GBrowse Details: BnaC02T0049200ZS.1

Name:

BnaC02T0049200ZS.1

Type:

mRNA

Source:

PASA

Position:

scaffoldC02:3048830..3055038 (- strand)

Length:

6209

load_id:

BnaC02T0049200ZS.1

parent_id:

BnaC02G0049200ZS

primary_id:

719806

gbrowse_dbid:

general

Parts:

Name:	BnaC02T0049200ZS.1.exon9
Type:	exon
Source:	PASA
Position:	scaffoldC02:3048830..3049298 (- strand)
Length:	469
parent_id:	BnaC02T0049200ZS.1
primary_id:	719823

Name:	BnaC02T0049200ZS.1.utr3p3
Type:	three_prime_UTR
Source:	PASA
Position:	scaffoldC02:3048830..3049298 (- strand)
Length:	469
parent_id:	BnaC02T0049200ZS.1
primary_id:	719826

Name:	BnaC02T0049200ZS.1.exon8
Type:	exon
Source:	PASA
Position:	scaffoldC02:3049493..3050029 (- strand)
Length:	537
parent_id:	BnaC02T0049200ZS.1
primary_id:	719822

Name:	BnaC02T0049200ZS.1.utr3p2
Type:	three_prime_UTR
Source:	PASA
Position:	scaffoldC02:3049493..3050029 (- strand)
Length:	537
parent_id:	BnaC02T0049200ZS.1
primary_id:	719825

Name:	BnaC02T0049200ZS.1.exon7
Type:	exon
Source:	PASA
Position:	scaffoldC02:3050538..3050906 (- strand)
Length:	369
parent_id:	BnaC02T0049200ZS.1
primary_id:	719820

Name:	BnaC02T0049200ZS.1.utr3p1
Type:	three_prime_UTR
Source:	PASA
Position:	scaffoldC02:3050538..3050728 (- strand)
Length:	191
parent_id:	BnaC02T0049200ZS.1
primary_id:	719824

Name:	cds.BnaC02T0049200ZS.1
Type:	CDS
Source:	PASA
Position:	scaffoldC02:3050729..3050906 (- strand)
Length:	178
parent_id:	BnaC02T0049200ZS.1
primary_id:	719821

Name:	BnaC02T0049200ZS.1.exon6
Type:	exon
Source:	PASA
Position:	scaffoldC02:3051007..3051530 (- strand)
Length:	524
parent_id:	BnaC02T0049200ZS.1
primary_id:	719818

Name:	cds.BnaC02T0049200ZS.1
Type:	CDS
Source:	PASA
Position:	scaffoldC02:3051007..3051530 (- strand)
Length:	524
parent_id:	BnaC02T0049200ZS.1
primary_id:	719819

Name:	BnaC02T0049200ZS.1.exon5
Type:	exon
Source:	PASA
Position:	scaffoldC02:3051687..3052595 (- strand)
Length:	909
parent_id:	BnaC02T0049200ZS.1
primary_id:	719816

Name:	cds.BnaC02T0049200ZS.1
Type:	CDS
Source:	PASA
Position:	scaffoldC02:3051687..3052595 (- strand)
Length:	909
parent_id:	BnaC02T0049200ZS.1
primary_id:	719817

Name:	BnaC02T0049200ZS.1.exon4
Type:	exon
Source:	PASA
Position:	scaffoldC02:3052702..3052977 (- strand)
Length:	276
parent_id:	BnaC02T0049200ZS.1
primary_id:	719814

Name:	cds.BnaC02T0049200ZS.1
Type:	CDS
Source:	PASA
Position:	scaffoldC02:3052702..3052977 (- strand)
Length:	276
parent_id:	BnaC02T0049200ZS.1
primary_id:	719815

Name:	BnaC02T0049200ZS.1.exon3
Type:	exon
Source:	PASA
Position:	scaffoldC02:3053069..3054159 (- strand)
Length:	1091
parent_id:	BnaC02T0049200ZS.1
primary_id:	719812

