Name: BnaA01T0268300ZS
Type: mRNA
Source: PASA
Position: scaffoldA01:24838924..24842472 (- strand)
Length: 3549
load_id: BnaA01T0268300ZS
parent_id: BnaA01G0268300ZS
primary_id: 75622
gbrowse_dbid: general
Parts:
Name: BnaA01T0268300ZS.exon4
Type: exon
Source: PASA
Position: scaffoldA01:24838924..24840860 (- strand)
Length: 1937
parent_id: BnaA01T0268300ZS
primary_id: 75630
Name: BnaA01T0268300ZS.utr3p1
Type: three_prime_UTR
Source: PASA
Position: scaffoldA01:24838924..24839166 (- strand)
Length: 243
parent_id: BnaA01T0268300ZS
primary_id: 75632
Name: cds.BnaA01T0268300ZS
Type: CDS
Source: PASA
Position: scaffoldA01:24839167..24840860 (- strand)
Length: 1694
parent_id: BnaA01T0268300ZS
primary_id: 75631
Name: BnaA01T0268300ZS.exon3
Type: exon
Source: PASA
Position: scaffoldA01:24841026..24841172 (- strand)
Length: 147
parent_id: BnaA01T0268300ZS
primary_id: 75628
Name: cds.BnaA01T0268300ZS
Type: CDS
Source: PASA
Position: scaffoldA01:24841026..24841172 (- strand)
Length: 147
parent_id: BnaA01T0268300ZS
primary_id: 75629
Name: BnaA01T0268300ZS.exon2
Type: exon
Source: PASA
Position: scaffoldA01:24841320..24842188 (- strand)
Length: 869
parent_id: BnaA01T0268300ZS
primary_id: 75626
Name: cds.BnaA01T0268300ZS
Type: CDS
Source: PASA
Position: scaffoldA01:24841320..24842181 (- strand)
Length: 862
parent_id: BnaA01T0268300ZS
primary_id: 75627
Name: BnaA01T0268300ZS.utr5p2
Type: five_prime_UTR
Source: PASA
Position: scaffoldA01:24842182..24842188 (- strand)
Length: 7
parent_id: BnaA01T0268300ZS
primary_id: 75624
Name: BnaA01T0268300ZS.utr5p1
Type: five_prime_UTR
Source: PASA
Position: scaffoldA01:24842366..24842472 (- strand)
Length: 107
parent_id: BnaA01T0268300ZS
primary_id: 75623
Name: BnaA01T0268300ZS.exon1
Type: exon
Source: PASA
Position: scaffoldA01:24842366..24842472 (- strand)
Length: 107
parent_id: BnaA01T0268300ZS
primary_id: 75625
>BnaA01T0268300ZS class=Sequence position=scaffoldA01:24838924..24842472 (- strand)
AAATAATAGA GTGCGTTAAG ACTTGTCCAC CCAAAGTTTT GTGAGTTGGT GTTCACTTGG ACAAAAAAAA AACTCATCAG
TTGGACGAAA GCGTTCTCCA GGAGCAGGTG ATTCTTGGAT CTTTTGTATT TTCGCATTTT TCACGTCTTT GTACAACGAT
TTGTGGATTG AATCCCTCAG AATATAGTTT ATTCGAGTCC TTGAGTTTTG AAAAAAAAAC AACAAATTAT TACTACTGGA
TCCTCCTCCT GTGATTATTG ACTGCTAGTT TCATTGTTGA ACAGGAAATT AATGGCGGAC TCACTTTTAT CATTTGGAGT
CGAAAAGCTT TGGGACCTCC TTGTCAGAGA GTCTGAGCGA CTTCAAGGGG TTGATGATCA GATCAATGGA CTAAAGAGTG
ATTTAAATAT GTTGAAGTGC TTTTTGGAAG ATGCAGAAGC CAAGAAACAC ACAAGTGCAA TGGTGAGAAA CACTGTGAAA
GAGATCAAAG AAATTGTTTA TGACGCAGAA GATATAATCG AAATCTTTCT TCTGGAGGAA GGACTAGGAA AAACAAGTAG
CATCAGGAAG AGAGTGAGAA GATTTCCTCG CGTTATGGTG AAACGCATGG GGCTTGCTTT CGATATGAAA GCCATAAGCA
ATAGAATATC TAAGGTGATC CGTGATATGC AGAGTCTTGG CGTGCAACAA GTCATTGTCA ATGAAACGTA TGCACAGGAG
AGACAAAAGG AAATGCGCCA AACTTTTTCC AGTGATACTG AAGACCATCT TGTGGGTTTG GAGGAGAATG TTGAGCAATT
AGTTGGCTAT TTGGCGGATG AAGATAGTAG CAGCCAAGTG GTTTCCATAA CGGGGATGGG CGGTATTGGT AAAACCACCC
