Name: BnaC09T0230000ZS
Type: mRNA
Source: PASA
Position: scaffoldC09:20901030..20902874 (- strand)
Length: 1845
load_id: BnaC09T0230000ZS
parent_id: BnaC09G0230000ZS
primary_id: 1276625
gbrowse_dbid: general
Parts:
Name: BnaC09T0230000ZS.exon4
Type: exon
Source: PASA
Position: scaffoldC09:20901030..20901420 (- strand)
Length: 391
parent_id: BnaC09T0230000ZS
primary_id: 1276632
Name: cds.BnaC09T0230000ZS
Type: CDS
Source: PASA
Position: scaffoldC09:20901030..20901420 (- strand)
Length: 391
parent_id: BnaC09T0230000ZS
primary_id: 1276633
Name: BnaC09T0230000ZS.exon3
Type: exon
Source: PASA
Position: scaffoldC09:20901493..20901595 (- strand)
Length: 103
parent_id: BnaC09T0230000ZS
primary_id: 1276630
Name: cds.BnaC09T0230000ZS
Type: CDS
Source: PASA
Position: scaffoldC09:20901493..20901595 (- strand)
Length: 103
parent_id: BnaC09T0230000ZS
primary_id: 1276631
Name: BnaC09T0230000ZS.exon2
Type: exon
Source: PASA
Position: scaffoldC09:20901695..20901804 (- strand)
Length: 110
parent_id: BnaC09T0230000ZS
primary_id: 1276628
Name: cds.BnaC09T0230000ZS
Type: CDS
Source: PASA
Position: scaffoldC09:20901695..20901804 (- strand)
Length: 110
parent_id: BnaC09T0230000ZS
primary_id: 1276629
Name: BnaC09T0230000ZS.exon1
Type: exon
Source: PASA
Position: scaffoldC09:20902399..20902874 (- strand)
Length: 476
parent_id: BnaC09T0230000ZS
primary_id: 1276626
Name: cds.BnaC09T0230000ZS
Type: CDS
Source: PASA
Position: scaffoldC09:20902399..20902874 (- strand)
Length: 476
parent_id: BnaC09T0230000ZS
primary_id: 1276627
>BnaC09T0230000ZS class=Sequence position=scaffoldC09:20901030..20902874 (- strand)
ATGGCTCCTT CTTCATCGGC GAAACCCCTA AAGGGGCCGC AAGTGTTCAT CAGTTTCCGG GGAGACGATG TGCGCAAACA
CTTCATAAGC TTTCTGGACC CTGCTTTGAG AAGAGCGAAT ATAAATGTCT TCATAGACGA GAATGAGTTC TTGGGTGCAG
ACCTAGCGAA CCTGTTTACA AGGATAGAAG AGTCCGAGAT CGCACTAGTA ATCTTCTCAA AGAACTACGC CGATTCGGAT
TGGTGTTTGG ATGAGCTGGC CAAGATGAAG GAACGTAAGG ATCAAGGTCG TCTCAGAGTG ATTCCCATCT TCTATAATCT
ATCTCCTTCC GTCGTGAAAG AACTTCGACA AGATTTTGGC GATAAGTTCA GGGATATGCA GCGCAGACAT AAACACCAGC
CAGAAAGAAC TAAGAAATGG GAGGAAGCTT TAGTGTCTGT TCCTGACATA AAAGGCATGC CCCTGTCAGA ACAAAGGTAG
AACCTACTTC TTTTTTTGGT TGTTCTTGCA TAGCGGATAA GTTCTAGAAC TTATACAGTT ATACAACTAA TCTTCATAGT
TTAAAAGTTT ACTCTGTTTC ACAAAAAAAA AAGGTGTTTT GGCACTTTCT CTTATTAAAA AAAAGAATAT TATTTTAAAA
TTCAAAATTA ATAAATTATT TATAAAATTA AAGCATTTTA CAATTTTCAA CTCCACCGGT TTGGCTTGCT AGATCGGTTG
AAGATTCTAG TTAGTACTTG AGTGATGTTG TTAAAAAAAA AAGCATTTTA CAATTAATAT TAATGTTAAA ATATTGATAA
ATTAATATTG GTTAATAAAT ATAATTATTA AGGATATAAA TAAAATCTAA TCAGCTTTAA TTTCTGTGAA GATTGTAAAA
ATGATACTTT TCATGAAATG GAGTGAGTAG TATTCAAGTA GATACATCTA GAATCTTATG CTTTTCTATC TTGCAAGTTT
CAAATTCTGA TTTCAGTCAG AGAAGCAGAT AAATCTTTCT TGTAGGACAC GGAACCAAAT GACTTGAAAG AATAAGCTTG
TTAATATATC TCACTTTTAT GATATGACAG TGACAGAACT GATAACGAAT TCATAAACTC ATTAGTCGTT GAGATTCAGA
GGTTGCTGGA TTATATGGCT GTGAAAGGAA CCCCGACAAG AGAAGAGAAT CATCATGGAG GTTCCATGGT CCCTGCAAGG
AAACTAGAAA AAGAAGCGAA AAAACAAGGA GTTTCTCTGG TTCCTGCAAA AAACTTAGAT AGAGAAGTAA CTCTTCAAGG
AGGTTATATG GTCCCTTCCA TAATTCCTGC AAGACAGCTA CAGATCACTC ATTATGACAA TAGTCAAAAA TGGGCTTGGA
TTTTTATCAA CGAAGCGCCA AAGTAAAAAA TCATTTTTCC TCATTCTGAG ATCACTCTAG TATTTTCATT GATTGATGTA
ATTATTGTTT TCAGCTATGA GGAACTTGAA GTTGCCAAGA TGATTAAAAT TCATTGGCTA AAAATAGTAG GAACGTATGA
GGACACCAGC GATCTAACAC CAGGAGCAAA GTATGAGGCG GTTTTTCTAG TGAAATTAGA AGATAACGCA ATTGGATGGG
AGCAACCAGT GACCTTGAAG CTAAAGGTGG AACAACACGA TGGGAGCGAC GACAATCGGG TGGATCGTAA TGAGAGCCTC
AAGGACTACA TAGGCCACAA CTGGGTGGAT ATTCTAGCCG GAGTTTTTGT GGCGCCGCCG AGAAACAAGC CGGCAAAGAT
CACTTTCACC ATGTTTCAGC ACGTGACTGA TGATAAGAAA AAGGGTCTCG TCGTCAAAGG CGTTGCAATT CGTCCCACGA
ACTAA