Name: BnaA01T0046000ZS
Type: mRNA
Source: PASA
Position: scaffoldA01:2456705..2460480 (+ strand)
Length: 3776
load_id: BnaA01T0046000ZS
parent_id: BnaA01G0046000ZS
primary_id: 45217
gbrowse_dbid: general
Parts:
Name: BnaA01T0046000ZS.exon1
Type: exon
Source: PASA
Position: scaffoldA01:2456705..2457389 (+ strand)
Length: 685
parent_id: BnaA01T0046000ZS
primary_id: 45218
Name: cds.BnaA01T0046000ZS
Type: CDS
Source: PASA
Position: scaffoldA01:2456705..2457389 (+ strand)
Length: 685
parent_id: BnaA01T0046000ZS
primary_id: 45219
Name: BnaA01T0046000ZS.exon2
Type: exon
Source: PASA
Position: scaffoldA01:2457869..2458251 (+ strand)
Length: 383
parent_id: BnaA01T0046000ZS
primary_id: 45220
Name: cds.BnaA01T0046000ZS
Type: CDS
Source: PASA
Position: scaffoldA01:2457869..2458251 (+ strand)
Length: 383
parent_id: BnaA01T0046000ZS
primary_id: 45221
Name: BnaA01T0046000ZS.exon3
Type: exon
Source: PASA
Position: scaffoldA01:2458334..2458689 (+ strand)
Length: 356
parent_id: BnaA01T0046000ZS
primary_id: 45222
Name: cds.BnaA01T0046000ZS
Type: CDS
Source: PASA
Position: scaffoldA01:2458334..2458689 (+ strand)
Length: 356
parent_id: BnaA01T0046000ZS
primary_id: 45223
Name: BnaA01T0046000ZS.exon4
Type: exon
Source: PASA
Position: scaffoldA01:2459341..2459546 (+ strand)
Length: 206
parent_id: BnaA01T0046000ZS
primary_id: 45224
Name: cds.BnaA01T0046000ZS
Type: CDS
Source: PASA
Position: scaffoldA01:2459341..2459546 (+ strand)
Length: 206
parent_id: BnaA01T0046000ZS
primary_id: 45225
Name: BnaA01T0046000ZS.exon5
Type: exon
Source: PASA
Position: scaffoldA01:2459645..2460480 (+ strand)
Length: 836
parent_id: BnaA01T0046000ZS
primary_id: 45226
Name: cds.BnaA01T0046000ZS
Type: CDS
Source: PASA
Position: scaffoldA01:2459645..2460480 (+ strand)
Length: 836
parent_id: BnaA01T0046000ZS
primary_id: 45227
>BnaA01T0046000ZS class=Sequence position=scaffoldA01:2456705..2460480 (+ strand)
ATGGACGTCA CCGATTTTTT CACCGGCGAA ATAGCGACGG AGCTACTAAA ACAGCTCGTT CTGATCTCAG CCAAAGCGTG
GAAATACAAA AGCATCGCCG ACAGGCTCAT CATCTTGATC GAGACCATCC AGCCCACGAT CCACGAGATC CAGTACAGCG
GCGTGGAGCT CCCTCCACAC CGCCAAGCTC AAATCGGTAT GCTCGCTGGT ACCTTAGAGA AAGGCAAGAA ACTCACGGAG
AGAGTCTTGA GCTCCCGTCG ATGGAACATG TATCGACAGT TCACACTAGC GAAGAAGATG GAGAAGCTGG AGAAGACGAT
ATCTGATTTT ATGAAGAATC AGATATTGAC TCATATCTTA GCCGATGTTC ATCAGCACCG TACTAACGCC GATGTGAGGT
TTGATAGAGT TGAGAGGAGC CTCACTGGCC TCGAGGAGCA GTTGGGTTCG ATGAAGATCG GAGGAGGAGG GATGATAACA
GATGCGATGA AGATAGCTGA GGCTACGATG GAGATTGAGA CGAGCGATGA TTGTGAGAAG TTTGGGGTTG GGTTGGAGAT
GGGAAAGAGG AAGGTGAAGA AGATGATGTT CAACGCTGAA GGAGGGCTTT TTGGGATTAG TGGCATGGGT GGTGTCGGTA
AGACAACTCT TGCTAGAGAC CTTGAACATG ACAACGAAGT CCGATGTAAG TATTCTTCTC GTGTCCTGTC TCTCTAAATA
GATGGTAGGT GTTAAATAGA CGCTCTGTAT TAGGCTTAGT AATAAGGCTG ATTATTGGGG GTGACTTGTT AAATTATTTA
TTATTTATTA TATATTTTAT AGAGATTAGA TTTTTAAATT TATTAGTTTT AGTTATACAA AGATTGTTTT AATGAACTAT
AAAACTTAGA TATACAAAAG AAAAAGAAAT CAGCCAGCTT TGTAAATTTA CATTAACATT ATTACTTGAT TTAACCAATT
TACATCAAAT TTGTATCGAA TTAAATCAAC TTTGATCAGT TTTAACTGAT TTAGACGTTT AAACCAAATT GAGCCATTTA
