Name: BnaC03T0695400ZS
Type: mRNA
Source: PASA
Position: scaffoldC03:67118138..67124213 (+ strand)
Length: 6076
load_id: BnaC03T0695400ZS
parent_id: BnaC03G0695400ZS
primary_id: 875418
gbrowse_dbid: general
Parts:
Name: BnaC03T0695400ZS.exon1
Type: exon
Source: PASA
Position: scaffoldC03:67118138..67118182 (+ strand)
Length: 45
parent_id: BnaC03T0695400ZS
primary_id: 875419
Name: cds.BnaC03T0695400ZS
Type: CDS
Source: PASA
Position: scaffoldC03:67118138..67118182 (+ strand)
Length: 45
parent_id: BnaC03T0695400ZS
primary_id: 875420
Name: BnaC03T0695400ZS.exon2
Type: exon
Source: PASA
Position: scaffoldC03:67118277..67118380 (+ strand)
Length: 104
parent_id: BnaC03T0695400ZS
primary_id: 875421
Name: cds.BnaC03T0695400ZS
Type: CDS
Source: PASA
Position: scaffoldC03:67118277..67118380 (+ strand)
Length: 104
parent_id: BnaC03T0695400ZS
primary_id: 875422
Name: BnaC03T0695400ZS.exon3
Type: exon
Source: PASA
Position: scaffoldC03:67118555..67119479 (+ strand)
Length: 925
parent_id: BnaC03T0695400ZS
primary_id: 875423
Name: cds.BnaC03T0695400ZS
Type: CDS
Source: PASA
Position: scaffoldC03:67118555..67119479 (+ strand)
Length: 925
parent_id: BnaC03T0695400ZS
primary_id: 875424
Name: BnaC03T0695400ZS.exon4
Type: exon
Source: PASA
Position: scaffoldC03:67119698..67119994 (+ strand)
Length: 297
parent_id: BnaC03T0695400ZS
primary_id: 875425
Name: cds.BnaC03T0695400ZS
Type: CDS
Source: PASA
Position: scaffoldC03:67119698..67119994 (+ strand)
Length: 297
parent_id: BnaC03T0695400ZS
primary_id: 875426
Name: BnaC03T0695400ZS.exon5
Type: exon
Source: PASA
Position: scaffoldC03:67120079..67120259 (+ strand)
Length: 181
parent_id: BnaC03T0695400ZS
primary_id: 875427
Name: cds.BnaC03T0695400ZS
Type: CDS
Source: PASA
Position: scaffoldC03:67120079..67120259 (+ strand)
Length: 181
parent_id: BnaC03T0695400ZS
primary_id: 875428
Name: BnaC03T0695400ZS.exon6
Type: exon
Source: PASA
Position: scaffoldC03:67120333..67121614 (+ strand)
Length: 1282
parent_id: BnaC03T0695400ZS
primary_id: 875429
Name: cds.BnaC03T0695400ZS
Type: CDS
Source: PASA
Position: scaffoldC03:67120333..67121614 (+ strand)
Length: 1282
parent_id: BnaC03T0695400ZS
primary_id: 875430
Name: BnaC03T0695400ZS.exon7
Type: exon
Source: PASA
Position: scaffoldC03:67121719..67121764 (+ strand)
Length: 46
parent_id: BnaC03T0695400ZS
primary_id: 875431
Name: cds.BnaC03T0695400ZS
Type: CDS
Source: PASA
Position: scaffoldC03:67121719..67121764 (+ strand)
Length: 46
parent_id: BnaC03T0695400ZS
primary_id: 875432
Name: BnaC03T0695400ZS.exon8
Type: exon
Source: PASA
