GBrowse Details: BnaC02T0361500GG

Name:

BnaC02T0361500GG

Type:

mRNA

Source:

PASA

Position:

ganganF73v0_C02:46193687..46198098 (- strand)

Length:

4412

load_id:

BnaC02T0361500GG

parent_id:

BnaC02G0361500GG

primary_id:

661848

gbrowse_dbid:

general

Parts:

Name:	BnaC02T0361500GG.exon8
Type:	exon
Source:	PASA
Position:	ganganF73v0_C02:46193687..46193744 (- strand)
Length:	58
parent_id:	BnaC02T0361500GG
primary_id:	661863

Name:	cds.BnaC02T0361500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C02:46193687..46193744 (- strand)
Length:	58
parent_id:	BnaC02T0361500GG
primary_id:	661864

Name:	BnaC02T0361500GG.exon7
Type:	exon
Source:	PASA
Position:	ganganF73v0_C02:46193906..46194477 (- strand)
Length:	572
parent_id:	BnaC02T0361500GG
primary_id:	661861

Name:	cds.BnaC02T0361500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C02:46193906..46194477 (- strand)
Length:	572
parent_id:	BnaC02T0361500GG
primary_id:	661862

Name:	BnaC02T0361500GG.exon6
Type:	exon
Source:	PASA
Position:	ganganF73v0_C02:46194550..46194991 (- strand)
Length:	442
parent_id:	BnaC02T0361500GG
primary_id:	661859

Name:	cds.BnaC02T0361500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C02:46194550..46194991 (- strand)
Length:	442
parent_id:	BnaC02T0361500GG
primary_id:	661860

Name:	BnaC02T0361500GG.exon5
Type:	exon
Source:	PASA
Position:	ganganF73v0_C02:46195075..46195409 (- strand)
Length:	335
parent_id:	BnaC02T0361500GG
primary_id:	661857

Name:	cds.BnaC02T0361500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C02:46195075..46195409 (- strand)
Length:	335
parent_id:	BnaC02T0361500GG
primary_id:	661858

Name:	BnaC02T0361500GG.exon4
Type:	exon
Source:	PASA
Position:	ganganF73v0_C02:46195654..46195941 (- strand)
Length:	288
parent_id:	BnaC02T0361500GG
primary_id:	661855

Name:	cds.BnaC02T0361500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C02:46195654..46195941 (- strand)
Length:	288
parent_id:	BnaC02T0361500GG
primary_id:	661856

Name:	BnaC02T0361500GG.exon3
Type:	exon
Source:	PASA
Position:	ganganF73v0_C02:46196019..46196530 (- strand)
Length:	512
parent_id:	BnaC02T0361500GG
primary_id:	661853

Name:	cds.BnaC02T0361500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C02:46196019..46196530 (- strand)
Length:	512
parent_id:	BnaC02T0361500GG
primary_id:	661854

Name:	BnaC02T0361500GG.exon2
Type:	exon
Source:	PASA
Position:	ganganF73v0_C02:46196798..46197183 (- strand)
Length:	386
parent_id:	BnaC02T0361500GG
primary_id:	661851

Name:	cds.BnaC02T0361500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C02:46196798..46197183 (- strand)
Length:	386
parent_id:	BnaC02T0361500GG
primary_id:	661852

Name:	BnaC02T0361500GG.exon1
Type:	exon
Source:	PASA
Position:	ganganF73v0_C02:46197605..46198098 (- strand)
Length:	494
parent_id:	BnaC02T0361500GG
primary_id:	661849

Name:	cds.BnaC02T0361500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C02:46197605..46198098 (- strand)
Length:	494
parent_id:	BnaC02T0361500GG
primary_id:	661850