AAAGTGGATT TTAAAAAAAA ATTGTTTCGG CTATAACCAA TTTGTTGCTT AGGCATTGCC TAAATCAATT TTAGAACATT
GGTTATGACA TTTTTTTTTG TTAAATCACT GCTTTTTTTG TCAGGTTACT TCGAGAACAG GATTTTGTTT CTGACTGTAT
CACAATCCCC GATTCTTGAC GAGCTGAGAA CACGTATATG GGGGTTTTTA ACTGGTTGTG AAAGTGTAAA TAATGTTCCG
GACTGGAATT TACAGTATAA CGGTGGGGTT AAAACAAAGA AGCTGGTGAT TCTTGATGAT GTTTGGACAA GAAAAGCTTT
GGACAGCTTG ACTTCTAACC TTCCTAGTTG CACAATTCTT GTTGTTTCAC GGTCCAAACT TGCAGATCCT AATGCTACTT
ATGATGTGGA AGTACTAAGG GAAGATGAAG CTATCTCTCT CTTCTGTCTC TGTGCGTTTG GTCAGAAAAC TATCCCTCCT
GGTTTCGACA AAGACCTTGT TAAGAAGGTA ATGTTAATGG TTTCTCTCTT CTATAACTGA TTCATGGCTT AGTGTGATGT
ATATTTAATG CTTTTTCGAT CCTCCTCAGG TTGCTGGTGA GTGTAAAGGT CTACCTTTGG CTCTCAAAGT TACGGGCGCT
TCACTAAAAG ACCGCCCTGA AATGTATTGG CAGGGCGCAT TGCAGAGGTT ATCAAAAGGT GAACCTGCTG ATGAAACTCA
CGAGACTAGA TTGCTCCATC ACATGGAAGC TAGTCTAGCA GATCTGGACG AGACAGCCAG AGAGTGTTTC TTGGATCTTG
GCGCATTCCC TGAAGACAGG AAGATTCCTG TTGATATTCT CATCAACATG TGGATTGAAG TACATGATCT AGACGAGGCA
GTTGCTTTTG CCACTCTTGT TGATTTGTCA CACAAGAATC TCCTTACTCT TGGGAAAGAT CCACGGTAAG AGATCACATT
ACTTGTAGCT AGGCCTGAGC ATTTCATGTA TAGGTTCAGT TTATTTCGGT TTCTGGTTAT AGAAATATAG GTTATTTTTG
TTTTTGGTTC AGTTCAGATA ATAAAGTTGG GAACCAACTA ATATCCGAAA CAATTTTGGG TCCAATCTGA TTCCCGCTCG
GTTCTGTTTT TCGGTTAATT CGGATTAAAA ACTCGGATAA TTTGTATTTT TGTATTTTTG GATAAAAATA TCGGCTAAGA
CAGATAATTT TAAATATTTC GGATAAAAAT TATTCTGGTA ATTTTTTCTC GGGTTATTTG GTTTATAAAT AACATTTTTA
AAATATTTTT ATTATTTTAA AGTTTAAACT AGTTGATATT TATAACTAAC TGAACGTAAC TATTTTATTA TTTTAAAATT
ATATTATACA AATTTGGATA CATGTTCGGT TCTCAATTCA GTTTAAAATT TTTAATTCTA GAGATATAAA ATCCATTCGG
GTAATTTATA ATATCTGAAC TTTAACCGAA CCTTGTTTTC GATTTGGTTT GGTTCTTTGG TTCCGGATAA ATGTGTCCAA
GCTTACTTGT AGCTCTGAAC TCTTTATATG ATTCAAAGTT CTATGTAATC ATCATCACTT TATATTAATT TTGCAGGCTT
GGTTCTACGT ATGCAAGCTA CTATGATGTA TTTGTGACAC AGCATGATGT TCTGCGAGAC TTGGCACTTC ATTTATCCAA
CAAAGGGAAA ATAAACAGAA GAAAGCGATT GCTGATGCCG AAAAGAGAGA AAGAGCTTCC AAAAACATGG GGAAAGAACT
GTGATGAGGA ATACAATGCT GAGATAGTCT CTATTCATAC ATGCAAGTGA TCTTATAACT GCAATATTTA TATTACTAGG
TTCTCTTGTC CTATAATCAC AAGGATCATA ATGTTGATAG GCTTTGTGTT TTTGTTGCAG GGGAAATGGA TGACATGGAC
TGGTCTGACT TTGACATGGA CTTCCCTAAG GCAGAGGTTC TGTTGCTGAA TTTCTCTTCA GACAAGTATG TTTTGCCTCC
TTTCCTCAGC AAGATGACCC GGCTTAAGGT CCTGGTGATC ATCAACAACG GCATGTCCCC TGCGATTCTC CGTGACTTTT
CAATGTTTGC CAACTTGTCG AAACTAAGGA GTCTCTGGCT CGAGAGAGTT CACGTCCCTG AGCTCTACAA CACAACAATC
CCCATGAAAC ATCTCCACAA GATGTCTCTG ATTCTCTGCA AGATCAATAA CAGTTTTGAT CAGACCGGAG TTGACGTCTC
CAGTATCTTC CCAAAGTTGG GAGATCTGAC GATAGATCAC TGTGATGATC TCGTGACACT GCCTTCAAGC ATCTGTAAGA
TGACCTCTCT TAACTCATTA AGCATAACAA ACTGTCCACG CCTCGGTGAA TTGCCTAAGA ACCTCAGCAA GCTACAAGCT
CTTGAGCTTC TGAGGCTATA TGCTTGTCCC GAGCTAAAGG CGTTGCCTGA TGAAATCTGT GAGCTTCCTC AGCTTAAGTA
CCTCGACATC TCACAATGCG TCAGCATGAG TTGTCTTCCG GAGGATATAG GGAAGCTGAA GATGCTCGAG AAGATCGACA
TGAGAGAATG TTATATCTCT GGTAGAGTGA GGTCGGCCGT TTCGTTGGAG TCTCTGCGCC ATGTGATTTG CGACAAGGAC
GTTACGTTTA TATGGGAAGA AGTTGAGAGG GCTGTTCCAG GGTTAAAGAT TGAAGCTGCT GAGAAATGTT TCAGCTTAGA
TTGGCTCGAC GAGTAA