GBrowse Details: BnaC07T0513500GG

Name:

BnaC07T0513500GG

Type:

mRNA

Source:

PASA

Position:

ganganF73v0_C07:59358160..59362941 (- strand)

Length:

4782

load_id:

BnaC07T0513500GG

parent_id:

BnaC07G0513500GG

primary_id:

1069757

gbrowse_dbid:

general

Parts:

Name:	BnaC07T0513500GG.exon7
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:59358160..59358544 (- strand)
Length:	385
parent_id:	BnaC07T0513500GG
primary_id:	1069771

Name:	BnaC07T0513500GG.utr3p1
Type:	three_prime_UTR
Source:	PASA
Position:	ganganF73v0_C07:59358160..59358347 (- strand)
Length:	188
parent_id:	BnaC07T0513500GG
primary_id:	1069773

Name:	cds.BnaC07T0513500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C07:59358348..59358544 (- strand)
Length:	197
parent_id:	BnaC07T0513500GG
primary_id:	1069772

Name:	BnaC07T0513500GG.exon6
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:59358660..59358847 (- strand)
Length:	188
parent_id:	BnaC07T0513500GG
primary_id:	1069769

Name:	cds.BnaC07T0513500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C07:59358660..59358847 (- strand)
Length:	188
parent_id:	BnaC07T0513500GG
primary_id:	1069770

Name:	BnaC07T0513500GG.exon5
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:59358951..59359900 (- strand)
Length:	950
parent_id:	BnaC07T0513500GG
primary_id:	1069767

Name:	cds.BnaC07T0513500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C07:59358951..59359900 (- strand)
Length:	950
parent_id:	BnaC07T0513500GG
primary_id:	1069768

Name:	BnaC07T0513500GG.exon4
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:59359980..59360654 (- strand)
Length:	675
parent_id:	BnaC07T0513500GG
primary_id:	1069765

Name:	cds.BnaC07T0513500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C07:59359980..59360654 (- strand)
Length:	675
parent_id:	BnaC07T0513500GG
primary_id:	1069766

Name:	BnaC07T0513500GG.exon3
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:59360734..59361030 (- strand)
Length:	297
parent_id:	BnaC07T0513500GG
primary_id:	1069763

Name:	cds.BnaC07T0513500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C07:59360734..59361030 (- strand)
Length:	297
parent_id:	BnaC07T0513500GG
primary_id:	1069764

Name:	BnaC07T0513500GG.exon2
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:59361124..59362231 (- strand)
Length:	1108
parent_id:	BnaC07T0513500GG
primary_id:	1069761

Name:	cds.BnaC07T0513500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C07:59361124..59362231 (- strand)
Length:	1108
parent_id:	BnaC07T0513500GG
primary_id:	1069762

Name:	BnaC07T0513500GG.exon1
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:59362299..59362941 (- strand)
Length:	643
parent_id:	BnaC07T0513500GG
primary_id:	1069759

Name:	cds.BnaC07T0513500GG
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C07:59362299..59362795 (- strand)
Length:	497
parent_id:	BnaC07T0513500GG
primary_id:	1069760

Name:	BnaC07T0513500GG.utr5p1
Type:	five_prime_UTR
Source:	PASA
Position:	ganganF73v0_C07:59362796..59362941 (- strand)
Length:	146
parent_id:	BnaC07T0513500GG
primary_id:	1069758