Name:	cds.BnaC02T0049200ZS.1
Type:	CDS
Source:	PASA
Position:	scaffoldC02:3053069..3054159 (- strand)
Length:	1091
parent_id:	BnaC02T0049200ZS.1
primary_id:	719813

Name:	BnaC02T0049200ZS.1.exon2
Type:	exon
Source:	PASA
Position:	scaffoldC02:3054268..3054759 (- strand)
Length:	492
parent_id:	BnaC02T0049200ZS.1
primary_id:	719810

Name:	cds.BnaC02T0049200ZS.1
Type:	CDS
Source:	PASA
Position:	scaffoldC02:3054268..3054757 (- strand)
Length:	490
parent_id:	BnaC02T0049200ZS.1
primary_id:	719811

Name:	BnaC02T0049200ZS.1.utr5p2
Type:	five_prime_UTR
Source:	PASA
Position:	scaffoldC02:3054758..3054759 (- strand)
Length:	2
parent_id:	BnaC02T0049200ZS.1
primary_id:	719808

Name:	BnaC02T0049200ZS.1.utr5p1
Type:	five_prime_UTR
Source:	PASA
Position:	scaffoldC02:3054883..3055038 (- strand)
Length:	156
parent_id:	BnaC02T0049200ZS.1
primary_id:	719807

Name:	BnaC02T0049200ZS.1.exon1
Type:	exon
Source:	PASA
Position:	scaffoldC02:3054883..3055038 (- strand)
Length:	156
parent_id:	BnaC02T0049200ZS.1
primary_id:	719809