Position: scaffoldC03:67121874..67122056 (+ strand)
Length: 183
parent_id: BnaC03T0695400ZS
primary_id: 875433
Name: cds.BnaC03T0695400ZS
Type: CDS
Source: PASA
Position: scaffoldC03:67121874..67122056 (+ strand)
Length: 183
parent_id: BnaC03T0695400ZS
primary_id: 875434
Name: BnaC03T0695400ZS.exon9
Type: exon
Source: PASA
Position: scaffoldC03:67122151..67122258 (+ strand)
Length: 108
parent_id: BnaC03T0695400ZS
primary_id: 875435
Name: cds.BnaC03T0695400ZS
Type: CDS
Source: PASA
Position: scaffoldC03:67122151..67122258 (+ strand)
Length: 108
parent_id: BnaC03T0695400ZS
primary_id: 875436
Name: BnaC03T0695400ZS.exon10
Type: exon
Source: PASA
Position: scaffoldC03:67122333..67124213 (+ strand)
Length: 1881
parent_id: BnaC03T0695400ZS
primary_id: 875437
Name: cds.BnaC03T0695400ZS
Type: CDS
Source: PASA
Position: scaffoldC03:67122333..67124213 (+ strand)
Length: 1881
parent_id: BnaC03T0695400ZS
primary_id: 875438
>BnaC03T0695400ZS class=Sequence position=scaffoldC03:67118138..67124213 (+ strand)
ATGGATTTCC ACAGAAAGGG CATTTATGCA TCTGCAAATA GCAATGTGAT GGAGGGGAGC TAGCGCTTCT GTGGTGGTTT
TATCGAAGAA CTACTTGTCC TCCCCCTCAT GCCTGGATAA GCTCGTGAGG GTTCTTCAGT GCAGGAGGAA AAGCGGCCAG
CTGGTGGTTC CAGTGTTCTA TGACATCAGT CCATCTAATG TGGAGGTGCA AGAGCTGAGA GAATTCACAG GCTACCAGTT
TAGGTAACTG TTTATTAGAT ACTGTCACTT GCATTTTTAC AAGAACTTAA AGCTTTCTTC TTCAAAATGC TTTCCACCTA
TCAAATCTAA CACCTCAAAC AAAAATTGCA TAACTCTGGT ATTTTGTGGA CTAAACAGAG TTGTTATATT TTTTTTTTAA
TTAATGTAAA CAGAGAGGGA TGCAGTGAGT GCGAACTCGT GGAAGATATT GTTAAAAGAT GTCTATGAAA AACTCCTTCC
CGCGGAACAA ATAGGAATCA GCTTAAGGAT CCTAGAGATA GAACACTTGC TTTGCAAACA ACCATGGGGT ATCCGTCGCT
TAGGAATCTG GGGTATGCCC GGCATAGGCA AGACAACACT TGCTAAAGCA GTTTTTGATC AGATCTCTGG AGGCTATGAA
GCTTTTTTTT TCATCAAACA CTTTGACAAA GCTTTCAATG AGAAGGGACT TCACTGTTTG TTGGAGGAAC ATTTTGGGAA
CATTTTGATG GAATTGCCTC GCGTATGCAG TAGCATTACA AGACCTAGCT TCCCCGGGGA TATATTAAGC AAGAAGAGAA
CTCTTGTTGT TCTTGATGAT GTGCAAAATC CTTTAGTTGC CGAGTCTTTT CTCGGTGGGT TTCATTGGTT TGGTCCGGGA
AGCCTAATTA TCATAACCTC CAGAGATAAA CAAGTTTTCC GCCATTGTCA AATCAATCAC GTGTATGAGG TTCAGAGCTT
AAATGAGAAT GAGGCTCTGC AGCTATTCTC TCACCATGCT ATTGGAGAAA ATTTAAGGGA GAAAAAATTC ATGAAACTAT
CAATGGAAGT GATTGACTAT GCTAGTGGAA ATCCATTAGC TCTCAGCTAT TACGGAAAAG AGCTCAAGGG AAAGAAACTG
TCAGAAATGA GGACCACATT CCTCAAACTC AAGCTACGTA CGCCATATAA GATTCAAGAC TTATTCAAGA GAAGCTATGA
AGCACTTAAT GACAGCGAGA AGAACATTTT TCTGGACATT GCTTGTTTTT TCAAGGGAGA AAATGTTGAC CATGTCATGC
AACTGCTTGA GGGGTGTGGA TTTCTACCAG ATATTGGGAT TTTGATGTTC TTGTGGAGAA GTGTCTGGTT ACTATTTCAG
AAAACAGAGT GAAAATGCAT AGAATAATCC AAGACTTCGG CAGAGAAATA ATCAACGGAG AAGTAGTACA GATCGAGCGG
