Name: BnaA03T0210400GG
Type: mRNA
Source: PASA
Position: ganganF73v0_A03:11837967..11841260 (+ strand)
Length: 3294
load_id: BnaA03T0210400GG
parent_id: BnaA03G0210400GG
primary_id: 153489
gbrowse_dbid: general
Parts:
Name: BnaA03T0210400GG.exon1
Type: exon
Source: PASA
Position: ganganF73v0_A03:11837967..11838652 (+ strand)
Length: 686
parent_id: BnaA03T0210400GG
primary_id: 153490
Name: cds.BnaA03T0210400GG
Type: CDS
Source: PASA
Position: ganganF73v0_A03:11837967..11838652 (+ strand)
Length: 686
parent_id: BnaA03T0210400GG
primary_id: 153491
Name: BnaA03T0210400GG.exon2
Type: exon
Source: PASA
Position: ganganF73v0_A03:11838882..11839944 (+ strand)
Length: 1063
parent_id: BnaA03T0210400GG
primary_id: 153492
Name: cds.BnaA03T0210400GG
Type: CDS
Source: PASA
Position: ganganF73v0_A03:11838882..11839944 (+ strand)
Length: 1063
parent_id: BnaA03T0210400GG
primary_id: 153493
Name: BnaA03T0210400GG.exon3
Type: exon
Source: PASA
Position: ganganF73v0_A03:11840039..11840356 (+ strand)
Length: 318
parent_id: BnaA03T0210400GG
primary_id: 153494
Name: cds.BnaA03T0210400GG
Type: CDS
Source: PASA
Position: ganganF73v0_A03:11840039..11840356 (+ strand)
Length: 318
parent_id: BnaA03T0210400GG
primary_id: 153495
Name: BnaA03T0210400GG.exon4
Type: exon
Source: PASA
Position: ganganF73v0_A03:11840424..11841260 (+ strand)
Length: 837
parent_id: BnaA03T0210400GG
primary_id: 153496
Name: cds.BnaA03T0210400GG
Type: CDS
Source: PASA
Position: ganganF73v0_A03:11840424..11841149 (+ strand)
Length: 726
parent_id: BnaA03T0210400GG
primary_id: 153497
Name: BnaA03T0210400GG.utr3p1
Type: three_prime_UTR
Source: PASA
Position: ganganF73v0_A03:11841150..11841260 (+ strand)
Length: 111
parent_id: BnaA03T0210400GG
primary_id: 153498
>BnaA03T0210400GG class=Sequence position=ganganF73v0_A03:11837967..11841260 (+ strand)
ATGGATCATA CCCAGGCCGA TCCAAACTCG TTTGGGGCCA AAGATGATTA TGAGAACATC TCCGTAAACA GCGTTTTGGA
AGCGCGTTTC TCCGGTGGTA ATCCTTCGGA TCAACAAGAC CAGAGACGGC TACAGATGTA TGTTCCTCGT AAAAAACGTC
CTAAGTATGG CAAAGCCCAG CGTAAGTACA TAAAGACCAC TGCGTCGAGT TTCATGAACC TCGTTCAGCA ATTCACCGGG
GATCCTAGCG CTGTTTCAGA GTCAAAAAGT TCTAACACAG GCGTTGTTGC AGAATCATCA TCTTACTCTA CATATTATGA
TGTTGTAATC AGATACAGAA GAGGGGACAT AGGGAACAAT GATTTCATTA GCCATCTTCG TGCTGCGCTT TGCCGGAGAG
GGCTTTCTGT TGATGAAGAC TTTGATGAAG TGGATACAGT TCCAGAATGT AGGGTTTTGA TCATATTCTT AACCAGCACA
TACTTCTCTT CTACCCTACT AAACATTATT GAAGACCAAC GGGGAGAGTA TCAAGCAGTT TATCCTATTT TTTACGGTCT
TTCACCATCT GATTTGATCA GTAATAGCAA GGTTTGTGAT ATATTTTTTC ACCAAGATGA GGCAAAAAGG TGGCAGGCTG
CTATGAAGGA AATAACTCAG ATGCCTGGCT ACACATTGAC AGATAAGTAT GTTGATCCAT GGTTTCTAAA TGTACAAGTC
TTTCGTTTGA TTCCATAGAA TAAGACAGCT TAGACCATTT CCAACATATA TACTTCTTTA TCTCTAAGAG AAAATATATA
