Name: BnaA09T0200600ZS
Type: mRNA
Source: PASA
Position: scaffoldA09:13750570..13754083 (+ strand)
Length: 3514
load_id: BnaA09T0200600ZS
parent_id: BnaA09G0200600ZS
primary_id: 534705
gbrowse_dbid: general
Parts:
Name: BnaA09T0200600ZS.exon1
Type: exon
Source: PASA
Position: scaffoldA09:13750570..13751478 (+ strand)
Length: 909
parent_id: BnaA09T0200600ZS
primary_id: 534706
Name: cds.BnaA09T0200600ZS
Type: CDS
Source: PASA
Position: scaffoldA09:13750570..13751478 (+ strand)
Length: 909
parent_id: BnaA09T0200600ZS
primary_id: 534707
Name: BnaA09T0200600ZS.exon2
Type: exon
Source: PASA
Position: scaffoldA09:13751556..13751876 (+ strand)
Length: 321
parent_id: BnaA09T0200600ZS
primary_id: 534708
Name: cds.BnaA09T0200600ZS
Type: CDS
Source: PASA
Position: scaffoldA09:13751556..13751876 (+ strand)
Length: 321
parent_id: BnaA09T0200600ZS
primary_id: 534709
Name: BnaA09T0200600ZS.exon3
Type: exon
Source: PASA
Position: scaffoldA09:13752412..13753326 (+ strand)
Length: 915
parent_id: BnaA09T0200600ZS
primary_id: 534710
Name: cds.BnaA09T0200600ZS
Type: CDS
Source: PASA
Position: scaffoldA09:13752412..13753326 (+ strand)
Length: 915
parent_id: BnaA09T0200600ZS
primary_id: 534711
Name: BnaA09T0200600ZS.exon4
Type: exon
Source: PASA
Position: scaffoldA09:13753475..13754083 (+ strand)
Length: 609
parent_id: BnaA09T0200600ZS
primary_id: 534712
Name: cds.BnaA09T0200600ZS
Type: CDS
Source: PASA
Position: scaffoldA09:13753475..13754083 (+ strand)
Length: 609
parent_id: BnaA09T0200600ZS
primary_id: 534713
>BnaA09T0200600ZS class=Sequence position=scaffoldA09:13750570..13754083 (+ strand)
ATGCCTGGTA TTGGCAAAAC CACTCTCGCA ACGGAGTTGT TCAAGAGGTA TGAAAACAAG TTCATTCGCT GCGTGAATTT
TCTGAAGATC CGTAAGGAGA CGGATGCTGG CCATTTGAGG ATGACGTTCC TTAAAGACTT ACTTCCGAAG ACAAAGACAA
ACATAACTGA TAAGACGACG TATGACTGTC TGAAGAGTGA ACTGGTCGTG AACAAAGTCT TTGTTGTTTT AGACGATGTG
AGTAGCGACA AACATATAAA GACTCTTCTT GGGGACCTAA GCTGGATCAA GAAAGGAAGC AGGATTGTTA TTACAACCCG
TGACAGGGCA TTAATCGCCG ACTTAGATCC AAACCCTTAC GTGGTTCCAA GATTGAACCC TCGAGATGGG TTGATGTACT
TCAGCTTCTT TGCTTTAGGG GGTTTCAATC CCGAAATGGG AGATTATATG AAAATGTCTA GAGTGTTTGT GGATTACGTT
AGAGGCAATC CAAAAGCTCT CAGAGAATTG GGTAAGGAAC TTCGTGGGAA AGGGGAGACA CTCTGGAAAG CACGGCTTAA
TACATTGACA ACATATTCCA ACAAGAGCAT TCAAGACCTG TTGAAGATAA GTTATGATGA GCTTAGTGAA GAGGAGAAGG
ATGCGTTCCT TGACATTGCG TGTTTCTTCA GATCAGAGGA CGAGTTTTAT GCGAGAAGCT TACTGGATCA TGATGATGAG
TCCTTTGAAG TTGCCAGTGA GATAACGGAT CTTGCCTACA AGTTTCTAAT TAGTATATCT GGCGGACGCG TAGAGATGCA
TGATTTACTT CATACATTCG GCATGGAACT TTGTTCGTTA TCATCCACAG AAGAAAAATG TAGGCTGTGG AAATGTCAAG
ACATTGTCGC TGCATTGCAT GACAAGATGG TGAGGCTAAT CAATGAGTTT ATATTTTTAT AGTATCAATA TGATAAGTGA
GTTTATGTTT TTCTTTTCTA TTTTAGGATA CCGAAATTGT GACATCTGTG AGAGGCATTT TTCTAGACAT GTCTCAAGTA