CGTCGCAGAC TATGGGACCA TCAAATTTCT ACTTGAAGAT GACAAACTCA AAGCAAACGT CAAATCAACT TTTGTAGATG
AATTCAACTT CTTGATGTAT CTCCCTATCT TATATTGCAG GGCACTGTAG ACATAGAAGG CATATTTCTA GACGCATCGA
ACTTAAGCTT TGATGTGAAG TCTGGTGCTT TTAAGCATAT GCTAAGCCTT AGATTCCTGA AGATTTATTG TTCCAGTTAT
GAAAAAGATA GTAGAGTCCT CCTTCCCAGA GGACTTGATT CTCTGCCTTA TGAGCTAAGA CTCCTCCACT GGGAGAAATA
TCCTTTGAAA TCCTTGCCAC AAAACTTTGA CCCATGCCAC CTTGTTGAAC TAAATTTGTC TTACAGTCAG CTTCAGAAAC
TTTGGGGAGG AACCAAGGTA GGTAAATAAA CACCTATCTA CCGTCTTATG TATATTTTTT TTTCCAATTA ATTCCATTTC
ACATTATAAA TTTTTGTTTA GAATCTCAAG ATGCTGAAGG TGGTCAGGCT TTGTCATTCC CAGCAGCTAA CTGATATTAA
CGATCTTTGT AAAGCTCAAG ATCTCGATCT ATTAGATCTC CGAGGGTGTA CACAATTGCA GAGTTGCGGA AGCTTCCCAG
AGGTTTCACC AAATATTAAG GAACTACATC TACAGGGGAC TGGTATTAGA GAACTCCCAG TATCCGCTGT GACCCTCTCC
TCGCAATCTT CTAACAGAAT TCCCGGGGGT TTCAGATATT TTAAACCATG AGCAACTAAC AAGCCTGATC AAACCCGTGT
CAGCTAATCA ACATCTTGGT AAACTTGTTG GCCTGAATAT GAAAGATTGT GTTCATTTGA CAAGTCTGCC TGACATGGCT
GATTTAGAAT TACTTCAAGT TCTTGATCTG TCTGGATGCT CAAATCTCAA CGATATTCAG GGTTTCCCAC GAAACCTGGA
AGAATTATAT CTTGCTGGGA CGGCCATAAA AGAATTTCCA CAGCTTCCCT TGAGTCTTGA AATCTTGAAT GCACATGGTT
GTGTGTCTCT TATATCAATT CCTATCGGTT TCGAGCAGCT TCCTAGGTAC TACACATTCA GTAATTGTTT TGGTCTTTCG
GAAAAAGTGG TCAACATTTT TGTAAAGAAT GCTTTGACTA ATGTTGAGCG CCTCGCAAGG GAGTATCATC AAAAACAGAA
ACTCGACAAA TCTCTAGCTT TCAGCTTCAT TGGGCCTTCA CCTGCAGGGG AAAATCTAAC ATTTGATATG CAATCAGGAT
CTTCTGTGAT TATACAAATG GGTTCTTCTT GGAGAGATAC GCTTGGAATT GCCGTATTAG TACAAGTTAC ATTTTCGAAG
GATTACTGCG AGGCTAGTGG TGGTTTTAAC GTTACTTGTG TTTGCAGATG GAAAGATAAG AATTATGTCT CTCATAAGCG
AGAAAAAGAC TTCCATTGTT GGCCTCCAGA GAAAGAAGAA GGTGTTTCAA AGGATCACAC GTTCGTCTTC TGTGATCTCG
ATATTCATCC TAGTGCCTGT GAAGAAAATG ATACCGGCAT ATTAGCTGAT CTTGTCGTAT TTGAGTTCTT TACTGTGAAC
AAGCAGAAGA AGCTATTAGA TGAGAGTTTT ACAGTGACGA AATGTGGAGT ATATGTGATA ACTGCTGCAG ATCGAGATAC
AAGCCCTAAC ATGACTCCAT CATTTTCATC GTCTGATTAC CTGCAGGAGC TTTCTGATAA TGATGCTCGA AACGTATATG
ATGGCTTAGA CGAGAATGAA AGAACTTTAT TTCTTTACAT TGCGTGTCTG TTCAATGATG AGGAAGCTGA TTTGTTGGCA
CCACTTAGCA ATGGCTTGGA AATTAGTTCT GGGATCAAGA TCTTAACCGA TAAGTCTCTC ATACATATAT CTCCATACGG
TGTTTTAGTA CGAGAAGGCT TACTGCAGAA AATAGGTATG GAGATGATCA ATAGACGGAG ACAGGCGCAA GCCTTGACCA
ATTTAGCTGA TATAGCCGGA GTGGATTCTC GGAAGTGGTA TGTTCTGGTC CCATTGTTTA TGCTTGATCT TAGATTAGTT
TTTAAGAATA TTCCATATTG AAATCCAATC ATTGTTACTC TATGATATTT CTCCTTGTCA GGGATAATAA AGCTAACATG
ATAGAGAACT TGCCTCACTC CTTCAAGGTT TGTTCTATAT CTGCAAACCC TCTGGGTCTT ATGATGGTAT TTTTCTGGTG
GAGTTTTGCT TAATGTTTTT AATTGTAATA ACATGTTTGG TGTTGTTCTG CTTCAGATGC ACTCTTCCAT GTGCTTAGCC