>BnaC02T0049200ZS.1 class=Sequence position=scaffoldC02:3048830..3055038 (- strand)
AAAGTCAACG GAAGTAGACG CTAGTTTTAG ATGCACCTGC TAATCTGAAT GTTCTCAACC GATCCGTTTT GTTTCAAACT
TCCTCTGGTT TTGATTGTTA GATCTGTCTG TGTCAGGTTC TACGGTCTGA GAGTACTAAC TTGCGAAGAA GAAGAGGTTC
AAAGCAAATA AGCAAACGAT GTTTCAGATT CGTTTTCCCG TTCATGTCTT TGTAGAATCG GATATACTAA GTGTGTCTCG
AGTATCTCTC ACTCAATATT CCCAATTTTT TTTTGTCAGG TATGGGTGAT TCCAGTGGAC AAACTCGGGA GCGATGGAGC
TACGATGTGT TCTTAAGTTT CCGTGGACCA GATGTGCGCA GCGGTTTCTT AAGCCATCTC TACAAGAGTC TAGTGAGATC
TGGTATATAC ACATTCAAGG ACGATAGAGA ACTAGAGATA GGAGAAAGCA TACCCCCGGA GCTGATGAAG GCCATTAAAA
ACTCCAAAAT TTACGTTGTT GTTTTATCCG AGAGCTATGC TTCATCATCG TGGTGCCTTG ATGAGCTCGT GCACATTATG
CGGTGCTTGA AAAACGACCC CGGACACCTG GTATTCCCAG TTTTCTACAA AATTGAGCCG TCGCATGTAC GCAGACAAAG
TGGACCATTT GGTGAATCCT TTCATAAACA CCGCATAATG TGCACGAGTC GAGAGAGCAA GTGGAAAGGG TATCAGTGGA
GGAAAGCTTT GACCAGTATT GCAAATTTGA AAGGGTATCA CAGTAGTAAT GGTTGGTCGG TTCGTTTTGT CGCTTATATC
TGAAATTTTT GTTGCCTATT TAGGCACCAA ATGGATTTCT TATCTCCATA TTTAACCAGC AATGATGTGG ATTGTGCAGG
GGATAGTGAT GCAGAATTGA TCGACCAATT GACTAGAGAC ATTCTCCGAG TGTTGCCTAG TTCATACTTG CATTTACCAA
CATATGCCGT TGGTATTAGA CCACGTGTAG GTCGTATCAA AGAGCTAATG TGCTTTGGTT TGGATGATGT TCAGATTATT
GGAATCTGGG GAATGGCTGG GATTGGTAAA ACAACGTTAG CCAAGGCTGC CTTTAACGAG TTCTCACATC GTTTTGAAGG
AAGAAGTTTC CTAGAAAACT TTAGAGATTA CTTCAAGAGA CCTGATGGGA AGCTTCATCT TCAGAAGAAG CTTCTTTCGG
ATATCTTAAG GAAGGATGAA GCTGCGTTCA ACAACATGGA TCATGCGGTG AAACAAAGAT TTCGCAACAA AAGGGTACTT
GTTGTAATTG ATGATGTTGA AGACATAGTT CAGCTTCATT CTGTCGGAAT ATATTTGAGC TGTTTTGGTC CAGGAAGCAG
GATAATCATT ACAACCAAGA ACAAGCATCT GTTAGAGCAG CTTGACGTAG AAAATATATA TTCACCCAAG GAACTTAACG
CTGATGAAGC TCTTGATCTT GTAAGCTGGC ATGCCTTTAG AAGCAGTGAA CCTCCTGAAG AGTTTCTCCA GTTCCCGAAA
AGATTGGTTG AATACTGTGG AGGACTACCC TTGGCTATGG AAGTCTTGGG TGCTTTTCTC TACAAAAGAA GCGTTTCGGA
GTGGAAAAGC ACGTTGAAAG CGTTGAAAAG AATACCGGAT GATAACATTC AAGCAAAGCT TCAGATCAGC TTTGATGCGC
TAAACGCCTC ACAGAAAGAC ATATTCTTGG ATATATCTTG CTTCTTCATT GGGATGGATA AAGACTATGT AGATTGCATC
TTGGATGGAT GCGAATTAGA GCCTGTCGCA GGACTCAAGG TGTTAAAGGA GAGGTGTCTC ATTACGATCC ATGATAACAG
CCTGATGATG CATGACTTAC TACGAGACAT GGGAAGATAT ATCGTCAAAG GAACATCTCT GAGGAACTGT GAGAGATGGA
GTAGATTGTG GGACCGGGAA CATGTTATAG ATGTATTGGC AAACTATTCT GTAAGGAACA AAAGTTCTAT GCATGCATTT