ACGGACATGC CTTTATACAG TTGGGTCTTT GCCAAAATGT GCAATCTATG GTACCTTAAA TTCTACACTT CTACTTGTCC
TCGAGAATGT GAAGGCGACT GCAAGTTAAA CTTCCCTGAT GGACTTTCAT TACCTCTGGA AGAGATCCGG TACCTGGACT
GGCTGAAATT CCCGTTGGAG GAACTTCCAT CTGACTTCAA CCCCAAGAAT CTTGTTGATC TAAGGCTGCC TTACAGCAAG
ATTAAACAAG TTTGGAAAGC TTATAAGGTT AGGACATCTC CATCTCACTT TTATATTTGA CTCTAAATAC TATCGTTGAA
AACATTTTTC TCTAACTCAC CTTACTCTAA AATACAGATT GTTATTTTCT TTTATATTTC GAAAAAATAT CATTCATGTA
TATTTAGAAG AAAATAGTAT TTTTCTTCTT TATTGTAAGA GATGTTTATC CAAGTTCCAC ATCGAAAATT TAGACAAATA
ATGTCTAATA TATAAAGAGA TGTTCAAGTC TAATTAGTAC AAAAATTTTT TTGCAGCGAA CCTAAAAGTA AATTTATGCG
GGCTAGTGTT TTAGGTCCGA AGTGTACAAT ATTGTACTAA TCGGTACAAG ATAAATCCCA ACATATTGTC AAAACTCATA
TATTTTAGAA TCTTTCTGTT TTATAAAGAA ATAGAGGAAT ACATGTCATA TGGGTCTTAG TATATATATA TTTATATATT
TATGTATATA TGTTTTTGTT CCTTTTGTGT TGTTAGAGTT GTATACATTA CTGACTGGTG GTGTTCCATA TGGTTTTAAT
AGGATACACC GAAACTGAAG TGGGTGGATC TTAACAACTC GAGAAAGTTG CAGACGTTGT CAGGGTTCTC AAAGGCCCCA
AATCTTTTGA GATTAAATCT TGAAGGTTGC ACAAGCCTAG AACGTTTATC TGAGGAGATG GAAACAATGG AAAGTCTTGT
TTTCTTGAAC TTGAGAGGAT GCACAAGTCT CTCGCATCTT CCGCAGATGA ATCTGAGTTC ATTGAAAACT CTTATCCTCA
GCGGCTGTGC AAAGCTTTAT AGATTTCAGC TAATTTCCGA AAATCTAGAA TCTCTCTACT TAGATGGAAC TGCAATAGAG
GATCTCCCTT CAGACATTGT GAAGCTTCAA AGACTTGTCT TATTGAATCT GAAGGAGTGT AAAAGGCTGA GGAGTCTTCC
AGAGTGTATA GGAAAGCTTA AAGCTCTTGA AGAACTGATT CTCTCTGGCT GTTCAAATCT CGAGACTTTT CCAAATGTTG
AAGACAGCAT GGAAAATTTC AGGGTTTTAC TACTTGATGG GACTTCAATC TTAGAGGTGC CAAAGATACT TCCCGGTATT
AACAGCCTGT TGTTTCTGAG GCGTATATCT TTTAGCGGAA ATGGTGTGAT CAGCAGCTTA GGATCTGACA TCAGTCGAAT
GTATCATCTC AAATGGTTGG ACTTGAACTC TTGTGAGAAA CTCAGGTCTC TTTCGACGCT TCCACCAAAT CTCCAGTGGT
TAGATGCACA TGGTTGCATC TCCTTGCAAA CAGTCTCGAG TCCTCTAGCC TTTATTATCC CAACAGAACA GATTCACAAC
ACTTTCACTT TCACCTTCAC TAAATGTTGT AAACTCAATG AGGCTGCAAA GAATGAAATT GCATCCCACG TTAGGAGAAA
AGGCCAGCTA GTCTCATCAG ATGATCACCA CAATGGGGTA GTCTATTCTT TTTTTCTTGG TTTTTTATTA TTTTTCTTCA
AGTCTTAAAA TCTTCTGGTT TTCTGATATA TATATATATA TTATTTATAT ATTTTTATAT ATATATTTAT TTATTTATTT
TTAATGTACT TTTTTCTCCT AGCAGAATTT TATCTCGACT TGCTATCCTG GATACGAAGT ACCTGCATGG TTCAGTCACG
AAGCCTATGG TTCAGTGTTA GAACCAAAGC TGCCTCCACA TTGGTGCGAC AACAAGTTTC TAGGAATATA TCTATGTGCC
ATTGTTTCGT TTCGTGACTG CGGAGATCAG AGCAGCCGCA TCCTGGCTAA ATGTACCTGT GAATTTGAAG ACTTAGATGC
ACCATGTAGC CGGTTTAGTA TACCTGTTGA AAGTGAGCCG CGTAATATCG AGTCAGACCA TGTCTTCATC AGCTATATAA
GTTGGTCAAA CATCAAGAAA CGTCAAGAAG TAGAGTTCAA GAAAGGATGT GTTCCTACTA GAGCTGTCCT TAGGTTCAAA
GTGACTGATG GGGCTGGTGA AGAGATTCCA CAGTGTGAAG TTGTGAAGTG TGGGTTCAGT TTGGTGTATG AACCTGATGA
TGAAATTAGT AATGTTGTTT CTTTGCCGGC GGCAAGGACG ATGTTGAATG GTGAGAGTAG TCAAGGTGAG GTAACCACTT
TCCAATCTGG AGAAGAAGCT CCTACTGAAA GTCCAACAAC AGCTGACTCT ACAAGTAAGA AAAATAGTTT CTAG