TTGAAGAAAT TAGTTGATAG AGTCATGAAA ATATTTCCTG AAATAGAAGC TGGAGCTGCT AGACCCGGAT CTTCCACAGC
GATACAGACT CTCAACAAAG CTTTGGAGAA AGCTAAGCTA CTTCTTCAAT ACTGCAGTGA ATCCAGTAAA CTCTACATGG
TTTGTCAAAA ACTCAACTTC CTCTCACATT TTATGTACTT TTTATCACTG TATGTGGCCT AATGTGATTA ATATGTTTTG
CATCAATCTT CAGGCAGTAA CAGGAGATGC TATACTCTCA AGAGGTTCTA GATCCAAAAA GTTATTAGAA CAAAGCTTAG
CTGACATCAG AACCATGGTT CCTACTGCTT TGGCTATCCA GGTTTGTAAC CAAGCTATGT TTGTGACTTT TTTGTTTTGT
TTTGTGGAAA ATGCTGAATC AATTGTTGCT TGCAGATACT TGAGGTTCTC CCGGATCTTA AGTCAACAGA GTTGTCTCTA
GAATCATCTG AAGAAGACGC TGGGAAAGAT ATTAGGGAAC TGATAAAACG AAGCACATCT TCTTCTGTGT CTTCTGATGA
GATCAGAGAT TTCCACTTTG CAGCCCTAAA GCTCCAGCTT TCAACACCTG AAACCATTGT GATTGAGAGA AGATCCCTGA
AGTCGCTTTT TGCTAAATCA GGCGAGTGTA AAGAGAACAA GAGACAGATT CTGAAGTATC TCCTCTACCT CCTGAAGAAG
CATGAGAAAA TCATTTGGAG TGATCACAAA GAGAGCTCTC TCAGACAGCA CCCCTCTGTG AATGATTCTG TGTCTGCTAG
TGTTGCAGAA GCCGGGTGTT CTGAGGAACA CAACAATGAG GAACACAACA ATGATGAACA GTTTAAGTGT CCTCTCTCTC
TTACTGTCAT GTATGATCCT GTCATCATCT CCTCAGGCCA CACCTTTGAG AGGATGTCGA TTCAGAGATG GTTTGATTTA
GGTAATGACA CGTGTCCTGT ATCAAAAAGA GTACTAGATG ATTTCACATT GCAGTCCAAC GTAGCGATGA AGGATCAGAT
ATCAAAATGG TGCAAGAAGC ACGGTCTTGA TGTTCAAGAT CCAGCTATGA ACGCTTCACA CAATCTTGAC TTCTCCATTG
CTAGTTTTAC AAGTTCTCTG TACAATATAC CAGACCTCAG CTGCTTCACT AGTAGAGACT TCAGCTCTAG CTTCTCCACC
GATTCACCAT CTTACTCTAG GATGTCCACG GGTGGCTACT TCATGCCAAT GCAGACGATA GATTCTGAGT CAGGAACTGA
AGTCACAGAT TCTACTCATC ACAGTGAGGT GGAGATAGAG CCTTTATGTG AGCTCAGTAA GCTTCCATGG GATGCTCAAA
TCAAGGTTGT TCAAGATGTA AGAAGTCTTT TTGAGAAAGA TTCTAGGGCT GTTCGGTCTG TGTCACCTAG TAGGTTTCTT
GAGCCGCTTA TCACATTCTT GAAGAACGCT CATGAGAGAA ATGGCACTGA GGGAGACGTA GTAAAGTGTG GTTTGGATTT
GTTATTGACT TTCCTCAGTG GAAACAGGAA GGCTATAGAG AGCTTGAAAG AAGACTTGTT TGAAATGTTG TGCGTCTTTC
TTGGGTCAGA GTTAGTAGCT GAAGAAGCTC TAAACGTACT TGAGGTTCTC TCTAATCATC CACAGAGTCT CTCAAAGATA
ACTTCAACAA GCTCTCTCTC TTCCCTTTTG AAGATAGCTG AGTCTGGAGC AGAAAATCTT CAAGAACAAG CAATGATCAC
ACTCAAGAAC CTCTCTGCAA GCAATGAGAT TTGTGTGGAA ATGGTCTCTC TCGATTTCGT CCAGAAGCTA ACATCTTTCT
TGCAACAAAA AGTCTTCAGC AAACACTCGA TCATCATTCT GAATTATCTC TGCAACACGG AGAAAGGTCG GGTTTGTATA
ACTGAAACCC CGGGTTGTTT AACTTCAATA GCGGAATTAC TCGACTCAAA TGTTCCTGAG GAGGTAGAGA ATGCAATCTC
CATCCTCCTC CAGCTCTGTG TGGAGAAGAT AGAGTATTGC TATCTTGTGG TGAGAGAAGG CCTTAATATC TACTCATCTC
TTCTCTTGAT ATCCAACAAC GGAACCGAGG AAGCGAAAGT GGGTGCATCT GAATTGCTTA GAGCTCTTGC AGAAGTAGAA
GAAGAAGAAT CCTCCACTCC AGGAGGAGCA ACTACTTCAC TGGTTGTTAC TCCAGTTACG CAACAGGAAC CTATAACAAC
ACCATGTCCA AAGAATTCTG GTCTTTTTGG ACTCAGTTTC CCCATTTCCA AGAAGAAGAA GAAGATAAAA CTATAA