Name: BnaA09T0195800GG
Type: mRNA
Source: PASA
Position: ganganF73v0_A09:13811857..13815436 (+ strand)
Length: 3580
load_id: BnaA09T0195800GG
parent_id: BnaA09G0195800GG
primary_id: 431802
gbrowse_dbid: general
Parts:
Name: BnaA09T0195800GG.utr5p1
Type: five_prime_UTR
Source: PASA
Position: ganganF73v0_A09:13811857..13811972 (+ strand)
Length: 116
parent_id: BnaA09T0195800GG
primary_id: 431803
Name: BnaA09T0195800GG.exon1
Type: exon
Source: PASA
Position: ganganF73v0_A09:13811857..13812445 (+ strand)
Length: 589
parent_id: BnaA09T0195800GG
primary_id: 431804
Name: cds.BnaA09T0195800GG
Type: CDS
Source: PASA
Position: ganganF73v0_A09:13811973..13812445 (+ strand)
Length: 473
parent_id: BnaA09T0195800GG
primary_id: 431805
Name: BnaA09T0195800GG.exon2
Type: exon
Source: PASA
Position: ganganF73v0_A09:13814293..13814369 (+ strand)
Length: 77
parent_id: BnaA09T0195800GG
primary_id: 431806
Name: cds.BnaA09T0195800GG
Type: CDS
Source: PASA
Position: ganganF73v0_A09:13814293..13814369 (+ strand)
Length: 77
parent_id: BnaA09T0195800GG
primary_id: 431807
Name: BnaA09T0195800GG.exon3
Type: exon
Source: PASA
Position: ganganF73v0_A09:13814516..13815053 (+ strand)
Length: 538
parent_id: BnaA09T0195800GG
primary_id: 431808
Name: cds.BnaA09T0195800GG
Type: CDS
Source: PASA
Position: ganganF73v0_A09:13814516..13815053 (+ strand)
Length: 538
parent_id: BnaA09T0195800GG
primary_id: 431809
Name: BnaA09T0195800GG.exon4
Type: exon
Source: PASA
Position: ganganF73v0_A09:13815147..13815436 (+ strand)
Length: 290
parent_id: BnaA09T0195800GG
primary_id: 431810
Name: cds.BnaA09T0195800GG
Type: CDS
Source: PASA
Position: ganganF73v0_A09:13815147..13815396 (+ strand)
Length: 250
parent_id: BnaA09T0195800GG
primary_id: 431811
Name: BnaA09T0195800GG.utr3p1
Type: three_prime_UTR
Source: PASA
Position: ganganF73v0_A09:13815397..13815436 (+ strand)
Length: 40
parent_id: BnaA09T0195800GG
primary_id: 431812
>BnaA09T0195800GG class=Sequence position=ganganF73v0_A09:13811857..13815436 (+ strand)
TAAAGTTTGA CAAAAAAAAT CAAGTTGTAC ATAATGTGAG ATACCCTTTC TCCAATTTTC ATATGGTTGA CTTTATTTAA
CTTTTGAAAT GACGTCTTAT TGAAGAAGTG GTTCCAATGA CGGTGTCCGG TGAAGAAGTC CCACCGCAGC ACCAAGTTTT
CATCCACTAC AGAGGAGACG AGCTGCGGAA AAGCTTCCTC GGGTTCGTAG TGAAAGCCAT GAGAGAAGCA AAGATCAACG
TCTTCACAGA CGAAATAGAA GTCAAAGGTA GAGATCTACA GAATCTTTTC AGGAGGATCG AGGAATCCAG AGTCGCTGTT
GCGATCTTGT CTGAAAGATA CACTGAATCT AGTTGGTGCT TGGATGAACT AGTGAAGATG AAAGAGCAGA TGGACCAAGA
CAAGCTCGTT GTGATTCCAA TTTTTTACAG ATTGGACGCT ACCAACTGTA AGAGGCTCGT TGGAACTTTC GGTGACAATT
TCAGGAATCT GGAGAGAGAG TATCGGAGCG AGCCTGAGAG AGTCAAGAAA TGGAAAGAAG CTTTGATCTC TATTCCCCAG
AAGGTTGGCT TGACTTTGGA AGGACACAGG TATTTCTAAA TTTTGAGTAG ACCTCTGTCA ATGGGAAATG AATCCCTAAC
CTTTTAAACT TCTACTATGC GAACCAAGAG TGTTAACTTT TATCCAATAT GTTAACTCCT AGTTGCTTCT AAATATTGAT
TTAGGCTAGG CATGGGCATT CGGGGTCCCA ATCAGGTTTC GGTTTTATCC ATTCGGGTTT CGGTTTTTCG GATTTATCAA
AATCAACCCC ATTCGGGTTA TACAAAAGTT CGGTTCGGGA CCAGTTCGGG TTCGGGTCGG GGTTAGTAAA TCTTCAAAAA
