Name: BnaA02T0386000ZS
Type: mRNA
Source: PASA
Position: scaffoldA02:33732320..33734473 (+ strand)
Length: 2154
load_id: BnaA02T0386000ZS
parent_id: BnaA02G0386000ZS
primary_id: 151019
gbrowse_dbid: general
Parts:
Name: BnaA02T0386000ZS.exon1
Type: exon
Source: PASA
Position: scaffoldA02:33732320..33733193 (+ strand)
Length: 874
parent_id: BnaA02T0386000ZS
primary_id: 151020
Name: cds.BnaA02T0386000ZS
Type: CDS
Source: PASA
Position: scaffoldA02:33732320..33733193 (+ strand)
Length: 874
parent_id: BnaA02T0386000ZS
primary_id: 151021
Name: BnaA02T0386000ZS.exon2
Type: exon
Source: PASA
Position: scaffoldA02:33733284..33733430 (+ strand)
Length: 147
parent_id: BnaA02T0386000ZS
primary_id: 151022
Name: cds.BnaA02T0386000ZS
Type: CDS
Source: PASA
Position: scaffoldA02:33733284..33733430 (+ strand)
Length: 147
parent_id: BnaA02T0386000ZS
primary_id: 151023
Name: BnaA02T0386000ZS.exon3
Type: exon
Source: PASA
Position: scaffoldA02:33733552..33734312 (+ strand)
Length: 761
parent_id: BnaA02T0386000ZS
primary_id: 151024
Name: cds.BnaA02T0386000ZS
Type: CDS
Source: PASA
Position: scaffoldA02:33733552..33734312 (+ strand)
Length: 761
parent_id: BnaA02T0386000ZS
primary_id: 151025
Name: BnaA02T0386000ZS.exon4
Type: exon
Source: PASA
Position: scaffoldA02:33734447..33734473 (+ strand)
Length: 27
parent_id: BnaA02T0386000ZS
primary_id: 151026
Name: cds.BnaA02T0386000ZS
Type: CDS
Source: PASA
Position: scaffoldA02:33734447..33734473 (+ strand)
Length: 27
parent_id: BnaA02T0386000ZS
primary_id: 151027
>BnaA02T0386000ZS class=Sequence position=scaffoldA02:33732320..33734473 (+ strand)
ATGGCTGAGC TAGCAGTGGC ACTTTTACCG TTTGCAGTCG AGAGGCTTTG GAACCTCCTT GTCCGAGAAA CTGAGCGATT
TCAAGGAGCT GAAGAGCAGT TCAAGGGATT AAAAAATGAT GTGGAAACGT TAAGGTGCTT TTTGAAAGAT GCGGAGGCCA
AGAAACATTC AAGTGCAATG GTGAGAAAAG TTATCAAAGA CATCAAAGAA ATTGTTTTTG ATGCAGAAGA TATCATAGAA
ACCTTTCTTC TGAAGAAAGA ACTCGGGGAA TCAAGCAGCA GCAGCTTCAA AAGATTTGCA TACGTTACTG TAAAACGCAT
GGGGCTTGGG TTTGTTATGA AACCTATAAG TAAGAGGATC TCTAAGGTGA TCCTTGATAT GCAGAATCTT GGCGTACAGA
AGGTCATTGT CAATGAAGAG TATATGCAGT CTCTACTGGT AAAAGAAAAA GAAATGCGAC AAACATTTCC TACAAGTGAC
GAAGACCATC TTGTTGGGTT AGAGAGAAGT GTTGAGAGAT TGGTTGGCTA TTTGGTGGAG GAGGATAGCA GTCAAGTGGT
TTCTATAACT GGGATGGGAG GTCTTGGTAA AACCACACTC GCAAGACAAG TTTATAGTCA TGAGACAATA AAAAGTCATT
TTCTAAGAAG ATTAGCGTGG GTTTGTGTTT CGCAACAGTT TGAAAGGAAG TGTGTCTGGC AGACAATCTT GCGACAGCTC
TGGCCAGAAT GCGATGTGTC AAAGATGATG GAAGGCGAAC TTCAGGAGAA GATTGCTCGA GTGTTGGAAA CACAAAAGGC
TTTGATCGTC ATTGATGATA TATGGAGAGA AGGAGACTGG GATCTAATCA AGGATGTGTT TCTGCCGAGA AAAGGTGAAT
CTCCTTATGT TACATACATT AGGTTGTGTT TTAAAAGTCA CAATTTGATA AAAAAAAATA TTAAGAAATA TGAATGTGTT
GCAGGCTGGA AGGTATTACT TACTTCTCGC AATGAGGAAG TGGGATTACA TGCAGACAGA CAATGTGTCA CCTTCAAACC
AGAATGCCTA ACTTTCGAAG AAAGTTGGGA TCTTTTTCAA AGGATAGCAT TTCCTATTAA AGACACAGCT GGTAAGTTTT
CAAGGGCGGC CTACTTGGAT TTTTTTTTTC TGTTATAGTA AATTAATGAA AAATGACTAC CATATTTGCA AGACATATGA
TCCTTTCAAA CATTCTTGTA ACTGATGTGC AGAATTTAAG ATTGAAGAAG ACATGAAACA AATCGGTATG GAGATGATTA
GACATTGTGG AGGTCTACCA CTGGCTATTA AGGTGTTAGG GGCGTTGTTA GGTAATAAAT ACACATTGCA CGAGTGGAAA
CGGATACGTG AGAATATTAA AGCTCCGACC GTTAGAGCGA GTGGCTCTGA CGACAGAAAT TTCAATTTGA AGGTTTATGG
TGTTTTGTAT TTGAGTTTCG AAGAGCTGCC TGCCTATTTG AAGCAGTGCT TCCTTTATCT TGCTAGTTTT CCAGAAGATT
ATGAAATAGA TGTGGAGAAA CTGTCCTATT ACTGGGCTGC AGAAGGAATA CTAATGCCAA TGGATTTCGA TGGAGCCAGC
ATCCGGGAGG TTGCAGATGG ATACATAGAA GAATTGGTGA AGAGAAACAT GGTTATTTCT AAAAGAGACA TTGATACTTC
AAGATTTGAA ACACTTCAGT TGCATGACAT GATGAGAGAA GTTTGTTTAA GCAAAGCTGC AGAAGAGAAT TTCATACAAA
CCATTGATAC ATCAATGGCA AATTCGAAAT CTCCTTGTAA ATCTCGCAGA CTTGCTATTA TTGTACGTTG GCCTGGTGAA
ACATTTAGTG TTGATAAGGA GGTGAAGAAT CCAAGCCTTA GAACTCTCTT GTTTATTGGG TACAAAAGAT GGAAGGCAAC
AAGTTTATTG TTTACAAGTC ATAAGCTGAT GAGAGTGTTA GATCTCTCTT TGGTCGAGTT TGAAGGAGGG AAGGTACCCT
CTAGCATCGG GAAGCTCATC CACTTGAGAT ATCTTAATTT TGAGTGGTCA AATGCAACTC AACTGCCTTC TTCTATGCGG
AATCTGAAGA AGCTACTCTA TTTAAACCTA AATATATATC TATTTAGAGT TTACATGCCC AATATCTTGA ATGA