>BnaC02T0361500GG class=Sequence position=ganganF73v0_C02:46193687..46198098 (- strand)
ATGGTGACAA CTTCTTCATG TTCCAACGTC AACGTAGGAC CAGAAGTGTT CATCAACTTC CGAGGAAAAG AGCTGCGCGA
GAATTTCGTC TCCCATCTCT ATAAAGCATT GCGCCAGAGT GGGATCAATG CTTTCATAGA CTCTGATATG GTTCTGGGCG
ATAAACTCAT AACCCTTTTC AAAACAATCG AGGAGTCCAA GATAGCGTTG GCGATTTTAT CGAGCAAGTA CACGGAGTCA
CAATGGTGTC TGGAGGAGCT GGTGAAGATA AAGGAATGTA GTATAAATGG GGAAGGATGC AAAAACCTAG TGGTCATTCC
AATCTTCTAC AAGCTGTCTA CATCTATCGT GGATAAGCTT GAAGGTGAAT TTGGTGTTAA CCTATTGAAT GTGTGGAGGG
AACCAGGTGG TGCACGAGAC AGCCGGATTG TGAAGTGGAA TGCGGCTTTG CAGGATATGC TGAGCAGAGC GGCTTTGATA
TATGACGGAA GCATGTACGT AAATAATTTT CATTTTACTT TTACAAAATG ATGATTGTTC TAGCTTTTAG TAATTAATCT
TTGGTAGAGT AGAAATGAAG GAATGTGAGG AGTAAACTAA CTGACTAACT GTAGTCCTGT TAACTGAAAT AATCTTACGG
TTTAAGGGAA TATACGTTTA CTTAAAATGG ATTATATTGG GCGTTAGAAT AACCTGAGGG TGTAAGAAGA AGAAAAAACA
GCTTTACAGT TTTGGATAAT TTGAACAACT TCAGGTATTT TTAATGTTTT AGTTTACGTT ATAGGCTGTT CCAAAATGCA
CAAGACTATC GCCAATTCTC ATTGAACCAT TTTTGAGTAA AAAAATCGGA TAGAAAAGAC TAACGTCTTG TTAGTCAAAC
CACTATTAAC TCATTATTAT ATTTTTGTTT AACAGCGAGG AGAATGCTTT CGTGGCTAGG ATCGTTGAGA AGGTAAATGA
TGCCCTATCC CTAATTTGGT CGCAAAGTGA AGCAAACCCT AACTTACAAA AGAGAGGAGT AGAAGAAATC CCTAACCCTC
CAAAATTCTA TAACATAGCA TTAAGCAGTG CTGAACCAGG AGAACAACGC CTGAAACAGT TGGAGGAGAA GTTGCATATG
GACTCATTGG ACTGCAATGA AGACGAAACT CGTGTTCTTG GAATTGTCGG GATGGCTGGT ATCGGCAAAA CCTATCTCGC
GAAGAAGCTC TTCTTCAAGC TTGAGACGAA GCTTTGCCGT GCCTTGATTA TTGAGTTCGA CTGCGATAAC TCGAATCAAT
TGGAGAAGAG ACTCGTGGAA GGTTTATTGA AGTAAGATTA TCCCAGTTTA ATATTCGCCG ATGAGAATTC ACTTGAAGAC
TGGAAGAATC TTCTAATCGA GAAGAAAGTC GTGGTTGTAT TCGATAACGT GAGTGACAAG AAACATTTGG AGCCGCTAAT
GGGGAACTGT GACTGGATTA AGAAGGGGAG CAGGATCGTT ATCACGACAC GGGACAAGTC ATTGACCGAG GGATAAACTG
TATCTGATCT CTACGAGGTC CCTGGACTGA ATGAGAGAGA GGGTTTAGAG CTCTTCAAGG CTCAAATCGG CACTACTCTT
GAGGGGAACT ACCTGGAGCT GTCGAGAAAG TATGTTGATT ATACAGGAGG CAACCCATTA GCTCTTGAGG CATTCGGTGA
GGAGATTCGT GGGAAAGACG AGGACCACTG GGAAGCAAGA CTTAGAACAC TCTCAAAAGT TTCCAGTGAG AAGATTGGGA
AGGTGTTGAG AACCTGTTTC GATGGACTAA ACCAGAAGCA GAAAGATGCG TTTCTTGATA TAGCCATTTT CTTTAGATCA
AAAGATGAGG ACTACATCAA AAGCTTACTT GAATCTTTTG ACCCTGACAC ATCAAAAGCT GGGAATAATT TTAGAGAGCT
TTTAGACAAG TTCTTGATTG GCGTATCGGA TGGCCGAGTA GAGATGAATA ATCTACTATT GACAATGGCT ATGGAGCTTG
TTGAAGCAAG TGGAGGAAAA TATTTGTTAC TTCCATCAGA TTCTGCAGGA TCTAATACTG ATGCCCTGAA AAACAAGGAG
GTAAGTTTGA GACTTTATTC TTTTCAAGAG TTTCATATGT GCTTGCAATA ACTTCTATTG ATTACTTGAT CAAACAGGGA
