Os03t0401300-03

Name: Os03t0401300-03
Type: mRNA
Description: Similar to Sucrose synthase metabolism (Fragment).
Source: build5_rep
Position: chr03:16848373..16849192 (- strand)
Length: 820 bp
Alias: AK119198
Expression: Search RiceXPro database by AK119198
GO: Biological Process: biosynthetic process (GO:0009058)
InterPro: Glycosyl transferase, group 1 (IPR001296)
KEGG: Os03t0401300-03 (EC:2.4.1.13)
Locus_id: Os03g0401300
NIAS_FLcDNA: 001-041-D01 (Online Clone Ordering)
Note: Similar to Sucrose synthase metabolism (Fragment).
ORF_evidence: A6MZV1 (UniProt)
Transcript_evidence: AK119198 (DDBJ, Best hit)
load_id: Os03t0401300-03
primary_id: 3642819
gbrowse_dbid: assembly:database
Parts:
Type: 3'UTR
Source: build5_rep
Position: chr03:16848373..16848698 (- strand)
Length: 326 bp
parent_id: Os03t0401300-03
primary_id: 3642823
Type: CDS
Source: build5_rep
Position: chr03:16848699..16848885 (- strand)
Length: 187 bp
parent_id: Os03t0401300-03
primary_id: 3642822
Type: CDS
Source: build5_rep
Position: chr03:16848980..16849191 (- strand)
Length: 212 bp
parent_id: Os03t0401300-03
primary_id: 3642821
Type: 5'UTR
Source: build5_rep
Position: chr03:16849192..16849192 (- strand)
Length: 1 bp
parent_id: Os03t0401300-03
primary_id: 3642820
>Os03t0401300-03 class=Sequence position=chr03:16848373..16849192 (- strand)
TGTTGAGTCC ATGACCTGTG GTCTCCCGAC ATTCGCAACC GCCTATGGTG GTCCAGCTGA GATCATCGTG AACGGAGTGT
CTGGCTTCCA CATTGACCCA TACCAGGGTG ACAAGGCCTC GGCGCTGCTC GTTGAGTTCT TTGAGAAGTG CCAGGAAGAC
CCCAGCCACT GGACCAAGAT CTCGCAGGGC GGTCTTCAGC GTATCGAGGA GAAGTATGCA AAACACATCC CAGTAATCTG
TGTTTCTGAA TACGCATTTC GTCTTTCTTG CAGTGCTAAC ATTATGTTTC TCCAACCTTT Gtttcagata cacctggaag
ctctactctg agaggctgat gACCCTCACC GGCGTCTACG GATTCTGGAA GTACGTCTCG AACCTGGAGA GGCGTGAAAC
CCGCCGCTAC CTTGAGATGC TGTATGCCCT CAAGTACCGC ACCATGGCTA GCACCGTCCC GTTGGCCGTC GAGGGCGAGC
CGTCGAACAA GTGAGCTGGC CAACATCTCA GGCTGAGACT CTGAAAGAGG AGAGCATTGG AGTTTCTTTG CTTTGTTTCC
ATTCTCTGGT TTCAGAGATG AAAAGAGAAG AGAGATATTT CAGGATGCTT TGCATTCCTA GGCACTGCTC TTTTTCCTTA
AGAAAGTAAG GTCGATTGAA TTTGGGAGTT TTCTAGTTTG ATTTAGTTGG GGGTGAGTTC AGTGGAATGT GGTGTGTGGT
TGGTGCTCTG TCTCCTCTTG TTATTGGGAT GTTACCTATG AATAATAGAA ACGGCCTTGG TGCCGTTTCT GCAATAATAT
ATTGTAGCAT CCTTGTTTCC