Name: BnaA08T0181900ZS
Type: mRNA
Source: PASA
Position: scaffoldA08:21500462..21503576 (- strand)
Length: 3115
load_id: BnaA08T0181900ZS
parent_id: BnaA08G0181900ZS
primary_id: 486466
gbrowse_dbid: general
Parts:
Name: BnaA08T0181900ZS.exon5
Type: exon
Source: PASA
Position: scaffoldA08:21500462..21501058 (- strand)
Length: 597
parent_id: BnaA08T0181900ZS
primary_id: 486475
Name: cds.BnaA08T0181900ZS
Type: CDS
Source: PASA
Position: scaffoldA08:21500462..21501058 (- strand)
Length: 597
parent_id: BnaA08T0181900ZS
primary_id: 486476
Name: BnaA08T0181900ZS.exon4
Type: exon
Source: PASA
Position: scaffoldA08:21501136..21501432 (- strand)
Length: 297
parent_id: BnaA08T0181900ZS
primary_id: 486473
Name: cds.BnaA08T0181900ZS
Type: CDS
Source: PASA
Position: scaffoldA08:21501136..21501432 (- strand)
Length: 297
parent_id: BnaA08T0181900ZS
primary_id: 486474
Name: BnaA08T0181900ZS.exon3
Type: exon
Source: PASA
Position: scaffoldA08:21501504..21502620 (- strand)
Length: 1117
parent_id: BnaA08T0181900ZS
primary_id: 486471
Name: cds.BnaA08T0181900ZS
Type: CDS
Source: PASA
Position: scaffoldA08:21501504..21502620 (- strand)
Length: 1117
parent_id: BnaA08T0181900ZS
primary_id: 486472
Name: BnaA08T0181900ZS.exon2
Type: exon
Source: PASA
Position: scaffoldA08:21502782..21503185 (- strand)
Length: 404
parent_id: BnaA08T0181900ZS
primary_id: 486469
Name: cds.BnaA08T0181900ZS
Type: CDS
Source: PASA
Position: scaffoldA08:21502782..21503185 (- strand)
Length: 404
parent_id: BnaA08T0181900ZS
primary_id: 486470
Name: BnaA08T0181900ZS.exon1
Type: exon
Source: PASA
Position: scaffoldA08:21503262..21503576 (- strand)
Length: 315
parent_id: BnaA08T0181900ZS
primary_id: 486467
Name: cds.BnaA08T0181900ZS
Type: CDS
Source: PASA
Position: scaffoldA08:21503262..21503576 (- strand)
Length: 315
parent_id: BnaA08T0181900ZS
primary_id: 486468
>BnaA08T0181900ZS class=Sequence position=scaffoldA08:21500462..21503576 (- strand)
ATGGATTCTT CACTTTATCT AATTTGTAGC TGGGTTGCTG CAATCAGTTT CCTCACGATT TTGGCTACGT TGTTGTTTAT
GGTTTACAAA AAAAACAGAT CCGTAACTGC TTCTTTTTCA CCTCCCAATT GGAAACACCA AAGCTACTGC GAACCGAGTC
TACAGTTAGT TGAGATGGAA CCGAGTCTAG ACTCAGATGA AGGGAACATG GACAACTGTG AACCAGAGCA GAGGCTGGAA
GCGTTTATTT CACGGTTTAA CTCGGAACTT AGGAAACAGA GGCAAGAGCA TATCATCACA AACGAAGATT TAAAGGCATG
TACGTAGGAT CCTATTTTTT TTATTTCTAA CCATCAAACA AAGACTAACT TGTTTTTGGG TCCTTCTTTA GGAAAAATTA
TATACAAGTG AAAGAGCTTC CCAAGGATCA TCTAGTGGAG GACTACCCGC GGTCTACATT TATTGCGCAA ATACATTACA
GTACTCCTTC GCTAGCCACC TCTCCATGGG TTTCCACAGA AAAGGCATAT ATGCATCTGC AAATAGCAAT GAGACTCTGG
ATGTGATGGA GGGAGCTAGC GCTTCTGTGG TGGTTTTTTC GAAGAACTAC TTGTCCTCCC CCTCATGCCT GGATAAGCTC
GTGAGGGTTC TTCAGTGCAG GAGGAAAAGC GGCCAGCTGG TGGTTCCAGT GTTCTATGAC GTCAGTCCAT CTAATGTGGA