TCTGTCTCAA CCAAAGAGAC TTAGGGTAAC ATTTAACTAA TGAAATTGTT TGTTTAATCA GGGAACAGAT GAAACTGAAG
GACTTAGCTT GAAGGCTGAC GTTACGGCTG TTGAGAACTT TGAGGTTAAA GCATTTTCAA ATCTACGTAA GCTGAGACTG
TTACAGCTCT GTCATGTAGC ACTCAACGGA AGCTATGAAA ACTTTCCAAA AGGTTTACGA TGGCTTTGCC GGCTTGGGTT
TCCTGAGGAA TCTTTCCCCA TAAACTTACA TTTGAGAAGT TTAGTTGTCA TGGACATGCA GAAAAGCAAC CTTAAACGAC
TTTGGAGTGA TCAGAAGGTA AAAGTATTAT TTATAATTTT AAGGTTCCTA TGATATCAGT AAATATATTC TTTATTGTTT
AGGTTTGATT CTTTGATTTT TGTTCTATTT TTTTTTGGAG AAGCCTCATG AGTCCCTTAA GGAGTTAAAA TACCTTGACC
TCAGTCACTC TATCCAGCTT ACAGAGACTC CAGACTTCTC TTATCTCCCA AACCTTGAGA AGCTGTTCTT GATAAACTGT
CAAAGATTGG CTAAAGTTCA CGAGTCCATA AAGGTTCTTC AAGGAAGCCT GATTCTAATA AATCTGAGTG GTTGCATCAA
GCTTGGTGAA CTCCCGTTGG AACTCTATAC GTTGAAGTTG CTAGAAACCC TCATTCTCTC CGGATGCTCG CAGCTTGAGA
GATTGGATGA TGCTTTAGGT GAACTAGAGT CCTTGACAAT TCTCAAAGCT GATTATACTG CTATAACGCA AATCCCTTCC
TCGAGTGATC AACTTAAGAA GCTGAAAGAG TTATCTCTTC ATGGCTGCAA GGAGTTATGG AAGCACAGAC AGTACACCAA
CTCTGATGAA AGCTCTCAAG TGGCTCTGTT AAGCCCGCTC TCATTAAACG GTTTAATCTG CTTAAGGACT TTGCGTTTAG
GTTCTTGCAA TCTATCTGAT GAGTTGGTTC CTGCAAATCT TGGGAGTTTG TCTTCTCTTG AGGAACTTGA CCTTCAAGGC
AACAACTTTC GTAACTTGCA AACGGATTTT GCTGGTCTTC CAAGTCTACA GATTCTTAAA TTGGATAATT GCTCAGAACT
TCGATCCATG TTTAGTTTAC CAAAGAAGTT GAGGTCTTTA TACGCGAGAA ACTGTACTGT GTTGGAAAGA ACTCCAGACT
TACTGGAGTG TTCGGTGTTG CAATCACTGC ACCTCACAAA TTGTTACAAT CTCGTTGAGA CCCCAGGGCT GGAGGAACTG
AAAACAGTTG GAGTCATCCA CATGGAAATG TGCAACAATA TACCTTATTC TGACAGAGAA AGAATCATGC AGGTTTTTCT
CTAAGTCTCT TTTCCGATAT TAAACTGTTA AACTGATTCC AGATTCTTGA TATCAAAGTA GCAACCTTAC ACTTATTCAC
TTAGTTATGG GTGGTGACTA GGAATGTGTC CTTGGTTGTG ATTTATATTG GTGGTATTTG TGTTACAGGG ATGGGCTGTT
GGTGCCAATG GGGGAGTTTT TGTCCCGGGG TCGAGCATTC CAGAGTGGGT CAATTTCAAG AATGGGACAC GTTCGATCTC
TTTTACTGTC CCTGAACCAA CTTTAAATTC TGTTCGGGTC GGGTTTACCG TGTGGACAAC ATACGTGAGT CAACAAGATG
ATGTGATGTC TGTATACATT CCAAAGATCA CATTGAAGAA TCAAACCAAG GGAGATGTGT GGAGCCGCAA TCCAGCAACA
GATCTCATTC GTATGTACCG TGAAAAACAC ATCTGGCAAG GGCACTTTTC AAATGAAGAT TTCTTGTTAG AAACAAGGGA
TGAAGTGGAA GTTTCTGTGG ATTTTGGAGA TAAAGTCGCC ATTCTTGAGA CAGGACTAAC TCTTGCTTAC AGGGAAGTCC
CTGAAGTCCC AATTGAACAA CTGACTGAAA CAGGTGATGA AGTTGATAAT GAACAACTGA CTGAAACAGA TGATGAAGTT
GTCATTGATG AAAGCCAAAG AAGACCTCCC AGGTATGTTA TAGTTTATAC CATATAACAA AGAGAACTGC ACAGTATGAT
