Name: BnaA02T0299900ZS
Type: mRNA
Source: PASA
Position: scaffoldA02:26910001..26914245 (+ strand)
Length: 4245
load_id: BnaA02T0299900ZS
parent_id: BnaA02G0299900ZS
primary_id: 139269
gbrowse_dbid: general
Parts:
Name: BnaA02T0299900ZS.exon1
Type: exon
Source: PASA
Position: scaffoldA02:26910001..26910458 (+ strand)
Length: 458
parent_id: BnaA02T0299900ZS
primary_id: 139270
Name: cds.BnaA02T0299900ZS
Type: CDS
Source: PASA
Position: scaffoldA02:26910001..26910458 (+ strand)
Length: 458
parent_id: BnaA02T0299900ZS
primary_id: 139271
Name: BnaA02T0299900ZS.exon2
Type: exon
Source: PASA
Position: scaffoldA02:26910651..26911782 (+ strand)
Length: 1132
parent_id: BnaA02T0299900ZS
primary_id: 139272
Name: cds.BnaA02T0299900ZS
Type: CDS
Source: PASA
Position: scaffoldA02:26910651..26911782 (+ strand)
Length: 1132
parent_id: BnaA02T0299900ZS
primary_id: 139273
Name: BnaA02T0299900ZS.exon3
Type: exon
Source: PASA
Position: scaffoldA02:26911862..26912167 (+ strand)
Length: 306
parent_id: BnaA02T0299900ZS
primary_id: 139274
Name: cds.BnaA02T0299900ZS
Type: CDS
Source: PASA
Position: scaffoldA02:26911862..26912167 (+ strand)
Length: 306
parent_id: BnaA02T0299900ZS
primary_id: 139275
Name: BnaA02T0299900ZS.exon4
Type: exon
Source: PASA
Position: scaffoldA02:26912280..26912687 (+ strand)
Length: 408
parent_id: BnaA02T0299900ZS
primary_id: 139276
Name: cds.BnaA02T0299900ZS
Type: CDS
Source: PASA
Position: scaffoldA02:26912280..26912687 (+ strand)
Length: 408
parent_id: BnaA02T0299900ZS
primary_id: 139277
Name: BnaA02T0299900ZS.exon5
Type: exon
Source: PASA
Position: scaffoldA02:26913127..26914245 (+ strand)
Length: 1119
parent_id: BnaA02T0299900ZS
primary_id: 139278
Name: cds.BnaA02T0299900ZS
Type: CDS
Source: PASA
Position: scaffoldA02:26913127..26914245 (+ strand)
Length: 1119
parent_id: BnaA02T0299900ZS
primary_id: 139279
>BnaA02T0299900ZS class=Sequence position=scaffoldA02:26910001..26914245 (+ strand)
ATGTCTTCTT CACGCAATTG GGTGTTTGAC GTCTTCCCTA GCTTCAGGGG GCTAGATGTC CGCAAAACAT TCCTCAGTCA
CTTTCTTAAG GAGCTGGATC TCAGATTGAT CATTGCTTTC AAAGACAGTA AGATAGAAAG AAGCCAAGCG ATCGAACCAG
AGCTTCTACA GGCAATTAGG AGTTCAAGGA TTGCGGTTGT CATGTTCTCG AAAAACTATG CTTCTTCCAA ATGGTGCCTA
