Name: BnaC03T0086500ZS
Type: mRNA
Source: PASA
Position: scaffoldC03:4528739..4533995 (+ strand)
Length: 5257
load_id: BnaC03T0086500ZS
parent_id: BnaC03G0086500ZS
primary_id: 793352
gbrowse_dbid: general
Parts:
Name: BnaC03T0086500ZS.utr5p1
Type: five_prime_UTR
Source: PASA
Position: scaffoldC03:4528739..4528791 (+ strand)
Length: 53
parent_id: BnaC03T0086500ZS
primary_id: 793353
Name: BnaC03T0086500ZS.exon1
Type: exon
Source: PASA
Position: scaffoldC03:4528739..4529165 (+ strand)
Length: 427
parent_id: BnaC03T0086500ZS
primary_id: 793354
Name: cds.BnaC03T0086500ZS
Type: CDS
Source: PASA
Position: scaffoldC03:4528792..4529165 (+ strand)
Length: 374
parent_id: BnaC03T0086500ZS
primary_id: 793355
Name: BnaC03T0086500ZS.exon2
Type: exon
Source: PASA
Position: scaffoldC03:4529244..4530354 (+ strand)
Length: 1111
parent_id: BnaC03T0086500ZS
primary_id: 793356
Name: cds.BnaC03T0086500ZS
Type: CDS
Source: PASA
Position: scaffoldC03:4529244..4530354 (+ strand)
Length: 1111
parent_id: BnaC03T0086500ZS
primary_id: 793357
Name: BnaC03T0086500ZS.exon3
Type: exon
Source: PASA
Position: scaffoldC03:4530444..4530740 (+ strand)
Length: 297
parent_id: BnaC03T0086500ZS
primary_id: 793358
Name: cds.BnaC03T0086500ZS
Type: CDS
Source: PASA
Position: scaffoldC03:4530444..4530740 (+ strand)
Length: 297
parent_id: BnaC03T0086500ZS
primary_id: 793359
Name: BnaC03T0086500ZS.exon4
Type: exon
Source: PASA
Position: scaffoldC03:4530814..4531593 (+ strand)
Length: 780
parent_id: BnaC03T0086500ZS
primary_id: 793360
Name: cds.BnaC03T0086500ZS
Type: CDS
Source: PASA
Position: scaffoldC03:4530814..4531593 (+ strand)
Length: 780
parent_id: BnaC03T0086500ZS
primary_id: 793361
Name: BnaC03T0086500ZS.exon5
Type: exon
Source: PASA
Position: scaffoldC03:4532001..4532755 (+ strand)
Length: 755
parent_id: BnaC03T0086500ZS
primary_id: 793362
Name: cds.BnaC03T0086500ZS
Type: CDS
Source: PASA
Position: scaffoldC03:4532001..4532755 (+ strand)
Length: 755
parent_id: BnaC03T0086500ZS
primary_id: 793363
Name: BnaC03T0086500ZS.exon6
Type: exon
Source: PASA
Position: scaffoldC03:4532840..4532947 (+ strand)
Length: 108
parent_id: BnaC03T0086500ZS
primary_id: 793364
Name: cds.BnaC03T0086500ZS
Type: CDS
Source: PASA
Position: scaffoldC03:4532840..4532947 (+ strand)
Length: 108
parent_id: BnaC03T0086500ZS
primary_id: 793365
Name: BnaC03T0086500ZS.exon7
Type: exon
Source: PASA
Position: scaffoldC03:4533034..4533156 (+ strand)
