Name: BnaC01T0166900ZS
Type: mRNA
Source: PASA
Position: scaffoldC01:12098012..12100268 (- strand)
Length: 2257
load_id: BnaC01T0166900ZS
parent_id: BnaC01G0166900ZS
primary_id: 668866
gbrowse_dbid: general
Parts:
Name: BnaC01T0166900ZS.exon5
Type: exon
Source: PASA
Position: scaffoldC01:12098012..12098146 (- strand)
Length: 135
parent_id: BnaC01T0166900ZS
primary_id: 668875
Name: cds.BnaC01T0166900ZS
Type: CDS
Source: PASA
Position: scaffoldC01:12098012..12098146 (- strand)
Length: 135
parent_id: BnaC01T0166900ZS
primary_id: 668876
Name: BnaC01T0166900ZS.exon4
Type: exon
Source: PASA
Position: scaffoldC01:12098236..12098611 (- strand)
Length: 376
parent_id: BnaC01T0166900ZS
primary_id: 668873
Name: cds.BnaC01T0166900ZS
Type: CDS
Source: PASA
Position: scaffoldC01:12098236..12098611 (- strand)
Length: 376
parent_id: BnaC01T0166900ZS
primary_id: 668874
Name: BnaC01T0166900ZS.exon3
Type: exon
Source: PASA
Position: scaffoldC01:12099161..12099773 (- strand)
Length: 613
parent_id: BnaC01T0166900ZS
primary_id: 668871
Name: cds.BnaC01T0166900ZS
Type: CDS
Source: PASA
Position: scaffoldC01:12099161..12099773 (- strand)
Length: 613
parent_id: BnaC01T0166900ZS
primary_id: 668872
Name: BnaC01T0166900ZS.exon2
Type: exon
Source: PASA
Position: scaffoldC01:12100027..12100147 (- strand)
Length: 121
parent_id: BnaC01T0166900ZS
primary_id: 668869
Name: cds.BnaC01T0166900ZS
Type: CDS
Source: PASA
Position: scaffoldC01:12100027..12100147 (- strand)
Length: 121
parent_id: BnaC01T0166900ZS
primary_id: 668870
Name: BnaC01T0166900ZS.exon1
Type: exon
Source: PASA
Position: scaffoldC01:12100224..12100268 (- strand)
Length: 45
parent_id: BnaC01T0166900ZS
primary_id: 668867
Name: cds.BnaC01T0166900ZS
Type: CDS
Source: PASA
Position: scaffoldC01:12100224..12100268 (- strand)
Length: 45
parent_id: BnaC01T0166900ZS
primary_id: 668868
>BnaC01T0166900ZS class=Sequence position=scaffoldC01:12098012..12100268 (- strand)
ATGATTTTCT TGGTGTTGCT AGGTTCTGTT GACGGCTCCG TTGAGGTTTA TTTTCTCAGC CTTCCATAAT TTCTTTCTTG
AATTGTTATA GTAAGTTAAT GTGGTATTGT CCCTTTTCTA GGATGTTGAT TTCAAGCCTC GCTTGTTGTC CAGGAAACCT
CGACTATTTC CTGGTAACAA GCTTATTGTC TCCCCTCAAG AAATTCAAGA GCAAAGCTAC TTTTCACCAG TTCAAGTCAG