>BnaC07T0513500GG class=Sequence position=ganganF73v0_C07:59358160..59362941 (- strand)
TGATTGATAA ACTGAACAAA TGGTAAAAAA AAAAGGAAAA AGATATTTTT GTAAAAGTCA ACGTTTTAGT AAACGGTCTT
CCTTCCACCC TTCACACAAA TATCTCTCTT CAAAGCTTGA TCTTTCCCTA TTGGAACGAA CGTCTAATGG ATTCTTCTTT
TAGGATCTGT GCTGCTACGA TTATTCTGGG TACGCTATTG TTTATTGTTT ACAGAAAACT CAGATCCAAT CCACAAATCG
AAACAGTGGC TTCATCTCCC AATTTCTCGA CTCCATCAAG CGATTTGGAA GCAGTGTCTA ATGGATCACC ACTACAGCAC
GCCGTCTACA TCTACTGCGC AGAGACGTTA CGGAACACCT TCGCCAGCCA CCTCTCCGTG GATTTCCGCC GCAAACGCAT
TGCTGCATTT GTGAACTGCG ATGATGATGT GACAGAGGGC GCTTCTGTGG TTTTTGTTTT TTCCAAGAAC GACTCGTGCT
TTGACAAGCT CGTGACGGTT CTTCAGTGCC ACCTGGTGGT TCCGGTGTTC TATGGTGTAA GTCCATCAGA GGTAGTGGTG
CCGGAGCACG ATTCTGGTGA TCGGATAAGA GAATGGAGTC GCGCTCTCCG CGAACTGAGA GAATTACCAA GCCACCAGTC
TAGGTACCCA AAATGTTTTT ATATTAATTA TTTTTAAGTA ACTGATTTTG ATTAATGGTA TGTATAATAG TGAGGAGTGT
GGTGAGTGCC AATTCGTGGA AGACATTGTC AACGCTGTGT ATGAAAGACT ATTTCCCACG GAACAGATTG GAACCAACTC
GAGGCTGGTG GAGATAGAAC GGTTGCTTTG CAAGCAACCT TGGGGTATCC GCCGCTTAGG GATCTGGGGT ACGCCCGGCA
TAGGTAAGAC GACTCTCGCT CAAGCAGTTT TTCACCAGAT ATCTGGAGGC TATGAAGCTT CTTGTTTCAT CAAACACTTT
GACAAAGCTT TCCATGAGAA GGGACTTCAC TGTCTGTTGG AGGAGCATTT TGGGAAAATC CTCAAGGAAC TGCCTCGTGT
ATGCAGTAGC ATTACGAGGC CTAGTCTCCC TGGGGACAAG ATAAGCAAGA AGAGAACTCT TGTTGTTCTT GATGACGTGC
AAGATCCTTT AGGTGCCCAG TCTTTTCTCG GAAGGTTTCA TTGGTTTGGC CCGGGCAGCC TAATCATCAT AACCTCCAGA
GATAAACAAG TGTTCCGCCT TTGTCAGATG AATCACGTGT ACGAGGTTCA GGGATTGAGT GAGAACGAGG CTCTTCAGCT
TTTCTCTCAG TGTGCATTTG GGAAAAGTAT AAGAGAACAA AATCTTCTGG AGCTGTCAAT GGAAGTGATT GACTATGCTA
ATGGAAATCC GTTTGCTCTA AGCTTTTACG GCAGAGAGCT CAAGGGTAAG AAAGTATCAG AAATGGAGAC GACTTTCCTC
AAACTCAAGC TTCCTACTCC ATATAAGATT CATGATTTAT TCAACAGCAG CTACAAAACT CTCAATGACA ACGAGAAGAA
CATTTTTCTG GACATTGCTT GTTTCTTCGT GGGAGAAGAT GTTGACTATG TGATGCCACT TCTTGAGGGA TGTGGTTTCT
TTCCACATGT TGGGATTGAT ATTCTTGTGG AGAAATGTCT TGTAACTATT TCAGAAAAGA GAGTGCTAAT GCATAGAATA
ATCCAAGACT TTGGCAGAGA AATAATCAAC GGAGAATCAG AACAGATGGA GAGGCGTAGC AGACTGTGGG AACCTTGGAC
CATAAAATTT CTACTTGAAG CAAATGGACA TCCCAGAGCA ACCTGTAAAC GTGTTTTGGT CTGACATATT CTTAATTTTT
TCATATAAAA CTTGATTGCT TTTGGACATG ATTGAACCTG ATGCTTTCAT CCTGCTTGCC TTCTATTCCA GGGCACTGAA
GACATCGAAG GCATCTTTCT GGACACATCG AACTTACTCT TTGATGTGAA GCACACTGCT TTCGATAATA TGCTTAACCT
TAGATTCCTG AAGATTTACT GTTCCAGTCA CGAAAATCAA CATAGACTCG GCCTTCCGAG AGGACTTGAG TCTCTGCCTT
ATGAGCTAAG ACTTCTCCAC TGGGAGAACT ATCCTTTGGA ATACTTGCCA CAAGACTATG AACCATGCCA CCTAGTTGAA
CTCAATATGT CTTACAGTCA TCTTCAGAAA CTTTGGGGAG GAACCAAGGT AGGCAAGCTC ATATCCCTTA TTTCATACAT
TTTCTAACAT TATATTAACT CTTATTACAA CTTAATTTTC TGTTCAGAAC CTCGAGATGT TGAAGGTTTG TAGGCTTTGT