GATAGGTTAG AGATGCTCTT GGTGGTTCCT GGTTAGAGTT TGTATGAAGC TTTTCGATGG TCTAGTATTC GTATCAAATA
CTTATCTCGT CTACTTTATT CTTAAAATCT TGTAGCTCCG AGTGTGATCT CATAGATGAG ATTGTCAGAG ATGCTTTGGC
GGTTGTCTAC TCCAGTTACA AGGTCACCAT GGTTGGGAGG GATATGCAGA TAAAGGAAAT TTTGTCACTG CTATGCATTG
AGTCTCCAGA TGTTCGCAGC ATAGGTATAT GGGGTACAGT TGGTATAGGA AAAACAGCAA TTGTTGAAGA GATCTTTCGC
ATACTTTCTG CCCAATATGA GACTTGTGTC TTCCTTAAGG ACCTTCATCA AGAAGTAGAG GTAAAAGGGC ACAATGCTGT
GGGGGAGGAC TTTTTGTGTA AACTTTTAGA GGTAGAACCA GATGTCTTAC GTACTTCCAA CATTAAAACA AGTTTCTTGA
AGAGTAGGCT TGAGCGTAAA AGGGTCCTCG TTATTCTCGA CGATGTGAAT GACTTGAGAG ATGTTCAAAA TTTTATGGAC
AACCTTAACT ATTTTGGTTC AGGAAGCAGA ATAATCATAA CCTCTAGAAA CAGACATGTT TTTGTACTTG GCAAAATCAA
TCATGTCTAT GAGGTCAAGC CATTAGATAT TTCGACGTCT CTACAACTTC TCGATCGTGG AACACTTCCG AATGTTTTGT
CACCTGAGGT TTATAGGAAA CTGTCACTTG AGCTGATCAA ATTTTCAAAT GGAAATCCAC AGGTTCTTCA GTTCTTGAGC
AATAGAAAAT GGAATCCGCT ATCAGAACAA GTTCAAGAAA CATCTCCCAT TTACATTCCA GGTATATTTG AAGCAAGCTG
CTGTGGGCTT GATGACAATG AGAGAAGTAT ATTTTTGGAC ATTGCATGTT TCTTTAAAAG GATGGATAAA GCCGACATTG
CAATGTTGCT TGATAGTTGT GGTTTCTCTA CACACATTGG GTTTAAAAGT CTTGTTGAGA AATCATTGTT AACCATATCA
CATAAGATGG TGGATATGCA CCGATTTCTC CAGGCAACCG GTCAAGAAAT TGTTCGCCAA GAATCAGTGG ACATGCCTGG
AGACCGGAGC AGGCTGTGCA ATTCCAAAGA TATTATGGAC GTCTTCGTAG ATAACACTGT AAACTACTCT TTGTCCTCTC
TTAATGTGCT GTTCGTTCTG GCTAAATTGT TTCTTATTGC TGGTTAACTT TATTGCTCTT GGTCGTTTCC AGGGCACATC
AGCTATTGAG GGGATTTTCC TGGACATGTC GCAGCTGAAA TTCGATGCAA GTCCCAGTAT ATTCGAGAAA ATGTGTAACC
TTAGACTGTT AAAATTCTAT TGCTCCAAAG TGATAGAGAA TCGTGGAGTG TCTTTACCTC AAGGTCTTGA ATACTTGCCG
AGTAAACTAA GGCTTCTGTA CTGGGAATAT TATCCTCTAA GCTCTTTGCC GCAATGTTTT GATCCGAAGA ACCTCGTAGA
GCTAAACATG CCATATAGTT GTGTGAAAAA ACTTTGGAAA GGAAAAAAAG TAACGTTCAA GATTTCTTTA GTACCAAGTC
ATATAAATAT GATAAAACCT TGAAGTGTTT GCTGATGTTT GTTTCTCTCT TTTGCAGAGT TTGGAAAAGC TGAAAAAGAT
GAGACTTAGC TACTCCTACC AGTTAAAAAA ACTCCCAAGA CTTTCAACTG CGCCGAATCT CGAGCTTCTT GATCTTGAAG
GTTGCAACAG TTTGGTGAGC ATCAGCCAGT CTATCTGTTA TCTTACAAAG CTTGTTTCTC TGAATCTGAA GGACTGCTCG
AAGCTGGAGG GTATTCCATC TACGGTTGAT TTAGAATCTC TTGAGGTTTT GAATATTTCT GGCTGCTCAA AGCTAATGAA
TTTTCCAGAG ATTTCACCAA ATGTGAAACA ACTCTACATG GGTGGTACTA TTGTCCAAGA AATACCGCCA TCGATCAAGA
ACCTGGTATT GCTTGAGATA CTAGACCTGG AAAACAGCAA ACACCTCGTG GATCTTCCAA CCAGCATCTG CAAGTTGAAG
CATCTTGAAA CACTAAATCT CTCAGGCTGC TCAAGTCTTG AGCGGTTTCC AGACTTGTCT AGAAAGATGA AATGCTTAAA
GTCTCTTGAT TTAAGCAGGA CGGCCATTAA AGAGTTACCT TCCTTTGTTT CATATCTGAC TGCTCTTGAA GAACTGAGAC
TTATAGAGTG CCCGAACCTC GCAAGCTTGC CTGATGATGT GTGGAGCCTA AGATTCAAGG TTGAATTCCG CCAAATTGAC
ACAGAGAAGT TTTCACGACT GTGGAATATA TTTGGATGGC TTAAGAAAGT TCAGATCTCT TAGAGTCGAC ATTGCAAAGA
AGGACGATTA GCTCGTGAGA GGTCGTATCA TGTAAACATC TTTGGTGTGA AATGTTGAAT TATAAAACTT GGAATCTAGT
TTGACGACTG TTCA