CAGTAAGTTC CTTTCATATG ACTGAACGTA CAGCTTTGTT ACACGTTATG TACTTATGTT AAAAAAATCG ATAGGCAGTA
ATTAGGTCAT TTGTAGATAA TTAAAGCCCC ATTATTTTTC TAACTCTTTC AAAATGGAAT ATATTCTAAA CATATATACT
ATGTCTAGAC CAACTTCTAA AAAATCGTTT CGTATACAGC CAATTTTTAG AACTTTGGTT ACATGTATCC TTAATTCCTC
TGGATTAAAC TTTAGCGGAA TATGCAGATG TGTTAGCAAT GGCAGAGAGT AATGAAAATA CTCGGAATCG TCTTGGTGTA
GATAAAAACT CCGATTGTTC TTTGACCTGC TTTTCATTGT TATGCAACAT TATGAAACGT TTTGAAATGA TGATAAATCC
TCCTCCGCCT AGAGTGTTCA TCAGTTTCGG CGAGAAGCAG CTCGAAATGA ACCTAGTAAG TTCTCTGAAA ACAGAATTTG
AATCAAACGA AATCTCGGTA TATATAGAAG ATGAGACAAA GGAGAGGATC AAAGAGTCAA AGGTTGCAAT AGTTGTCTTC
TCAGACAAGT ACCCTGAGTC ACCAGAGTGT CTTGATGAGC TCGTTGAGAT CAAGAAGCTT ATGGACGTAG GAGAGATCAC
TCCCTTCCCT ATTTTCTACA AGCTAAAGGA TGTTCCTAGG CTAGCTCAAT CAGTTAAACA ACTGAAGGGT TGTTTCCGTA
ATAGGCTTCT CAAGATAGAA CAAGAAGTGC GCAAAACCGT CAATAGGGAC AATGTGAACT CTATACTAGA TACCGAAGCT
AGAATCTGGG AATGGAGACA AGCTATCTCG TCCATTTCCT CAAGACCAGG CTTGAGCAAT GAAAATAGGT ATATAAATAA
ATGCATATGC TGTTTCAAAA AGAAAAATAT CTTATAATAG CATTAAAAAG TTTTTATCAT AAATATATCA GGTCAAAATA
ACCAAATTAT TTAGTTAAAA AGGTGAAAAA ACATTTATAT ATTAATTAAT CTAGAGTTAT GATTTAGATT TATGATTTAG
ATTTGAAAAG TGGGAATTCG AAATGAGAAG TTTAGAATTT TTTTAAAAAA TATTTAAAAT TAAAAATAGT TTTTAAAAAG
TCGAATTTTA AAATAAATTT TTTGAAAAGA AAATGAAAAA TTTCAAATTA GAAAAAATCG AAAATTATGA TTATTTAAAT
ATTTATATAT CTGTAAAATA AAGGTAGAAT GGTATTTTCT CTTTTTAATA AAATCTGTTT TGGTCTTTTT GTGTGTGTGT
GTGTGTGTGT TTTTGGGTCT AAAAACTCAT TTTAGGATCT TTTGGAAGAT TTGAACTCAA ATAAAATAAA AATAAATGCA
TATGTATTTG CTTATATGTC AGCATTTGTT CTAACTTACT GCGTTTTCTA ATTGCAGCTC TGATCCAGTG TTCTTCACTG
ATGTCGTCAC CAAGGTCAAA GAACTGTTTG AATTTAAGGC TATACCGAAG AAGTCTAGTT CCTATATAAT TACTAATCAA
GTGATTGAAG AAAAGCCTAT AATGCATCAA CAGAAGACAG CACCAGAAAT ACCAACAGTC AAATCCCTAG ATGATGACTT
ATTCTACTCC CTACCTTCGT TCTTACAAGC TCTAGACTTT GAAATTACTG ACCTTGAGGG CTTCACCGAG ATGCACAATG
GTCTCATATC TCTGAGCCTA AAAAGACACA ATAATCTAGT ATGTCTGAAC TTGGGTTCTC TTGAAAAGCT GGTCCATTTT
CGGTGTTCTG ACTCATTCGA TTTCCTTAGT CAGGTTTCTC CCCAACTCTA CTTTGTTCTC TTAAAATACA ATAAACTTTT
GGTGGTTTCT TATTACATTC TTTATGTATT AATTCCCTGC AGGGTTTTGG TCTGAATCAT CCTGGTATCA GCAGATTTGA
AGAACCTTCT CGGGTCCTTG AAATAGAATC ATCTCAACCC CAACAACGGT TTGATAACGT CTTATCGTCT CATCTCAAAA
TCACCAATAT CACATAA