GGTGCAGGAG CAAGAGTCAG TTGATCGGAT AAGCGCGCTC CAAGAGCTGA GAGAATTCAC AGGCTACCAG TTTAGGTAAC
TTGTGTATTA GATACTGTCA CTTGCATTTT TAGAAGAACA TAAGCTTTCT TCTTCAAAAT GCTTTCCACC TATCAAATCT
AACACCTCAA ACAAAAATTG CATAACTCTG GAATAAAAGG TATTTTGTTA TTTTTTTTTT TTATTAATGT AAACAGAGAG
GGATGCAGTG AGTGCGAACT CGTGGAAGAG ATTGTTAAAG ATGTCTATGA AAAACTCCTT CCCGCGGAAC AAATAGGAAT
CAGCTTAAGG CTCCTAGAGA TAGAACACTT GCTTTGCAAA CAGCCATGGG GTATCCGTCG CTTAGGAATC TGGGGTATGC
CCGGCATAGG CAAGACAACA CTTGCTAAAG CAGTTTTTGA TCAGATCTCT GGAGGCTATG AAGCTTTTTT TTTCATCAAA
CACTTTGACA AAGCTTTCAA CGAGAAGGGA CTTCACTGTT TGTTGGAGGA ACATTTTGGG AACATTTTGA TGGACTTGCC
TCGCGTATGC AGTAGCATTA CAAGACCTAG CTTCCCCGGG GATATATTAA GCAAGAAGAG AACTCTTGTT GTTCTTGATG
ATGTGCAAAA TCCTTTAGTT GCCGAGTCTT TTCTCGCTGG GTTTCATTGG TTTGGTCCGG GAAGCCTAAT TATCATAACC
TCCAGAGATA AGCAAGTTTT CCGCCATTGT CAAATCAATC ACGTGTATGA GGTTCAGAGC TTAAATGAGA ATGAGGCTCT
GCAGCTATTC TCTCACCATG CTATTGGAGA AAATATAAGA GAAAAAAAAT TCATGAAACT ATCAATGGAA GTGATTGACT
ATGCTAGTGG AAATCCATTA GCTCTCAGCT ATTACGGAAA AGAGCTCAAG GGAAAGAAAC TGTCAGAAAT GAGGACCACA
TTCCTCAAAC ACAAGCTACG TACGCCATAT AAGATTCAAG ACTTATTCAA GAGAAGCTAT GAAGCACTTA ATGACAGCGA
GAAGAACATT TTTCTGGACA TTGCTTGTTT TTTCAAGGGA GAAAATGTTG ACTATGTGAT GCAACTGCTT GAGGGGTGTG
GATTTCTACC ACATATTGGG ATTGATGTTC TTGTGGACAA GTGTCTGGTT ACTATTTCAG AAAACAGAGT GAAAATGCAT
AGAATAATTC AAGACTTCGG CAGAGAAATA ATCAACGGAG AAGTAGTACA GATCGAGCGG CGTCGCAGAC TATGGGAACC
TTGGACCATC AAATTTCTAC TTGAAGATGA CAAACTCAAA GCAAACGTCA AATCAACCTA TACACGTCTT CTGGTCTGGC
TTATTTCTAT TATTTTTGTA GATGAATTCA ACTTCTTGAT GTATCTCCTT ATCTTATATT GCAGGGCACT GTAGACATAG
AAGGCATATT TCTAGACGCA TCGAACTTAA GCTTTGATGT GAAGTCTGGT GCTTTTAAGG ATATGCTAAG CCTTAGATTC
CTGAAGATTT ATTGTTCTAA TTACGAAAAA GATAGTAGAG TCCTCCTTCC CAAAGGACTT GATTCTCTGC CTTATGAGCT
TAGACTCCTC CACTGGGAGA ACTATCCTTT GAAATCCTTG CCACAAAAAT TTGACCCATG CCACCTTGTT GAACTCAATT
TGTCTTACAG TCAGCTTCAG AAACTTTGGG GAGGAACCAA GGTAGGTAAA TAAACACCTA TCTATTTTTT TTTTCCAATA
TATGTTAATT CCATTTCAAA TTATAAATTT TTGTTTAGAA TCTCAAGATG CTGAAGGTGG TCAGGCTTTG TCATTCCCAG
CAGCTAACTG ATATTAACGA TCTTTGTAAA GCTCAAGATC TCGAGCTATT AGATCTCCGA GGGTGTACAC AACTGCAGAG
TTTTCCAGCC ATGGGTCAGT TGCGGCTTCT CAGAGTTGTG AACCTTTCAG GTTGCACAGA GATCAGAAGC TTCCCAGAGG
TTTCACCAAA TATTAAGGAA CTACATCTAC AGGGAACTGG TATCAGAGAA CTCCCAGTAT CCACTGTGAC CCTCTCCTCG
CAAGTTAAGC TGAACAGAGA GCTTTCCAAT CTTCTAACAG AATTCCCGGG AGTTTCAGAT GTTATAAACC ATGAGCGACT
AACAAGCCTG ATCAAACCCG TGTCAGCTAA TCAACATCTT GGTAAACTTG TTCGCCTGAA TATGAAAGAT TGTGTTCATT
TGACAAGTCT GCCTGACATG GCTGATTTAG AATTACTTCA AGTTCTTGAT CTCTCTGGAT GCTCAAATCT CAACGATATT
CAGGGTTTCC CACGAAACCT GGAAGAATTA TATCTTGCTG GGACGGCCAT AAAAGAATTC CACAGCTTCC CTTGA