AAATACAAGG TTAGAGGTAT TATCTTAGAC ATGTCTAATA TGGAGGAGAA GCCCTTAGAC AACCAAGCTT TTGTAAGTAT
GAGTAGTCTA CTCTACCTGA AAGTCTACTA CTCTCTCTGT TCTATGCACT CTAAAGCGGG GTGCAAGTTG AACTTACCAG
ACGGAATTTA CTTCCCAAAA GATAGCATCC TCAGATATCT TGATTGGATG AGATTCCCCC GGAAGGAACT TCCATCAGAC
TTTGAGCCAA TGAATCTTAT CGATCTTAGG TTGCCTTACA GCAAGGTTAA GTGTGTGTGG GACTACTTAG AACATTTCTA
CTTCACTTCT ACCTTTTTTT TTCTTTATAA CTTTATTTAG AGATTGATTT CTCTCTGATG CATTTCTCTA TAATAGAGAA
ACGCTATATT TTCTTATGTA TTGAAAAATG AAATAAATAG ATGTGAATTG AAGATGGTTT TAGTCGTATA CTAAATTAGG
TTTGCATTTT TTTTATTGAT GGTATAGAAC TCTGCTTTTG TTGTCACAGG TTGCACCGAA ACTGAAGTGG GTCGATCTAA
GTCACTCCAG TGAGTTAACT TCCATTTCAA GTCTATCAGA TGTGCCAAAT CTTTTAAGAT TAAACCTGGA AGGCTGCACG
AGTTTGAAGG AGTTACCTGA GGAGATGAAA AAGATGAAGA AACTTTTTTT CCTGAACCTA AGAGGATGCA CAAGTCTCTT
GTCTCTGCCA AATATCACTC TGGATTCCCT GAAGACTCAT TCTCAGTGGC TGCTCAAAGC TCCGGACATT CGAAGTGATT
TCAGAAAGTC TAGAAACTCT GTACTTAAAC GGCACTGCAA TAGATGGACT TCCTCCAGCC ATTGGTAATC TCCACAGACT
CAACTTCTTG AATCTGAAAG ACTGCGTAAG TCTGGCGACT CTTCCTGATT GTCTTGGGAA GCTGAAGTCA CTTCAAGAAC
TCAAACTCTC TTGAAGTCAT GGAACGCTTG CTGGTTTTAC TGCTTGATGG AACATCAATA AGGGAGATGC CAAGTAGTGT
TATCTACTTA TCCTCCCTGC GGCGTCTATG CTTAAGCAGG AATGACAAAA TAAGCAGCCT AAAATTTGAC ATGGGTCACA
TGTACCATCT GAAGTTGCTT GAGTTGAAGT ACTGTACTAA TCTCACATCT CTTCCGAGAC TTCCACCAAA TCTTCAGTGC
TTAAATGCAC ATGGCTGCAC TTCGCTAAGG ACAGTCGCCA GTCCCCTAGA CCTTCTGATG TCGACCGAGC ATATTCATTC
CACCTTCATT TTCACTAATT GTCATGAAAT GGAACAAGGC TCAAAGAATG ATATCATATC TTATATCCAG AAGAAAAGCG
AGATGATGTC AGATGATCGA TATAATCAGG TATTTTTCAT CAATTTCTTT CTATTATCTA TCCCCAAACA TCCACATTTT
TATGAAAACT TTTATTTGCA GGATTTTGTT TTCAAAGCCT TGATCAGTAC TTGCTTTCCT GGATGTGACA TACCCGCATG
GTTCAACCAC CAAGCATTGG GATCAATCTT AAAGATGGAG CTTCCTAAAG ATTGTAATAC AGGCAGATTT GTCGGGGTAG
CTCTATCTGT TGTAGTCTCG TTTAAGGAGT ACAAACACCA AAACAACAGT ACTCTCCAAG TGAAATGCAC TTGTGAGTTC
ACTAACGCAT CCTTGAGCCT GGAAAGTTTC ATAGTTGGCG GTTGGTCGGA ACCAGGGGAC GAGCCACATA CGGTTGAGTC
GGACCATGTA TTCATTGGCT ACACCACATG GTTCAATATC AAGAAACGTC AACAGCTTTC ATCAGCTAAT GAAATTTTCC
TTAGATTTGA AGTGACAAAT GGTACAAGTG CGGTTGCAGA GTGCGAGGTG ATGAAGTCTG GCTTCTCTTT GGTTTATGAG
GTTGAAGTAG CTGAGAATAC ATCTTTGGAG GCAACTTCAA AGTTGGAGAA AAGAATCTCT TATAAAGAAG ATGGTTACCC
AAGCGCTAGT CCAACCAAAG CTGACTCTAA AAGGTTTGAT AGTATATTTA ACATATTTAG AAAAGCACAA TGATCTGCCA
AATTTTTATG GCGGATAAAT ATCTTCGTAT TGGGACCTAC CTCTGTTTGA AGAAGTTTGG GTTTCGAATT CACAAAGCAT
CTCGGTTTCA GTAGCTTATG AATAACTATG CCAGAGATGA GGCTATGGAG GTAAAGCAAG ATACTTTTCC ATTGAGCCAT
GTAATCGGCT GA