GACGAGTTGC TGGAGATTGT GAAATGCAAA CAGGAGCTAG AGCAGATTGT GATACCCGTT TTCTACGGGT TGGATCCTTC
TGATATTAGA AAACAGTTGG GTGAGTTTGG TGAAGCTTTT GACAAGACTT GCAAGAACAG AACAGAGAGC AAGATACAGC
TGTGGCGGCA AGCTTTAACC GATGTTGCAA ATCTAGAAGG ACATCATTCT CGAAACTGGT ATAACTTTAT TATCATGATT
TTTTATTTTT TATTTTATAA AAAAATTTAA AATTATAGTG GTACTTTATT ATATGAATTA AAAAAAATAT GATACTCAAA
GAAAAAAAGA TTTATACAAC TTGTTACACT AATACACCAA TTGTTACATG TTATTTCATG GTTTGTAATA TAATATTTTC
TCCATGTCAG GGATAATGAA GCAAAAATGA TTGAAGCGAT CGTAGCTGAT ATTTTGGTTA AACTTAATTT AACTCCATCA
AGGGATTTTG ATGAGTTTGT CGGCATCAAC GATCATATTG CAAAGATGAG TGTATTGTTG AATGTAGAAT CTGAGGAAGT
GAGGATGGTT GGGATATGGG GTCCTTCGGG AATTGGCAAG ACTGCCATTG CAAGAGCTCT ATTTGATAGG CTTTCACATC
AATTCGAAGG TAGAATTTTC ATTGATAGTG CGTTCATATC TAAGAATCTG GAAGATTATA GGAGAGCTAA CTCTGATGAT
TACAACATGA AGTTGAGTTT GCAAGGAAAG TTCTTGTCTG AAATTTTAGG CTATGTGCAC ATAAAAATAG ATCATCTTGG
GGCTGCGAGA GATAGGCTTA TGCACAGAAA AGTTCTTATC GTTATTGATG ATTTGGATGA TCAAGTGGTG GTAGAGGCCT
TGGCTGGTGG AGATGATTGG TTTGGAATTG GGAGTAGAAT CATTGTGGTT ACAAAAGATA AACATCTTCT TGAGGCACAT
GGGATTGGTC ATATTTACAC GGTTGGTTTT CCATCAGAAA AGCAAGCGCT TGAGATGTTC TGCCGATCAG CTTTTGTGCA
AAACTATCCA CCTGATGGTT TTGTGGATCT TGCTTCTAAA ATAACCATGT GTGCTGGTGG TCTTCCTTTA GCTCTTCAGA
TTCTAGGTAA GGCTGTGAAA AGGAGGAACA AGGAGTATTG GACAGATATG TTATCGAGGC TTGGAAAAAG TCCAAACAGA
GATATTGTAA AAGGGCTAAG AGTTAGTTAT GATGCGTTAG ACAGCGAAGA AGATAAAGCA ATATTTCGTC ACATCGCATG
TTTCTTCAAT GGTATGGAAA TTGATAGAAT CAAACTGATG TTTGCAGATA GTGGGTTGAA TGTTAATATA GGTCTTACAA
ACCTAGTTGA TAAGTCCCTT ATTAGTGTAA AACCATCGTG GAATAATACA AATATTGTAG AGATGCATAG TTTGGTACAA
GAGATAGGTA AAGAAGTTGT TCGTACACAG TCTAACAAGC CTGGAAAACG AGAGTTTCTT ATGGATTCGA AGGATGTTTG
CAATGTACTT GGAAGTTCCA AAGTAAGATT TTTCTTTCTC TTTCCATAAG AATATTGGAA ATTGTCATTC CACCAATATA
ACGATTCTTG TTTTTTTTCA GGGGAGTGAA ATGGTTATAG GTATATCCAT GAATTTAGAT GAGATTAGTA TGGTGAGGAT
ACATGAGAAT GCATTCGACG AGATGACTAA TCTCCGTTTT CTGAAATTCT ATAAGAAGTC ACTGGAGAGG AAGAAAGAAG
TTAGATGGTT ACTACCCGAA AGATTCGATA ATTTTCCGGA CAAACTCAAG TTATTGAGTT GGCCGGGATG TCCAATGGTA
TACATGCCTT CTAGTTTCTG TCCTGAATAT CTTGTTGAAC TCATAATGCC TAACGCCAAC CTCGTGAAGC TATGGGACGG
AGTTGAGGTA AGTTCCAATA TATTTTCAAA CTGCTTATTA CTAAAAATGG GTTTCCTCTT AAAAAGAGAC CTTTCACTTG