CATTCCCAAC AGCTGACTGA GATTGACGAT CTTTGTAAAG CTCGAAATAT CGAGATAATT GATCTCCAAG GTTGTACAAA
ATTGCATAGA TTTCCACCCA CGGGTCAATT ACAGCATCTC CGAGTTGTAG ATCTTTCAGG TTGCACAGAG ATCAGAAGTT
TCCCAGATGT TTCACCTAAC ATTGAGGAAC TACATCTACA GGGAACTGGC ATAAGAGAAT TACCAATATC CCTTGTGGCC
CATGTCGTCT CATCAAATCA GAATCTTGAC AAACTTGTTT TGCTAAATAT GAAAGATTGT TCTAATTTGC AAAGTCTGCC
TCAACTGGTT GATTTAGAAT CGCTTGAAGT TCTTGATCTC TCTGGATGCT CGGAGCTCAA GAGTATACAG GGATTCCCAC
GAAACCTGAA AAGATTATAT ATTGTTGGCA CTGCTGTTAA AGAACTTCCA CCGCTTCCCT GGAGTATAGA ACTCTTGAAT
GCACATGGTT GTGTGTCTCT TATATCAATT CCTTTTGGAT TTGAGAAACT TCCTAGGTAT TACACATTCA GTAACTGCGT
TGCTCTTTCT GCACAAGTGG TCAGCGAATT TGTAGTTAAT TCTCTGACTA ATGTAGAGCG CATGGCGAGA GAGTATCAGC
CGGTACTTCT CTATCTCTCT ATCCTCTCTC TGTGTCTCGC ACACATTTTT GTATCTAATT TATTTTGGCT TGCGGTAACA
GGAACTCAAC AAATCTCTGG CTTTCAGCCT CACCGTGCCT TCGGCTTCAA GTAAACAGTT CACATGTGAT CTGCAACCAG
GGTCTTCTGT GATGATACAA CTGGGTTCTT GGCGCAGCAC GCTCGGCTTT GCTATTATAG TCGAACTTTC ATTTTCGGAA
GATTACCACG AGGCTAGTGA TTTTGGCATT AGTTGTGTCT GCAGATGGAA AGACAAGGGA TTCATCTCTC ATAGGCTGGA
AAAAAGCTTT CCTATTTGGA CTCCAGGGGA AGGTGTTCCA AGAGATCACG TGTTTGTCTT CTGTGATCTC AATATGCATC
CGAGTAACTG TGAAGGAAAT GATCCCTATA TATTGGCTGA TCTTGTGGTA TTTGAATTCT TTGCGGTGAA CAAGGAGAAA
AAGCCTCTAA ATGAGAGTTG TACAGTGACG AAATGTGGAG TCCGTGTGAT TACTGATGCA AATGGAGGTG CAAGTTGTAA
CATGAGTCAA CCATTTCCAT CCTTGGGTTA CCTGCAAGAG AGTTTTGATA GTGAGATGGA AGAAGTATTG AGGGTCATCT
TTGATATCTT AGACAAGAAT GATAGAAATT TGGTTCTTTA CATTGCATGT CTGTTCAATG ACGAGAAAGC TGATTTCCTG
ACACCGATTA TAGCTAGCAT TGACCTGGGG ATTAGTTCTA GGCTCGAGTT CTTAGCCAAT CAGTCTCTCA TACATATATC
TCCATATGGT ATTGTAGTGC GACATGGTTT ACTTGAGAAA ATAGGTAGGG AGATTGTAGT GCTCTCAAAG AACTATGCGT
CTTCGAGTAG GTGCTTGGAT GAGCTGGTAG AGATTATGAA TTGCAATAGA GAGTTTCAGA AAGTAGTGAC TATTTTCGAC
AATGTGGTTC CTTCTGACGT TGGAAGGTTG GCCGACTTAG CAAACATAGA CGGAGTGAAT TCTCGCAAGT GGTATGTTTG
GTCCAACTAT TTATGCTTGA ATATCTCTCA GATTAGTTGT TCCTTAGTCA AATGATACCT CTCGTTGATT GCAAATGATC
TTTCTCTTTG TTAGGGATAA TGAAGCAAAG ATGTTGGATA AAACTGGATG TGACGTTCTG GAGGAGATAA ATCATACAAC
GTCAGATGAT TCTGGCGATG TGATTGGAGT TCAAGATCAT GTTACAGACA TGGGTTATTG GTCGGGTTCG GAATCTGAGG
AAGTGAAGAA AACAGTTGGG ATCTCAATTT CCTTGGAAAA AGGTAAGAGT ACAACTGCTT AAGTCAGCTC TCCTTTCATT
CTCTGTTGAT ATATTTTAGA TAGTGTGGTG ATTTCACCCA TTTTTATGAC CTGAGGACCC GTTTGTTTGG TGAGTAGCAG
GGGAAAAGAT AAATGCAAGT ATGGTTGCAA TGCCGGTGGA GCCACCAATG ATAAGATCCG AAGCACGGAG TCCTACTTTT
CGAGATCGAA TCCCCTTTGC TGAGCTTTAT ACTGGAGAAA TCCCAGCTGC ATTTTTACAA GGGCTGCACA ATATCCGCTC
TGTGCTCCAA TCTCAAAAGT CCATACGACT ATAAGCGAGC TAAGCCAAAC CAAAATGTTC CCTCGGCTCC GTACCTTTTT
TTAGTATACA TGTAACATAT AGATCATAGA TACAGATATA TATGAACTGT ATATACATGA AAGTAGATCA TTTGTATCTA
CCAAATAATC ATAAGACTGT TAAGACTTTA CAAACAAAGA TAATAAAACT ATCTGAGTAC CA