Name: BnaA09T0195900GG
Type: mRNA
Source: PASA
Position: ganganF73v0_A09:13820805..13822491 (- strand)
Length: 1687
load_id: BnaA09T0195900GG
parent_id: BnaA09G0195900GG
primary_id: 431814
gbrowse_dbid: general
Parts:
Name: BnaA09T0195900GG.exon4
Type: exon
Source: PASA
Position: ganganF73v0_A09:13820805..13821195 (- strand)
Length: 391
parent_id: BnaA09T0195900GG
primary_id: 431821
Name: cds.BnaA09T0195900GG
Type: CDS
Source: PASA
Position: ganganF73v0_A09:13820805..13821195 (- strand)
Length: 391
parent_id: BnaA09T0195900GG
primary_id: 431822
Name: BnaA09T0195900GG.exon3
Type: exon
Source: PASA
Position: ganganF73v0_A09:13821260..13821362 (- strand)
Length: 103
parent_id: BnaA09T0195900GG
primary_id: 431819
Name: cds.BnaA09T0195900GG
Type: CDS
Source: PASA
Position: ganganF73v0_A09:13821260..13821362 (- strand)
Length: 103
parent_id: BnaA09T0195900GG
primary_id: 431820
Name: BnaA09T0195900GG.exon2
Type: exon
Source: PASA
Position: ganganF73v0_A09:13821462..13821571 (- strand)
Length: 110
parent_id: BnaA09T0195900GG
primary_id: 431817
Name: cds.BnaA09T0195900GG
Type: CDS
Source: PASA
Position: ganganF73v0_A09:13821462..13821571 (- strand)
Length: 110
parent_id: BnaA09T0195900GG
primary_id: 431818
Name: BnaA09T0195900GG.exon1
Type: exon
Source: PASA
Position: ganganF73v0_A09:13822016..13822491 (- strand)
Length: 476
parent_id: BnaA09T0195900GG
primary_id: 431815
Name: cds.BnaA09T0195900GG
Type: CDS
Source: PASA
Position: ganganF73v0_A09:13822016..13822491 (- strand)
Length: 476
parent_id: BnaA09T0195900GG
primary_id: 431816
>BnaA09T0195900GG class=Sequence position=ganganF73v0_A09:13820805..13822491 (- strand)
ATGGCTCCTT CTTCATCGGC GAAACCCCTA AAGGGGCCGC AAGTGTTCAT CAGTTTCCGG GGCGAAGATG TGCGCAAACA
CTTCATAAGC TTTCTGGACC CTGCTTTGAG AAGAGCGAAT ATAAATGTCT TCATAGACGA GAATGAGTTA TTGGGTGCAG
ACCTAGCGAA CCTGTTTACA AGGATAGAAG AGTCCGAGAT CGCACTGGTA ATCTTCTCAA AGAACTACGC CGATTCAGAT
TGGTGTTTGG ATGAGCTGGC CAAGATGAAG GAACGTAAGG ACCAAGGTCG TCTCAGAGTG ATTCCCATCT TCTATAATCT
ATCTCCTTCC GTCGTGAAAG AACTTCGACA AGATTTTGGC GATAAGTTCA GGGATATGCA GCGCAGACAT AAACACCAGC
CAGAAAGAAC TAAGAAATGG GAGGAAGCTT TAGTGTCTGT TCCTGACATA AAAGGCATGC CCCTGTCAGA ACAAAGGTAA
AACCTACTTT TTTTTTTTGT TGTTCTTGCA TAGCGGATAG TTCTAAACTT ATACAGTTAT ACAACTAATC TTCATAGTTT
AAAAGTTTAC TCTGTTTCAC AAAAAAAAGT GTTTTGGCAC TTTTTCTTAT CAAATAAAAG AATATTATTT TAAATTCAAA
TATTGATAAA TTAATAATGG TTAAATAAAT ATAATTATTA AGGATATAAA TAAAATTTAA TCAGTTTTGA TTTCTGTGAA
GATTGTCAAA ATGATACTTT TCAAGAAATG GAGTGAGTAG TATTCAAGTA GATACATCTA GAATCTTATG CTTTTCTATC
TTGCAAGTTT CAAATTCTGA TTTCAGTCAG AGAAGCAGAT AAATCTTTCT TGTAGGACAC GGAACCAAAT GTCTTGAAAG
AATAAGCTTG TTAATATATC TCACTTTTAT GATATGACAG TGACAGAACT GATAACGAAT TCATAAACTC ATTAGTCGTT
GAGATTCAGA GGTTGCTGGA TTATATGGCT GTGAAAGGAA CCCCGACAAG AGAAGAGAAT CATCGTGGAG GTTCCATGGT
CCCTGCAAGG AAACTAGAAA AAGAAGCGAA AAACCAAGGA GTTTCTCTGG TTCCTGCAAA AAACTTAGAT AGAGAAGTAA
CTCTTCAAGG AGGTTATATG GTCCCTTCCA TAATTCCTGC AAGACAGCTA CAGATCACTC ATTATGACAA TAGTCAAAAA
TGGGCTTGGA TTTTTATCAA CGAAGCGCCA AAGTAAAAAT CACTTTTCCT CATTCACTCT AGTGTTTTCA TTGATTGATG
TAATTATTGT TTTCAGCTAT GAGGAACTTG AAGTTGCCAA GATGATTAAA ATTCATTGGC TAAAAATAGT AGGAACGTAT
GACGACACCA GCGATCTAAC ACCAGGAGCA AAGTATGAGG CAGTTTTTCT AGTGAAATTA GAAGATAACG CAATTGGATG
GGAGCAACCA GTGACCTTGA AGCTAAAGGT GGAACAACAC GATGGGAGCG ACGACAATCG GGTGGATCGT AATGAGAGCC
TCAAGGACTA CATAGGCCAC AACTGGGTGG ATATTCTAGC CGGAGTTTTT GTGGCGCCGC CGAGAAACAA GCCGGCAAAG
ATCACTTTCA CCATGTTTCA GCACGTGACT GATGATAAGA AAAAGGGTCT CGTCGTCAAA GGCGTTGCAA TTCGTCCCAC
GAACTAA