Name: BnaA10T0244800ZS
Type: mRNA
Source: PASA
Position: scaffoldA10:23943635..23947956 (+ strand)
Length: 4322
load_id: BnaA10T0244800ZS
parent_id: BnaA10G0244800ZS
primary_id: 636204
gbrowse_dbid: general
Parts:
Name: BnaA10T0244800ZS.exon1
Type: exon
Source: PASA
Position: scaffoldA10:23943635..23943819 (+ strand)
Length: 185
parent_id: BnaA10T0244800ZS
primary_id: 636205
Name: cds.BnaA10T0244800ZS
Type: CDS
Source: PASA
Position: scaffoldA10:23943635..23943819 (+ strand)
Length: 185
parent_id: BnaA10T0244800ZS
primary_id: 636206
Name: BnaA10T0244800ZS.exon2
Type: exon
Source: PASA
Position: scaffoldA10:23946296..23946353 (+ strand)
Length: 58
parent_id: BnaA10T0244800ZS
primary_id: 636207
Name: cds.BnaA10T0244800ZS
Type: CDS
Source: PASA
Position: scaffoldA10:23946296..23946353 (+ strand)
Length: 58
parent_id: BnaA10T0244800ZS
primary_id: 636208
Name: BnaA10T0244800ZS.exon3
Type: exon
Source: PASA
Position: scaffoldA10:23946772..23946833 (+ strand)
Length: 62
parent_id: BnaA10T0244800ZS
primary_id: 636209
Name: cds.BnaA10T0244800ZS
Type: CDS
Source: PASA
Position: scaffoldA10:23946772..23946833 (+ strand)
Length: 62
parent_id: BnaA10T0244800ZS
primary_id: 636210
Name: BnaA10T0244800ZS.exon4
Type: exon
Source: PASA
Position: scaffoldA10:23946911..23947010 (+ strand)
Length: 100
parent_id: BnaA10T0244800ZS
primary_id: 636211
Name: cds.BnaA10T0244800ZS
Type: CDS
Source: PASA
Position: scaffoldA10:23946911..23947010 (+ strand)
Length: 100
parent_id: BnaA10T0244800ZS
primary_id: 636212
Name: BnaA10T0244800ZS.exon5
Type: exon
Source: PASA
Position: scaffoldA10:23947097..23947138 (+ strand)
Length: 42
parent_id: BnaA10T0244800ZS
primary_id: 636213
Name: cds.BnaA10T0244800ZS
Type: CDS
Source: PASA
Position: scaffoldA10:23947097..23947138 (+ strand)
Length: 42
parent_id: BnaA10T0244800ZS
primary_id: 636214
Name: BnaA10T0244800ZS.exon6
Type: exon
Source: PASA
Position: scaffoldA10:23947363..23947413 (+ strand)
Length: 51
parent_id: BnaA10T0244800ZS
primary_id: 636215
Name: cds.BnaA10T0244800ZS
Type: CDS
Source: PASA
Position: scaffoldA10:23947363..23947413 (+ strand)
Length: 51
parent_id: BnaA10T0244800ZS
primary_id: 636216
Name: BnaA10T0244800ZS.exon7
Type: exon
Source: PASA
Position: scaffoldA10:23947858..23947956 (+ strand)
Length: 99
parent_id: BnaA10T0244800ZS
primary_id: 636217
Name: cds.BnaA10T0244800ZS
Type: CDS
Source: PASA
Position: scaffoldA10:23947858..23947956 (+ strand)
Length: 99