Length: 123
parent_id: BnaC03T0086500ZS
primary_id: 793366
Name: cds.BnaC03T0086500ZS
Type: CDS
Source: PASA
Position: scaffoldC03:4533034..4533156 (+ strand)
Length: 123
parent_id: BnaC03T0086500ZS
primary_id: 793367
Name: BnaC03T0086500ZS.exon8
Type: exon
Source: PASA
Position: scaffoldC03:4533236..4533373 (+ strand)
Length: 138
parent_id: BnaC03T0086500ZS
primary_id: 793368
Name: cds.BnaC03T0086500ZS
Type: CDS
Source: PASA
Position: scaffoldC03:4533236..4533373 (+ strand)
Length: 138
parent_id: BnaC03T0086500ZS
primary_id: 793369
Name: BnaC03T0086500ZS.exon9
Type: exon
Source: PASA
Position: scaffoldC03:4533462..4533570 (+ strand)
Length: 109
parent_id: BnaC03T0086500ZS
primary_id: 793370
Name: cds.BnaC03T0086500ZS
Type: CDS
Source: PASA
Position: scaffoldC03:4533462..4533570 (+ strand)
Length: 109
parent_id: BnaC03T0086500ZS
primary_id: 793371
Name: BnaC03T0086500ZS.exon10
Type: exon
Source: PASA
Position: scaffoldC03:4533653..4533995 (+ strand)
Length: 343
parent_id: BnaC03T0086500ZS
primary_id: 793372
Name: cds.BnaC03T0086500ZS
Type: CDS
Source: PASA
Position: scaffoldC03:4533653..4533913 (+ strand)
Length: 261
parent_id: BnaC03T0086500ZS
primary_id: 793373
Name: BnaC03T0086500ZS.utr3p1
Type: three_prime_UTR
Source: PASA
Position: scaffoldC03:4533914..4533995 (+ strand)
Length: 82
parent_id: BnaC03T0086500ZS
primary_id: 793374
>BnaC03T0086500ZS class=Sequence position=scaffoldC03:4528739..4533995 (+ strand)
GGGCTTTAGT AGATTCATCC CAATACTCCA CCCCTGGATT AGGACCCCTG AACATGAGTT GCGAGAAGAA TAGTCACAGC
GTCAACATCA TCTGCTCGGA GACGGTACGG TACTCCTTCG TCAGCCACCT CTCCGGCGCT TTACGCCGCC AAGGCATCTC
TGTGTTTGTG TTTGCGGGTA CAGATGGGCT GGAATCTTAT TCCTTCCCCG ATGATCAGAA TCAGGAAGCT AGGGTTTCGG
TGGTGGTTTT CTCCGAGACC TACGCGTCTT CTGGTCGTTG GTTTGCTAAG CAGCTCGAGC TTCATAAGAA GAATGGCTAC
GTAATTGTTC CAGTGTTCTA CGGCGTTGAC CCATCGGTTG TGAACCGAGA TCTCGAATTT CTGGGAACAA TGAAGAGAGA
CGGAAACTTA ACACGCCATC CATCAAGGTA GGTAACAAAC ACTGTGTAGT TTGTTGTATG CATATCATTT AGATTCAGTA
GATTGAGCTT ATAGTATTGG TACAGCGACT CGGAGCTTGT GGAAGAGACC GTGAGGAATG TTTTTGCGAA GCTCTCTCCT
ACAGAACGAA TTGGAATATA CTCGAGGCTA CTGGAGATTG AAAACCTGCT TTGCGAGCAA CCTTGGGACA TCCGAAGCTT
AGGAATCTGG GGCATGCCTG GCATAGGGAA GACGACACTT GCTAAAGCAC TATTTGAGCA GATTCACATT GACTACGACG
CTTCTTGCTT TATCGAAAAC TTTGATGAAG CTCTTTATAA GGCGGGACCT CAACGTTTAC TGGAAGAGCA AATTTTCAAG
GTTGTGATGG AAAAGTTTGG AGCGAGCACT TCTTACATTA CAAGACTGAG CCTCCTTAAG GACAAGCTTT GCGATACAAG
