Name: BnaC01T0153400GG
Type: mRNA
Source: PASA
Position: ganganF73v0_C01:11414972..11416510 (- strand)
Length: 1539
load_id: BnaC01T0153400GG
parent_id: BnaC01G0153400GG
primary_id: 567817
gbrowse_dbid: general
Parts:
Name: BnaC01T0153400GG.exon5
Type: exon
Source: PASA
Position: ganganF73v0_C01:11414972..11415201 (- strand)
Length: 230
parent_id: BnaC01T0153400GG
primary_id: 567826
Name: cds.BnaC01T0153400GG
Type: CDS
Source: PASA
Position: ganganF73v0_C01:11414972..11415201 (- strand)
Length: 230
parent_id: BnaC01T0153400GG
primary_id: 567827
Name: BnaC01T0153400GG.exon4
Type: exon
Source: PASA
Position: ganganF73v0_C01:11415280..11415427 (- strand)
Length: 148
parent_id: BnaC01T0153400GG
primary_id: 567824
Name: cds.BnaC01T0153400GG
Type: CDS
Source: PASA
Position: ganganF73v0_C01:11415280..11415427 (- strand)
Length: 148
parent_id: BnaC01T0153400GG
primary_id: 567825
Name: BnaC01T0153400GG.exon3
Type: exon
Source: PASA
Position: ganganF73v0_C01:11415519..11415734 (- strand)
Length: 216
parent_id: BnaC01T0153400GG
primary_id: 567822
Name: cds.BnaC01T0153400GG
Type: CDS
Source: PASA
Position: ganganF73v0_C01:11415519..11415734 (- strand)
Length: 216
parent_id: BnaC01T0153400GG
primary_id: 567823
Name: BnaC01T0153400GG.exon2
Type: exon
Source: PASA
Position: ganganF73v0_C01:11415831..11415933 (- strand)
Length: 103
parent_id: BnaC01T0153400GG
primary_id: 567820
Name: cds.BnaC01T0153400GG
Type: CDS
Source: PASA
Position: ganganF73v0_C01:11415831..11415933 (- strand)
Length: 103
parent_id: BnaC01T0153400GG
primary_id: 567821
Name: BnaC01T0153400GG.exon1
Type: exon
Source: PASA
Position: ganganF73v0_C01:11416056..11416510 (- strand)
Length: 455
parent_id: BnaC01T0153400GG
primary_id: 567818
Name: cds.BnaC01T0153400GG
Type: CDS
Source: PASA
Position: ganganF73v0_C01:11416056..11416510 (- strand)
Length: 455
parent_id: BnaC01T0153400GG
primary_id: 567819
>BnaC01T0153400GG class=Sequence position=ganganF73v0_C01:11414972..11416510 (- strand)
ATGGGGAAAA GGAAGAACAG GCCACAAGTG TTCATTAACT TCAGGGGCAA AGACGTGCGG AAGAAACTAT TGCCACATCT
CAAACATCAT TTGAAAGATA GAAATGTGAA TGTGTTCACT GACGACGACG CTTTTGGAGA ACAAGTTGAG AAGATCTTCA
AATATATTAG AAGGTCACGG ACTGTGATCG TCATCTTCTC CATTAACTAC TTGGAGTCAC ATTGGTGTTT AGACGAGCTG
GTTGAGATCC AGAAATGCTT GGAGTGTAAG AAGGTTGACT TTGCCATACC AATCTTTTAT AAAGTTGAGA CTTCCCATGT
CAAGAAACTG AGCGGAAAAT TCGGAAAGAA GTTTGTAGCT TTGCAGGAGA AGCATCGCAA ATCTAAGGTC AAGAGATGGA
AGAAAGCTGT GAGATACGTG GCTAAATCAA TTGGACTGAC TTATGAGAAA AGAAGGTCTG ATTTTTAGTC TTTTTCTTAG
TTATTATTTT TTTTGTTAAA AGAATGTGTG ATTTGGGACG TAATTACAAG ATTGATTATT TAAAGGGATA TTTATTTAAA
CTTGTATTTT CTTGCAGTTC AATTTCAGAG TTGGATTTCA TCAAGAAGAT TGTGGAAAGG GTTGATTTTA CTTTAACCAA
AATTTCATCA AAGGATAAAA ATAGTCCTGA GACATCTAAG GTGTGTTCTT AGTTTTGTCT TCTGAGATAC ATATAGATAG
TTTGTCTTTT TTTTTTTTGT CTTCAATAGT TAGACATTGT GGCTGAATCT TTACAGGGGG AAGCATCAAG TCCAACTGAT
GTGCATCACT TAAACGAGAT GATCCACACG TCAAGGACAC TGGAAGCTCT GCAACTGGAA AGATCTTCTT ATCAAGGCTT
CATGGTTGGC TCTGTCTGGA AAGATGCGGT TATCTCGTCG ATGCATAGTA GCAGCCCTAG TTTCAGAATT TCTCATCATG
GAAACCCTCT TCAGTTTAGG GACTACAATT GGGTCTGTAT CTCTGTCTTT GTTCCGTGTC TCTTGATTTA TTTTGTTCTC
TAGAATGTTT CTCACTTTTT AATATGTGGG TATGACTCCA CAGGGTTTTC ATTCGAGGCC TTTTTTGTCC CCAAATTTTG
GTTCTTTCGT GGAAGTACCA AGATGGAATA GGCTGGTGGA GCCTAAAGTG CCTCAAGGTT ATATACGAAG CAGCTCATAT
CACAATATAA ATCATTATCA CCCTTCGCCT TGTAAGTTCA GATCTTTGAT ATATACCTGG ATATATCTTC TGACTAGTGA
CTAACGACTT CGAATTTTTA AATCGACAGA TGAAATGGGT TTCAACCAAT ACCCTACCTT GCATCATCAA ACATGCGTGG
ACAATAATTG TAGATTTCCG TTGTGTGATA AGTCAAAAGA TGAATACTCC ATACCATATC AACCAAGCAT GGACTGTCTT
ATGCTTCCAA CATCTAATGA TGCGGAGAAG CAAGGAGACA AAACGAATTG TATTTCATTG TTGTGTTACT TTTTCGAACG
TTGTTTCTCT TTTACATAG