TCGCAAGACA AGTTTTTAAT CATGAGATAG TAAAAAGCCA TTTTCCAGGA CTCGCGTGGG TATCTATCTC ACAACAGTTT
ACAAGGAAGT ATGTGTGGCA GACGATCTTG CGGAAACTTA GGCGAGAATA TAAGGTGTTA GAGATGACAG AAGATGAACT
CCAAGAAGAA CTTGTTCGGC TGTTGGGAAT ACAAAAGACT TTGATTGTCC TTGATGATAT ATGGAGAGAA GGAGACTGGG
ACATAATAAA ACCAATATTT CCACGACACA AAGGTGAAAT CTTGTGGTAC ATATATAAAT TAGATACTTC TCTTATTATA
TTTCGTAGCT TTTTGTTTGG GTGAATAAAA AGAGGAAGGT CATTAAGCAC TATGTCATTT TTTCTAGTAA GTTATGTAAA
AACAGTTATA TTTTCTGTAG GTTGGAAGAT ACTTCTTACT TCCCGCAACG AGGGTGTAGC ATTACGAGCA GATCCAAAAT
GTTTCACTTT TAAGCCAAAT TGTCTAACTC TCGATGAATG TTGGTATATT TTTCGGAGGA TAGCATTTCC TAGGAGCGAC
ACGGCCCGTG AGTTCTTAAC TAAGACAACC TCTGAGTATT CTTTTTTCCA AGTAAAAAAA CAATATGATG TTTTCTGCCT
TGTATAAAAC TGACTCCAGT ATCTTCAAGA CATGTGTTTT TTTTTTAACA CTCTTGTAGA ATGATTTGTA AACTTGATAA
TGTGTTTTGC AGAACTTAAG GTTGATGAAA TGGAGAAGAT GGGTAAGCAA ATGATCAAAC ACTGTGGAGG ACTACCTTTG
GCAGTGAAAC TGTTAGGAGG TTTGCTAGCT TCCCAATACA CATTGCATCA ATGGAAAAGG ATATATGAGA ATATAAGATC
TCACATCATT GGAGGGACTA GTTACAATGG CGACAACAAC AATTTGGTTT ATCATGTATT ATCTTTGAGT TTCGAAGAGT
TGCCTAGTTG TTTGAAGCAT TGCTTCCTCT ACTTGGCTCA TTTTCCAGAA GATTGTCCAG TAGATGTTGA GAAACTGGCC
TACTACTGGG CCGCGGAAAG AATGCCAAAA CCGGAGTATT ATGAAAGAAC AAGTGTTCGA GATGTTGTTG ATGGCTACAT
AGAAGAGTTG GTTAAAAGAA ATATGGTCAT CTCCGAAAGA GATGGTATGA CTTTGAGATT TGAAAAGTGT CACTTGCATG
ATACGATGAG AGAAGTTTGT CTTATTAAAG CCAAAGAAGA GAACTTTCTA CAAATTGTTC ATGGCACCAC CTCTAAATCT
TCTTGTAAAT CTCGCAGACT CGCTATACAT CGGCTTGATA AAACATTTGA TGAAGAGATG GAGATAAACA ATCCAAAACT
TAGATCTCTC TTGGTTATCT TGAAGGACAT GAGAACAGAT TGGATGGTAC CAGGTTTGCG CTTTACCGGG CTAAAGTTGA
TGAGGGTTTT AGATCTCTCT AAAGCTCAAT TTGATGGAGG GGAGTTACCC TCAAGCATTG GAAATCTCAT TCACTTGAGA
TACTTGAGTT TATATATGGC ACATGTAACT CATCTACCTT CTTCTATGCG GAAACTGAAG TTGCTGATCT ATTTAAACCT
ATGTGTTGAT GCTAGATGTT CACTCTACAT GCCCAATTTC TTGAAAAAGA TGCGAGAATT GACAACCCTC TGGTTTCCAT
TGAGGATACA TGACAAGGTA AAGATGGAAT TGGGCAATCT AGTCAATCTG GAGACGTTAG AGAATTTCTC AACAGAGCAT
GGGAGTGTGT GTGATATCCA GGGAATGACA AGGCTCAAAA CCCTCTCTAT CTCATTCAAT GGCAAGGGGT GTACTATGGA
AACCCTATCT TCATCTCTGA GTGAATTGAG ACACTTGGAA AATCTTAATA TATATGATGC TTATAAGTTG TATGCTCCCA
CAGTTGATGA AGAAGGATTT TGTTTTGATT GCAAGAATCT CAAACAGCTC AAGTTGAGTA TATGTATGCC AAGGTTACCT
GATGCGCAAC GCTTCCCTTC TCACCTTAGA AGCATAACTT TACGTGGTTG TTGCTTAGAG GAGGATCCAA TCCTGATTCT
AGAGAAGCTT CTTCACTTAT ATGATGTCAG TTTACTAAAT ATATCTTTCT GTGGGAGGAG AATGGTTTGC TCGAGTGGTG
GGTTTCCCCA ACTGCATAAG CTTGAATTTG GTGGATTAGC TGAGTGGGAA GAGTGGATTG TAGAAGAAGG CTCCATGCCC
TTTCTTCAAA CTCTGACTAT TCATAATTGT CGAAAGTTGA TGGAGCTTCC TGATGGGCTG AGGTTTGTCA CTTCCTTGGA
AGAACTGGAT ATGAACACAC ATACATTAGA ATTTTGGAAG AAATTGTCCA TAGGAGGAGA AGAATACTAC AAAGTCCAAC
ACATACCTCT TTTGAATATC GTCTAACATA AAGAAAAGGG TAACTTTCCT CCTTTGAACT CTAAATGAGA AGCTCATATC
TGTACCTTTG TTGTTTCAGA GAGGTGAGGC TTGATATCTT TTAATTTGTT TAGAGATTTT ATTGTATTTT TGTTGTCACG
CAACTAGGCT TCAGAATCTT TGTCGACAAC ATCGTTGACT TTGAGAACCT TCTATAACCA GATTCTGTTT TGCCAAGATA
TTTATTTGGA CATAATCTAT CAAAACACC