GTGAGTAGTT AATTTTTATT TTGTCTATTT TTTGTTCAGC CACTTACATG CCTTAAAGAT ATGGATTTGT CCAAGTCTGA
AAACCTGAAT GAAATCCCGG ATCTTTCAAC AGCTACCAAT CTTGAGACAT TGAATCTTCA TGGTTGTTCA AGTTTGGTGG
AGCTTCCTTC CTCTATTCGG AATCTCAATA AATTGACAGA GTTGAACATG CAAGGATGTG TAAATCTGGA CACCTTTCCC
ACCGGAATCG ACCTCCAGTC TCTAAGTTCT CTTGATCTCA GTGGATGTTC ACGGCTGCAA AGTTTTCCTT TGATCTCAAG
TAACATTTCA AAGCTCAATC TAAGCCAAAC AGCTATCGCA AAATACCCCT TTAAATTGCC TTTAGAGTCT CTCGTTGAAC
TTCACATGGA GCAAATCAAG AGTGAGAGAT TTTGGGAAGG AGTTCAGGTA TGACATTGTT TTTTCTAAAA CTGTTTAATT
ACAAACGATT GAAATTATTA TATTTAAAAT TTTAAAGTAA GTTTTGAAAA CATGCAAAGT ACCATATCTG AAGATTTTCG
TAAATCTTTT CACTGAATAT AACACACATT TTCTATGAAA AAGAAAAGAC TACAAACTGT ATATCTTAAA TCCCCTAATT
AAGTTAGTGA CTAGGTCTTT AGAAATGTTA ATAGTAGACT GGCACATGTA GCCTATTGGT TTGTGCTAGT AATATTGTTG
TGCCACAATA GAGGTTCAAA CTTGGTAGAA TGCATGTTGT AGGCATTTAT ATGTTGTTGA CAAACAAAAA TAAATAAATG
TCTAATAGTT AGGGAAAGAA ATGATTCACG TGATGTTTAC CCAAGTTTAA AAATATCTAA ATAGTGTTTG GTACTGTTTT
GTTCAGCCTC TTACAAGCCT CAAGAAAATG GTGTTTTCAA GATGTGAAAA CTTGAAAGAA ATCCCAGATC TTTCAATGAT
GACTAAACTC GAGAAACTTG ATCTCAATGG TTGTTCTAGT TTGGTGGAGC TAACTCTTTC ATCGATTCAA AATCTCAACA
AACTCACGAC TTTGGAAATG ATAGGATGCT CAAGTCTAGA GACTCTCCCA ACCGGCATCA ACTTAAAATC TCTCTATCGC
CTCAATCTTA ATGGATGCTC TCAGTTGAGA AGCTTCCCAG ATATCTCAAG CAATATCTCA ACTCTCTTTC TAAACCAAAC
AGCCATTGAA GAAGTTCCTC CGTGCATCGG AAACTTCTCT AGCCTTGAAT CTATGGAGAT GTGGGAATGC AAGCAGCTAC
AATCCATCTC ACCAAAGGTT TTCAAACTTA GTAATCTTGA GGTTTACTTC TCAGACTGTG AGAAATTGAC TGAAGTTAGA
TGGCCAGAGG AAGAAAAAGA CACCAATGAT GCTGGCACCA CCTTGTCATT AGTTATTTTC ACCAACTGCT TCAATTTGAA
TCAAGAAGCA TTCATTCAAC AATCAGCTTC CGAATATCTG ATCTTACCAG GTGTAGAAGT GCCTCCATAT TTTACTCACC
GGTCTACCGC AAGCTCCCTT ACAATCCCTT TACATCGTTC AACTCTTAGT CAACAATCAT TCTTGGACTT CAAGGCTTGT
GTTGTGGTTT CCGAAGAAAC GGTTAGCCAT CTGCTGTTCT TTATAGACAT TCAGGTACAT TGCCGGTTTA GAGACCAGCA
CGGGAACTAC TTTGAGCCTG ATAATCCAAG ACATTTCTCC TTACATCAGA AATATAATCA TCTGATTATA TTTGACTGTC
ATTTCCCTCT AAACCAAGAT TGCAATCAAG TTGAGATAGA GTTTCGCCTT TCTAGTATTC GACTCAAACT AAAAGGATGT
GGTATAAGAC TCTCAGATGA CAATACTCCC TCTTTGGCTT CTCCTATTGA AGTAGATGAA GAAGATATGG CTGATGATGG
ATGTCATGAG ACTGAAGAAT GTGCATATAG CGATATAGAG ACGAAGAGAA GCAGAAAGCG AATTCGGGTA AGCATTCAGA
AGTAA