Name: BnaA10T0202100ZS
Type: mRNA
Source: PASA
Position: scaffoldA10:21934178..21935995 (+ strand)
Length: 1818
load_id: BnaA10T0202100ZS
parent_id: BnaA10G0202100ZS
primary_id: 629334
gbrowse_dbid: general
Parts:
Name: BnaA10T0202100ZS.exon1
Type: exon
Source: PASA
Position: scaffoldA10:21934178..21934577 (+ strand)
Length: 400
parent_id: BnaA10T0202100ZS
primary_id: 629335
Name: cds.BnaA10T0202100ZS
Type: CDS
Source: PASA
Position: scaffoldA10:21934178..21934577 (+ strand)
Length: 400
parent_id: BnaA10T0202100ZS
primary_id: 629336
Name: BnaA10T0202100ZS.exon2
Type: exon
Source: PASA
Position: scaffoldA10:21934735..21934882 (+ strand)
Length: 148
parent_id: BnaA10T0202100ZS
primary_id: 629337
Name: cds.BnaA10T0202100ZS
Type: CDS
Source: PASA
Position: scaffoldA10:21934735..21934882 (+ strand)
Length: 148
parent_id: BnaA10T0202100ZS
primary_id: 629338
Name: BnaA10T0202100ZS.exon3
Type: exon
Source: PASA
Position: scaffoldA10:21935202..21935274 (+ strand)
Length: 73
parent_id: BnaA10T0202100ZS
primary_id: 629339
Name: cds.BnaA10T0202100ZS
Type: CDS
Source: PASA
Position: scaffoldA10:21935202..21935274 (+ strand)
Length: 73
parent_id: BnaA10T0202100ZS
primary_id: 629340
Name: BnaA10T0202100ZS.exon4
Type: exon
Source: PASA
Position: scaffoldA10:21935365..21935843 (+ strand)
Length: 479
parent_id: BnaA10T0202100ZS
primary_id: 629341
Name: cds.BnaA10T0202100ZS
Type: CDS
Source: PASA
Position: scaffoldA10:21935365..21935843 (+ strand)
Length: 479
parent_id: BnaA10T0202100ZS
primary_id: 629342
Name: BnaA10T0202100ZS.exon5
Type: exon
Source: PASA
Position: scaffoldA10:21935923..21935995 (+ strand)
Length: 73
parent_id: BnaA10T0202100ZS
primary_id: 629343
Name: cds.BnaA10T0202100ZS
Type: CDS
Source: PASA
Position: scaffoldA10:21935923..21935995 (+ strand)
Length: 73
parent_id: BnaA10T0202100ZS
primary_id: 629344
>BnaA10T0202100ZS class=Sequence position=scaffoldA10:21934178..21935995 (+ strand)
ATGGAGAGGA CTAATCCGCA CCTTCAAGTT TTCATCAGTT TCCGTGGCAA AGACGTTCGC GACAACATCC TCAGCTCCTT
GAAAAAAAAA TTGAAAGATG AAGGCGTCAA CGTGAAGACG GACGACGACA TGCCTAAAGG AACAAAGATC GTAGAGAATC
TACTAAAGCT GATAAGAGAC TCGAAAGTGG CGGTGGTGAT CTTCTCAGAG AACTATCCAG AGTCGCCTTG GTGCTTGGAC
GAGCTAGTGG AGATCGAGAA GCAAATTGAG GAAACGAAGC TTAGACCTCT TCCCATCTTC TTCAAGGTTA GAGCCACACA
CGTAGCACTT GAGGACCATA ATCCTTTCAA AGATATTCTA CTGCGGTTGG AAGACAACGA ACGAGAAAAT GCCAGAAACG
GTAAGAAGGC GTTAGAGGCA GGGCCGGCTT AACTTTTCAT TGAGCCCATT GGGCAAAAAA AAAATGTTAT GCATTATAAA
TAATTAAAAA ATTATTATGG GGCCTTTATT AACAAAAGAA TAAAAAATTG AGACTATTTT GTCACTAAAT TTGATAGGTT
TTAGGGTGGG CTCCGGACGG ATGCACTGTT GGTCCTGTTT CCTGAGCCAG CGCTTGTTAA AGGATGCAGA CAAGAGGTTT
GTCAGGTGGA GGGGAGCTTT GAAATCTATA ACGGGTTATG CGGGCTTGAA GTATATAAAG GACAGGTTTG ATTAATATAT
ATGTAATATT AAATAGTATA ACAACATCCA AATTCAACAT CTAGATGTTG TTTGTTAGTA AAATCAATAT TCTTGCATCT
ACTGGATGCA TTTGGATATA ACTGTTTTTT TTTTTTTTTT TGGCAACTGT ATATAACTGT TTAAAAGGTT TGTTTAGTCG
TTTATAGTGA GTTGTTAAAA AAAAAAGTCG TTTATAGTGT GTAATGTTCA TAAGAATATA GCGCACGCTA TTTGGAGCCC
CTTGGAAAAG AACATATATG GATTTAGGAA AAGTATATAA TGATGATTCA TTTGTTATTG GAAGCAACCA AGCCCTCTTT
GTCAACCAAA TCGTGGAGGC TGTGAAGGAA ATGTTAGGCA AAGTACAATC ATCAGATGTA CGTAAAAGAC CTCAAAAGTA
CCGACTCATA TTAAGTCTGG TGGATTATGT CCTCTAATTT AATAAAACTC TCACGTTTTC TCTCCAGGAT GTGCATGACC
GGATCAGGGG ACTACATATT GTGCGACAAC AAAAAGTGTT CATCAGTTTT GGGGGTCACG ATGATGACAC CCGCCTTGGT
TTCATTTCTC ATCTCCAAGC TGGCTTGAAA AGAAATGGAA TCAACTTTTA CATAAATATT GAAAACATGA CTAAAGGATA
TGACCCCGAA GAGCTTATCA TGAATGTCCG AGAGTCGAGG ATAGCGCTTG TGATCTTCAC TGAGAGCTAC TTGAGCTCTT
CATGGTGCTT GGAGGAGCTA GTGGAGATCA ACAAATTCAC GATGAGTCTT GTAGTCATTC CAATATTCTA CAAAGTGGAA
CCGAAATATG TAAGGGATGG GAGGCTAGTG GAGATCAACA ACCAGCTAGT CTTGAATTGG GGAGCTAAGG ACCGCAGGAT
CAACAGATGG AAGCAGGCTC TTAACTCAGT TGGAGAGAGG TTAGGTTTTG TGTATGCAAA CCCAAGGTAA TTTATCCCTC
TCCTATACAG AAGTATATAA TATATATTGA TAAAATGTCA CACTAATCTC TGAATGCTTT TACAGCTCGG AGGCAGAATT
CGTTGAATCT ATCATCTATG AAACTAAGCG GACGTTAGCC AATACTTCAT CCAGCTAA