GATTCTTCTT GTTCTTGATG ATGTGCGTAA TCCTCTAGTT GCAGAGTCCT TCCTTGCAAG GCTTGATTGG TTTGGTCCCG
GAAGTCTGAT AATCGTAACC TCCAGATATA AACAAGTGTT TTCCCTTTGT CAGGTAAATG ACATATATAG GGTTCAGGGT
TTAATCGAGC AGGAGGCTCT GCAGCTATTC TCCCAAACTG TCTTTGAAAA AGATGTGCCA GAGCAGAATG ACCAGGAACT
ATCATTGAAG GTGATTGACT ACGCTAATGG AAACCCATTA GCTCTCCGTG TTTATGGCCA AGAGCTGAAG GGGAAGAAGT
CAGAAATGGA GGCTACATTC CTCAAGCTCA AGCAATGCCC TCCACAGAAG ATTCAGGATG GGCTAAGGAG TGTTTATAGT
GCGCTTAGTG ACAACGAGAA GCACATCTTC TTGGACATTG CTTGTTTCTT CAAAGGAGAG AATGTCGACT ATGTGGCGCA
GCTGCTTAAA GGGTGTGGTT ACTTTCCTCG TGCTGGAATA GATATTCTTG TGGAGAAGTG TCTGGTGAAT ATTTCAGAAA
ACACATTGCA GATGAATGAC CTGATCCAAG ACATATTCAG AGAAATCATT GTTGTAGATA GAATACAAAT GAAGAAGTGC
GCCACTATGT GGCAACCTTC CAGCATTAGA TATCTACTAG AAGATGATGA ACTCAATGGA GATGACCAAC TGAAAGAAAC
TCCTAAATGT GTTATGGTCT GTTTAATTTT TGCTACATTT AGACACAGCT TAGTCTTTAA AGATGAGTCA AACTTCATAT
CTATCACCTT CCCTTGTTCT TACAGGTCGC TGAAGACATC AAAGGCATAT GTTTGGACGC ATCAAACATG ATATTTGATG
TCAAACCTGA TGCCTTCAAG ACTATGGTCA GTCTAAGGTT CCTGAAGATA TACAATTCCC AGTCTGAAAA CATTCATGGA
CACAAATTTC CCAAGGGGCT CAGTTCTCTG CCTAGTAATC TAAGGCTCCT TCACTGGGAG GAATATCCCT TCAAATCCTT
GCCTCAAGCT TTTGACCCAC GGGAACTTGT CGAACTCAGT ATGTCTTACA GTCAGCTTAA GAAACTCAGG GCAAGAACCA
AGGTAGGCAA TGCAATCCAA CTTTCAGCCT ACTCAATACA TTATGGTCAT ATTATTAATT TTATTTTTTG TTCAGAACCT
CAAGATGTTG AAAAGGATCA GGCTTTGTCA TTCCCAGCAG CTAGTTGAAT TTGATATACT TTTAGATGCT ATAAATATCG
AGCTAATTGA TCTCCAAGGT TGCACAAGAT TGCAAAGTTT CCCAGACACG AGTGAATTAC AACATCTCAA AGTTGTAAAT
CTCTCAGGTT GCACAGAAAT CAAAATTTTC CAAGGGGCTC CACCAAATAT TGAGGAACTA CATCTCCAAG GAACCAGTAT
AAGAGAAATA CCAATTTCCA TGGTGACCCA CTACCCCCAG AAAGTTAAGC TGAACCGCCA AAAGTTTTTA AATCTTTTAG
AAAACTTCCA GGATGTTGAG CATATGGACT TGGAGAGTGT AACAGAGCTG GTTAAAGTAA GCTCATATAA TCAAGGTTTT
GGCAAGCTTG TACACTTGAA CATGAAAGAT TGTTGTCATT TGCAAAGTCT TCCTGACATG GTCAGTCTAG AATCTCTCCA
ACTTCTTCTT GTGTCTGGCT GCTCAGAGCT CGAGGAAATT AAGGGTTTCC CTAGAAACAT GAAAAAGCTA TATCTTGGTG
GAACCGCCGT ACGAGAAGTG CCACAGCTTC CCCAAAGTCT AGAATTCTTG AATGCTCATA ATTGCTTGTA TCTGCAGTCT
ATTCGTTTGG ACTTCGAGAA GTTTCCTAGG CACTACATCT TCAGTAATTG TTTTAACTTT CCTCCACAAG CTATCACTGA
GTTCCTGGAG AAAGATCTTA CAATAGTATC AAACATAGCC GGAGCAAAAA AACAGGTTTC TCTTACTCCT TTCTCTTCGT
CTCTTTCACA CATGCATATG TATTTCATAG TGAATAACAA CAAACACGAA TTTAACCTTG AAGAAAGCAA AAAACTTAGA
GCAAAATGAA TCGAGGCAAA TACGTATACC GATTATTATG TAAATAAATA AATTTGTAAT TTTTTAGATC TGTATTTATG
