAAA TACTCGTGAC GTTTCAACTG AGAATATATT TAACAATTTT
AACTAATAGT GGTTGTAATT GATACTCCTT TTCTTTTATT TTCTTAGTTA TATAGCTGTG TATTGTAACA TGATCATAAT
TCATAGTGTT TTCAAGGGTA CTTTTACCGG TTTTTGAGGG GAGTTTTCTT TTTTTTAGAA AAAGAGAGGG AGTGGTTATT
TTAGAGGAGG AAGGAGAATG ACTGCGCTTT TGAAATAATT AAGAAAGATA TTGGTTAATT GAAAAATTGA ACATCACATA
AAACAAAATG GAGGGAGTAT AATTTTCTGC ACTTACAATA ATATGATATC TTTGTCTACT CGTAAGTTTA TTTACAAAAT
ATAAGCGGTC AACAAAAAAA ATGGTCTTTT AATAAACCGT ATCTTATAGG ACGTCAAAAG AATTTAAGTC GAATATTATT
TTATCCATAA AAAATATGAT ACACATATAC ATGACATTAG GAATGGAAAT GGGATCTGCT GTCATATACT ACATGTGCAA
TTGAACCCCA ATATATATAT AGCCACAGCA AAGTAGAATT CACATATTAG TGACCTGTGC AATTAAGTCT GACGATCTAC
TTCCATGGCA TTGATGGGTC ATGGCCTCAT GGGTGCAACC ATAGAATTGA AGTAATCGGA GTTTGTATGG TGGTTAATTT
GTAGGGTTTC AAAAGGATGT TCTCAGCGTT TGCTGTGGAG GTCCCGGAAA ATACCACTAC AACACCAGGA TAATCTGCGG
CGATGAAGGT GCGACCACCT GTGTGGATCC ATCCAAGAGC TTGTACTGGG ACGGCGTCCA CTTAACCGAG GCAGCTTACC
ACTACATCGC CGATGATTGG CTTCATGCCA TAACCTTATC TGCAAGAGCT ACCTCCTAAA ATTGATATGG CACGAACGTC
GGATACACAC ATGTAATGCT AGTTTTTTTT TTAAAAAGAA CTACATGTAA TGTTAGTTGT TGGTCGATTT TCCTTCGTGA
AGGAACATCA GCCTTGCAGA TGATCCGAGT AAAATTGTGG AGAAAAAACT CCTCTATTCA ATTAAATTGG CGGTCTCATC
GATTCGTTCA AAAAAAATTA TGAAAAAAAC TGCTGAACGG ATGGATATTT GAATAAAATT CGTTCTTGTT GTG