parent_id: BnaA10T0244800ZS
primary_id: 636218
>BnaA10T0244800ZS class=Sequence position=scaffoldA10:23943635..23947956 (+ strand)
ATGGGGAGGA AGAAACTTGA AATCAAGCGA ATTGAGAACA AAAGTAGCCG ACAAGTTCCC TTCTCCAAAC GACGCAACGG
TCTCATCGAG AAAGCTCGTC AGCTTTCCGT TCTCTGTGAC GCATCCGTCG CTCTTCTTGT CGTCTCCGCC TCCGGGAAAC
TCTACAGCTT CTCCTCCGGT GATAAGTACG ACTTTTCCTA TTCTGGGGTT TTCCATTATT ATTGTTAATT ACTAACTTTT
TTTCACAAAA AAATATAATT ATTTTTAAAA AATACTTCCT GCGAATCTTG TGTGGTTTTC TTGGTTTGTG TGTTGCTACT
GTGTGTTTTC TATGGCCATG AGAAATACAT GAGACAACCA AATCAAAAGA CGAACAATGT TGTGATGAGC TAAAGCTTCT
TTCTTTTTTT CTTTCTTTTC TCTCTCTTCT TCTTCTTCTT CTTCTTACAA TTTTTCTGCA TGGATTTTTT TTACAAAAAA
AATTGCATGT CCTTCAAGAT CTTTGACACG CTGTGATGCA TACTTGATGT TACTTTGTGA AGTTTATATC CATCTTTGAT
TGTTAGTTCA TCAGCTTTTT AGCTTTAGGA ACTCCTTATG TTTCAGAAGA GTTTTATGTC AAAGTAATTG TTGATTCATG
TTTCTCTTTG TAGAGCAATT AAATCCATTG GATCTCTCAG ATTTGTATGC AATGAAATGC ACTTGGGGGA GATCTATAGA
ATGGCTGTGA AGTTGATGCT GAATAATAGA TAGAGTGTAG ATTATTGTAG ATCAATTCTT TCTTTTTTTT GGCCAAAATA
GTAGATCAAT TCTTGTAATT TCTCTCTTTA CCGTGAGGTT ATTACTTGAT GCTTACCAAT ATAAAGTTTC CTAACTGATT
CTTAATTTGC ATAAAGATAG TACCTTTGAA TTTTGGTAGT TTTTTCAGTA AAAAAAAAAG AATTTTGGTA GCTTCTGGAA
AACACAGACT CACTGTTAGT TAATTTTATT CGATCTAGTA TCGATTGCGA TTATTTTAAT CGGAAGCGTT GTGTGCACTG
TGCATATATA ACTCTTTGTC TCGCACATAA TATACACTAA TTGGTCTATT TTAAGACTAA TTAAATTAAG TTTTCTCTTG
GATTTTCGTA CAATACAAAT ATACAATGCA AACCCATGTA GATAAAGTTA GTGGGATTGA TGGTATATTA ATAGATCAAC
AAGTCTGCTT TAATTATAGG TATGCCAGTG TGCGACTATA TTTTAGGCAT ACCTAATGAT TTTCTAGAAG TTTTTCTCCC
TTTTATTGAT TTGTTGCTAT AAGATTATCC CAAGCGTTTA GTTTCGCACC CTAGTAGTTA CGGCACATGC ATATGCTACA
TCATGTAATT GGATGATAGC TTTTAATCGA ACTTTGTAGC TTTGTTCATT TGAATTGACA ACCCACAACA TTGTAGCTTT
TGTTATGGAA ATGTACGATC ACACAACCTT GCAACTCGTG TTTCTTGTTG TGGGGAATTG ACAATAACAT AACGTATTTC
CTTTGGTGCC TCTTGGAAAC CAACCACCTC ACCAAAACCT TTCTTCATGG AGAAAATTGC AACCCCTTGT CAAAATTTAA
ATTTGGTGAA GTGTTTACTT AACCCTATAA TATTAACCAA CTGATTGTAC AGGTTTGTCT ATGTTAGTGA AGATCGCAGG
TCATGTCTCA ATTAATTAAT ACTTGTTCAC TCCTCACATT GAATATTAAT TAAGTCCAGC CTTGGAATAG CTAATCGAGA
TTAGTTGTTG AGCAAAAGAA GAAAGGCTTT TAGAACCTGG AATTTGACCT TTAGTTACTC AATAACTCAA TTGTGGATCC
TTGATTTTGT TGCAAAGAGC TTAACTTCAC GGTGGAATTG AAACCTTTTA ACACAAAACT GTTGAATTAG TGGAACTGTT
TTTCAAATTT GCTGGGACTT CTATAAAGTC ATAAATAGGA AATTTTTGAC TGTGTTCAGC TGTCGCTTCT ATGTTTTTAG
TTTACATTTA CACCTTAATT GTTTGTTTGC ATTTACATTT ACGATTGCGT TTCCTTGTTC TAGTTTTCTA ATTACTAAAA