TTTGACCTTA TGGAGTTTTT TTTGTCTATT CTCTTGTCAT TGGGATTCAC AGGAAAATGG GAATGGGTTT AAAGACACTT
CTGGGGGCGT TTGGTTTGTT AGCATTCATT GTTGTTCTTG GAAAACATGG TAGACCCCTG CGCCGCCACA ACCACCTCCG
CAGGAATAAA GTTGAAAAGG ATAAGGAGAA AAATGCCACA CTCCCCATTT TCTCTTTTTT AGATTACTAG GTTTCAAAAT
GGTTTCTTGA TCTAGCTATT GATTTCAGAT TGATGGTTCT GAATCTTAAT AGAACGCTTG CTGGTGTTAT TCTAGAATGG
CTTGGATGGT GGAATCAGAA TGAACATTAC AACAAGAAAC ATGCACTTGT TTAAAGCAGC TTCAGTGGGA GAAAACATCT
ACTCACTGAA GGAATTTGTT GGTAATGAAT CTCTCTTCAG TTCTTTCCCA TTTAGACAAA CTATTGTAGC AGATTTTTAC
AATTTTTACC TTAAGGTTTA CTTTGTTGTG AAATTGATCA TCTACATTTT ACCTTTAAAC GATCCTCAAT GAATACTAAT
GATGGCAAAA AGGTCAGATG GCCTTGTAGG CATTTGTTAA AGCAAGAGAG CATTTTTTAC ATTTTCTATT TCTATTTTCT
TGACATCATG TCATCAACAA ACTTTTAGTA GATGATTAAT ATAGATGTAT CAAATGATAG GAATATGATG ACGTTGGTTG
TATATTGAAC TTTGAAGTAT TAAATTCATC TGCATCATAG ACAAGTTATA GACTTTGATA TTATGAGGTC TGCTCTTACT
TACAAGGCCT TAGAAACAAA TGTAAACACA ATGGTTGAAG TACATTGAAA ATCATTATGA GTTACAATAT GATAATGGAA
ATAGTGTAAA CTTATTGGTC AAAGTACTTC ACCATCTGTG TCCTGATAGA TAATGGGATG ACGACGTTGT GAATACCATC
CGTCCAAGTC AAACTCCCAA AAAAGTAAAT AGAATTGGCT TTGTGGGTTG TGGAGACTGT GACTTGGTAG CTGAGTTTCT
TAACTCCGGA GTTAAAGACC AATGTTTGGG GCGTGACGGA GATTTTGACA CCCATAGGAG GCTGAACGAT GAGTTTATAT
ACGGAGTTGA CGGGTCCAAC GTTAGTGACG GTTCTAGTGA GAGTCACATC TTCCTTGAGG AATGGAATGG TGATAGACGG
CAAATTGAGA TCGAGCATAG ATGGCCTTGG ACTCGGACAC TTGACCGTTT GCTTTGATAT TTTGGTGATG GACATCTCGT
CATAACTAGA AGCACATAGA AAACGAATGT AGTCTTGTAC GTCTGCGTCA TAGACAAGAC CAGGGTTTGC TGCTTTCTCT
GGGTTCACCA GTCCTCCCCC AAAGTCAAAA GGGTCAGCTA GTTTCCGTGA TAATCCCTCT GAGTAGATAG GTTCTCCATA
GGGATCCGTT GAGGAAGCTT AACCAAGTAA GGAGTCAATT GATTAGATCA CTAAATATAA CTCAATTCCA AATATCTAAT
TTGATATACA AAATAATAAA TTTATTTTAT GGTAGGACAT TTAGTATAGT GATTGATTAT ATTATGGTTG ATGTACCGAT
TTAAAATCAT AGGAATATAA TTTTTACCTG TAGTGATGAT AGCTGATTTA AGCATGGCAG GAGACCAATC AGGATGCACA
GCTTTGAGTA GAGCAACCAA ACCGGCAACG GCAGGTGCTG CCATTGAAGT ACCAGACATA GCCGTGTACC CGTTCTCGTA
GCTCATTTTT TCTGGGGTAC AAGCTGCAAC TATGGATACA CCAGGTGCTG CGATATCGGG CTGTATACAT AATGTTGGTG
TTCAGTGGAA AAAAAAGAAG GAATGTTGTT AAACTATATA TATTATATAG AAAGACTAGC CAAGTTATTA CCTTGAGAAC
ATATGGAGAT ACAGAATTGG GCCCTCTGCC GGAGAATTCA GCAACTTTAG TAGCTACAAG TGGTCCAGTG AGTGCGATTG
AAGGACTCAC GGTTATGGTC GGCTTACTGT AATCACAAGT GAGACTTTAA ACAACTTGCA AAAGTGATCA ACTTAATTAG
CCAGTGGTAT AAATAAAAAA AAAAAAAATA ATACTTGGTG GATTTTATG