ATAGCCTCTT GATTTTCTCT TCCTTTAGGA AAACATCCTA ATCCTAACAA AATTACTTTT CTCAGTCCTA AAAAGCATAC
TGTACTGGCT CCTCACCTCT AGATGTCTCT ATCACAAGTC TATCTTCTGA ATGTTGGCCG TTTTGCTTAT GTACTAAGAT
TTAAGTCACT TCCAGAACTA ACACACATAT TATCTTATTG AGTTTAGCAT TTGTTTGAAC AGGAACACAT CAAAGCATCT
GAAGTCACCA TTTGTATTCC TTTAGATGCA TGTCAAACAT CTCACTTTCT CTTGCAAGCA GGCCCAATTG TAACGATAGA
TTTAGCTCCT TGGACGGGGA AACCTATCTC TGGCTTTACT ATGACTGTTG TGGTATCATT TCAGGATGAT TACCACAATA
CTGTAGGTCT TGGGATTAGG TGCATATGCA CATGGAAGGC CAAGAGTGGC TACTCGAAAA TAACACAGAG GATATTTCAG
TGTTGGACTC CGACGGAAGC TCCAAAAGTT GATTTGGATC ACATATTTAT CTTCTATGAT ACCGAAATGC ATCCTAGTGG
TGAAAAACAC CCCAATTTGT GGGATGAAGA AGTTAAATTT GAATTCCACA CAGTGAGTTG GGAAAAAAAG CTTTTAGGTG
CTAATTGCCA GGTCACCTTT TGTGGTGGCA GGATAATTAC GGCTCCAATA CCTACTGAAA TCACAACAGA AAGTGACGAT
GATTCATGGG TTCTTGTAGA GGGTCCTCCA ACAGTGCTAG AGGCAAAGAG CCCAACTCCA CTTTCATCCA ACGAGCCATT
GTTTTGGCTT GAGCGTGCTG TTGGCTGGGG CCATAAGTTT AGACTGAGAG ATCTTGAAAT GGCAACTAAT GGATTCTCAA
ACGAAAATTT TATTGGTGAA GGCGATTGCG GGGTTGTTTA CAGAGGAGAG TTTTTAGACA GTACTCCTAT TGCAGTTAAA
AGGATTATAA AAAAATTGTG AGTTCTAGTT CCAAATGTTC CATATTTAAC CTCTTTTTGG TTTGTTTCCT CTGTTGAGTG
TTGCGTGATT TGATTCTGTA GGGACCAAGG AGGAGAGGAA GAATTTATCT GTAAAGTTAA TGCAGTCGGT CGTTTGTGTC
ACAAGAACAT AGTCCGTCTT CTTGGATATT GCATTGAAGG CACATACAGG TATAATATTG AATATTTGTC TTGTTTAAAG
AGAAAAAAAA AAGAAAGAAA GCGAATTGAG TCACTCAAAT GAAAACTGCT ATTAGAATAT TGGTTTACGA GTATGTGAGC
AACGGAAACT TGGAAAATTG GCTTCACGGA GAAAAAAAAC AACATGGATA TTTAACTTGG GAAGCAAGGA TGAAGATTCT
CATCGGTACA TCAAAAGCGT AAGCAAGATC ATTCCTTCTT TAAATCGCAA ACCCATATCA TATCTTATTC TCACATTACT
GATCATCATC TATGTAGTCT TGCATTTATA CATGAAGCAA ACGAATTTCA CAGAGACATC AAGCCAAGCA ACATACTGAT
CAACGACGAA TTCGAAGCAA AAGTTTCATA TTTAGGACTT GACACGTCAG AAACACGAGC GATGGGAACA TTAGGGTGAG
AGATGCTAAT ATAATTTAAA AGAAAAGGGT TTTAGTATCA AAGCTCAATG CTCAAACCAT CTTTTTTTGC TAACGCTTTG
CAGATACGCT GCTCCAGGAT TTTTAAGCAC AGGGATATTC TATGAAAAAG ACGATGTATA TAGTTTCGGT GTTGTGCTCT
TAGAAGCAAT CACAGGACGT CCTGCTCGTG AGGTATAAGT TTTTATTCCA TTAAACTTAA CAATGGTGCT TTTAATGATG
ACTTTCATAC CTAACCAACA CTGAATCATT GCAGGTAAAG CTAGTGGAGT GGTCGAAGAT GATGGTTAGA AAAAGGCGAT
CAAAAGAAGT ACTTGATCCA AAGATAGAGG TTAGGCCGCC TGCGCGAGCA CTGAAACGAG TTCTTTTGTT AGGTCTACGT
TGTGTTGATC CAGATATAGT CAAGCGGCCA AAAATGAGTG AAGTTTTGTT TTATATGCTT GAGTCTGAGG AATATCCCAC
TCCCATTCGA GGAGAAACAA CAGGTTGTTG GAACTCGTTT TGCATAAACC GGTGATACAC TAATCAATCT TTTGTTACAG
CCAAGTTAAC TGTCTTCTTG TAATATGTTT AGATTTAATT CCAAATGCCA GTTCGCA