TGTCGATGGA CAAACGTGTG GGGCAAAAAG AAATAATTGG GGACTTAGAA GCAAACTGTC TTCACTTTGA GATTAGGGTT
CGTGTGTGTA CCTTAGTTTT ACATTAAAAT CAAAGCCAGC GTTAGAAATT GATTAATAGG CTAAAATAAA AGACTACATA
TGCAATCTTT AATTTTATTT CAAAATTTCC TTGAGTGACA ATTTCTTTTT CATTATATCA GTTTACAATA TACATGTAAA
GCCATAAGAT TCATGAGACA ACCAAACTTA GGGTAATTCG TGGTAAATAT TAGAGTTCCT TTTTTTCCTT GGAAGAGGCT
TTTTTTGGAA CACACCTTGG AAGAGATTAA AAGATCATCT GACCATTAAA ATACTGCTTA GAAAACCAAA TGTGGTTCTG
CTTAAACGTA AATACTAGTT TTTCTGGAAT GTTAATGAAA ACTATGTTTG AAAATTGAAC TTTTGTCTCT AATTGTCTTC
TCTGCCCTAT ACATGTTCCA TAGTTTCCAG TTCATTCTTT CAAGGGTTAG CTGGTAGTTT TGATCCTAAC ATACTTTGAT
TTTTTCTTCT CTTCTCTCCA GCCTGGTCAA GATCCTTGAT CGATATGGAA AGCAACATGA TGATGATCTT AAAGCCTTGG
TAATACATGC AACACTAATC TTCTATTTGA TGTAGTTTCT TAGGATTAAA TTTACCAAAT TCCTTGATAG TTTCTACTGA
TCAGTAGCAA TTCATGTAGG TTTGAGGGTT TGATTTTTTT GGGGCGGTGT TAGAATGCAT TGGCATGCCC GCACTTAACG
GTACACATAT AATTACTATT TTGGAGCTGT AGTTATCAAA AGTTTGTTTT CAAGATCAGC AAATTGGTTA TACAGAGATT
GATTAGGAGT GGGTAAAACA CATGTTTAGC ACCTTAAATT TGTGGAGATC TTGTTTTAGG AATTGCGGTA TTAAACTATT
TATTATCTAT TAGTTCCCTT AGTGATCCCT ATATATGAGA AGATGGATCC TCATGCACAA CCAGATTTTT AAGCTTATAT
TACTTATCCA TGAACAGGAT CGTCAGTCAA AAGCTTTGGA CTGTGGTTCA CACCATGAGC TACTGGAACT TGTGGAAAGG
TTAGTACTAA CTAAAACTCT TCTCTCCTTT GATCACAGAG GAATTAGGGT TTCTTGTCAT GCTATGATAT ATGCAGCAAG
CTTGAGGAAT CAAATGTCGA TAATGTAAGT GTGGGTTCCC TGGTTCAGCT GGAGGAACAC CTTGAGAACG CCCTCTCCGT
AACAAGAGCT AGGAAGGTAC GTTACTTCCG TGATGTCTTC TCTTTTCTTA CTTTTTTGTT TCAAGAACAA CCATGCGCTT
ATATTTAATT ACTTTGTTGC AGACAGAACT AATGTTGAAG CTTGTCGAGA ACCTTAAAGA AAAGGTTAGA TATATGCTTC
CAAGTTTATA GCTAGCACTT TAGTTATATT ATGGTCGTGT TGTGTTAGTT TATCTAAGTC TGCTTCATGA GGTCGCAAGC
CTATCTCTAA CCTATTGCCA ATGTATCCTA GTCTTTTCAG GACCATTTGA ATGTTTTGAA TTAAAAGTCT GAAGTTAGGT
CTATAAACTT TATATATGAG TAAATTGATG TGTTGATCTT TAAAACAGGA GAAGTTGCTG GAAGAGGAGA ACCATGTTTT
GGCTAGCCAG ATAACTAAAG TTTTTTTTGT TACGGTTTAA GTTTCGATCC GATTGGCACA GTTCAAGTAT ATAGTTCTTA
CTTTTACTTG CTCAAGGGTA ATTATATAAC TTGAAAAAGG GAAACTTGAA AAAGGGAAGA TTACATATTA TCTGGGGAGC
CTAAACCAAA GTGAAGCTTG TAGGCTAGTA GAGAATATGC TATTTTGCAG GCTGAAACAT GCTTGCAAAC TTAAAGTTAA
AAGCTCAAAA GTCAGAAACA CAAAGCATGA AAGCAAGATT CATAATCGTT ATCAGTTTAA ATTTGTAGTA GCAAAAGAAT
ATTCCTCGGG TAATTAATAA ATACAGAAAT ACAATGATAG AGAGAGAAGG GAATAGCCGG AAAAGAAAAA AAAGAGAGTT
GAATTATTTC TAAATGGATA AAAAGTGGGT TTGACCTAAT ATGTATTTAT TTTACAGATG GAGAAGAGTA ATCTTGTGCG
AGCCGAAGCT GATAATATGG ATGTCTCACC AGGACAAATC TCCGACATCA ATCTTCCGGT AACGCTCCCA CTGCTTAATT
AG