CCCATTGTAC TTTCGGGTTC GGGTCCCAAT CGGTTCTTTG GTTTAAAAAT ACCTGATTTG TACCTATTTT GTAACTAAAA
TATAAACGAA ATCGGTTCTT CGGATTTAAA ATACATGATT TGTACATATT TTAATAGCCA AAACATAAGT AAAATCGATT
CAAAAATAAA AAAAACATCA AACGTGATCA TTTAAAATCA AGCGAAAGAT AAACATAGTT AGTGATAGAA AAAAAACTAT
ATAAATGAAA CCATAAAACA AAAAATAAGT TCTCATGACA TGAGAAACAT TATTCAATAA AAATAAAACC AAAATCTAAA
AACTTCAGGC ATCAACCGCC ACATTCCACC ATCAACCTTC ATGTAACAGA TAATTATTTT AGAAGTTCAA TAATATCTTA
AAGTATTTTG GATACATATT AAAAATTAAG ATCATATTTG GTAGAAGTTC TTTTTGTGAT TTTAAATGTT TCGGGTTCTA
TCGGATATCC ATTTAGGTTC GGGTTCGGTT CGGATAATAC CCATAACCTA AAATACCAAA AAACAGGATC TATTCGGTAT
TTATGTCGGG TTCGGATCGG TTCGGATTCA TTTTTATCAG ATCGGATTCG GTTCGGATTT TCGGGTTCGG TTTATTTGCC
CAGCCCTAAT TTAGGCTTGA CTGTTTGCAT AGATTTTATA AAAAGAAACC TAAGAGCATC TGTATCAGTG AACTTTGAGG
GGGTTCATAA CTTTAATTTT TAATCTTTAT TTATTTTTAT TTTTTTCGTT TGATTTTTTA AAAATAAAAA ATAAAAAAGA
AAATAAGCGG ACCAATCGCG GACCGCCACG TGGCATGGAG CCCGCGGTAC AGTGATGAAC CAGGTTCATA CTAGTGAACC
TGCAGGAGCT GAGTTCACAA AAATGAAAAT ATTTTAATAT TTTTTTTTGG GAAATGTGTG AACTTCTGCA TTGAACCCTC
AATGCAGATG CCCTAATAAC TCAAAAAATT GTTAATAATA ATAATATAAA TTATTGACAA AATACGTATA TCTATTCGTA
GAGTTAAACA CAAATATTTT TTTCACCTTA TTGTATAAAT GATATTTATA AACAAAAGTT TGTATGAGTT TTTATTTTAT
ATAAAAATAG CATTTTCTTT AATTTTCATT GATAAAAGTA GCAAGTTATG CAAAAACAAA ATTATTGAAA ACTTATATAT
TATGAATTTT TGGTTTGTGT GTGACTTGAA AACACTAGTT TCCTTGAATT TTAATAAATC TTTTTGTTAA AAAATCTTGA
ATGGCTAGTA ATTTTTTTTC TCAAACTAAA ACTAAAATAT GAATCTTAAA AGGTTAGTAA AGTGTTAAAA AAAATAACAA
AATATGCCTA CAATCAAAGC AGGGTCACTT GAACAAAAGG TTAGTAAAGT TAAAAAAATA AGGGAATAAT AATATATGCA
TACAATCAAA GCAGGGTTGC TTGAACAAAT TCTGTTACAA GGTTTCGAAT TCTTTATAGC ATAACTCTTC TAGGGGTTAT
AAATTTTTTA AAAAATTTCT CTCTGGTTAA TGCCAGGGAT GAGTCTGAGT TGGTCGATTC AATCGTTAAG GAGGTGAAGA
AAGTTCTAAT CGATGTTTCA AACAAGAAAA GAGGTAAATT CTAACAATTC CAACAACATA GAAAGTTACT TATAAGATGT
GTGGTATGTT GCTTGCTTGT CAAGTATGAT TGAGTTTTTA AAAGTTGTAG TGAGATCCAT AATTGTGTTT TTTTGTGTGT
GTGTGTGTGT GTGTTTCAGG TCAGTTCACA AATCACCGAA CCCAAACTGA CATCATATCA TCATTTGAGC CTCTTGTGGC
AGAGCTGGAC CGACTACCAT CACGTCTCCC TCAAGTGTTT GTCAGTTTCT GCAAAGAGGA GCTTGGCGAC AACTTTATCA
GACATCTCGC GTGGGCTTTG AGAGAATTAG GGATCAATGT ACTCATGGAC AGCTACAACC GTAGAGGAAA AGAGGACGAA
CAACAACAAG TATTCACGAG TATAGAGAAG TCGAATATCG TGCTAGCCAT CTTCTCAAAA AGGTACTCGG AATCAGATAG
GTGCTTGAAC GAGCTTGTGA AGATGGAAGA GCTTACAAAG GAAGGAAAAC TCGTGGTCAT CCCCGTCTAC TACAATGTGA
AAACAAACGA AGTGAGAAGA CTCCAAGGAG AGTTTGGAAT CCATTTTGCC GATTCATTGA AGAGGTTTTC TATGGAGCCA
ATGATGGTTC AGAGTTGGGA GGAAGCTTTG AATTTTATTA CCAAAAGGAG TATTGGCTTA AGCTTGGAAA GACACAGGTA
TTACGAAAAT AAAAATAATC AATTCTTTTG TTTTATAGCA GGACTTTGTG TTTAGTCATC TCAATCAGTT TCGTTCACTC
ATGTGTTCAG AAACGAATTT GCTCTTGTTG CTGCTATTGT TAAAGAAGTT ACAAGATTGC TACCAAGCTC TCGAAGAATG
AGAAGAAGAA GGAGATTAGG GATTGGAGAA GTTTTTATCA GGGCTTTAAC AGCGACTTTT CTATTTGCTC TCTTCATATC
CCCTATGCGT CGTACCCCTG ATGTGAACTT TCTCAAAATT GGTAACTTGC TAGTTGGGTT TCCGTTTTTG GTTGTTGTCT
TGCACAAAAT TCTATGTTAA CAAAAACAAC AAAACAAAAC TTTAATTGGA CTTACTACAT