GBrowse Details: BnaC07T0415100GG.3

Name:

BnaC07T0415100GG.3

Type:

mRNA

Source:

PASA

Position:

ganganF73v0_C07:53304948..53309941 (+ strand)

Length:

4994

load_id:

BnaC07T0415100GG.3

parent_id:

BnaC07G0415100GG

primary_id:

1054727

gbrowse_dbid:

general

Parts:

Name:	BnaC07T0415100GG.3.utr5p1
Type:	five_prime_UTR
Source:	PASA
Position:	ganganF73v0_C07:53304948..53305692 (+ strand)
Length:	745
parent_id:	BnaC07T0415100GG.3
primary_id:	1054728

Name:	BnaC07T0415100GG.3.exon1
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:53304948..53306522 (+ strand)
Length:	1575
parent_id:	BnaC07T0415100GG.3
primary_id:	1054729

Name:	cds.BnaC07T0415100GG.3
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C07:53305693..53306522 (+ strand)
Length:	830
parent_id:	BnaC07T0415100GG.3
primary_id:	1054730

Name:	BnaC07T0415100GG.3.exon2
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:53306600..53307674 (+ strand)
Length:	1075
parent_id:	BnaC07T0415100GG.3
primary_id:	1054731

Name:	cds.BnaC07T0415100GG.3
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C07:53306600..53307674 (+ strand)
Length:	1075
parent_id:	BnaC07T0415100GG.3
primary_id:	1054732

Name:	BnaC07T0415100GG.3.exon3
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:53307791..53307925 (+ strand)
Length:	135
parent_id:	BnaC07T0415100GG.3
primary_id:	1054733

Name:	cds.BnaC07T0415100GG.3
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C07:53307791..53307925 (+ strand)
Length:	135
parent_id:	BnaC07T0415100GG.3
primary_id:	1054734

Name:	BnaC07T0415100GG.3.exon4
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:53308179..53308787 (+ strand)
Length:	609
parent_id:	BnaC07T0415100GG.3
primary_id:	1054735

Name:	cds.BnaC07T0415100GG.3
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C07:53308179..53308787 (+ strand)
Length:	609
parent_id:	BnaC07T0415100GG.3
primary_id:	1054736

Name:	BnaC07T0415100GG.3.exon5
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:53308912..53309110 (+ strand)
Length:	199
parent_id:	BnaC07T0415100GG.3
primary_id:	1054737

Name:	cds.BnaC07T0415100GG.3
Type:	CDS
Source:	PASA
Position:	ganganF73v0_C07:53308912..53308989 (+ strand)
Length:	78
parent_id:	BnaC07T0415100GG.3
primary_id:	1054738

Name:	BnaC07T0415100GG.3.utr3p1
Type:	three_prime_UTR
Source:	PASA
Position:	ganganF73v0_C07:53308990..53309110 (+ strand)
Length:	121
parent_id:	BnaC07T0415100GG.3
primary_id:	1054740

Name:	BnaC07T0415100GG.3.exon6
Type:	exon
Source:	PASA
Position:	ganganF73v0_C07:53309307..53309941 (+ strand)
Length:	635
parent_id:	BnaC07T0415100GG.3
primary_id:	1054739

Name:	BnaC07T0415100GG.3.utr3p2
Type:	three_prime_UTR
Source:	PASA
Position:	ganganF73v0_C07:53309307..53309941 (+ strand)
Length:	635
parent_id:	BnaC07T0415100GG.3
primary_id:	1054741

>BnaC07T0415100GG.3 class=Sequence position=ganganF73v0_C07:53304948..53309941 (+ strand)
CTTCTCTCCG GAAGCACATA GCCGGCGATA TCAGATGAAG CTCTTAGAGC TTCTTTCCAC GCCGGAACTC TGTGTTCAGA
TCCCTGGAAG ACCTCTTCAG ATCGTTCGAA CGGAGCTCCG AATTTCCCAG TCTGGTACCT CACGTCCGAC GCCGGAACTT
TGTAGAAGAC CGGCAAAACC ACCTGATCGA AAGTCCTCTT GCACTCCATG ATCTTCGCGA GTTCCTCTAA GCACCACGCG
GAATCCGCGT AATTCTCGGA GAAAACGACG ATGGAGATCT TCGATTGCTC GATTCGTTCG AGAAGCGCCG AGAGATCGTT
GCCTCGCCGG AGTTCCTCGT CGATGAAAGC GTCGATCCCT TTCCGGCGAA GAAAATCGAG GAGATAGCAG GTGAAGGAGT
GGCGCGTGTC TGTGCCTCGG AAGCTGAGAA ACACGTCGTA CTGACGGCGG GAAGGATCGG ATTTGCAGGA AGATGTAGCA
GCCATGGAAG GTGAATTCGA GGTTAGGAAA TGAGGATTTG AGATCTTATT TTGAATTATA TATTATTATC AAAAACCATT
CAATAAATCA AGTGGGGTTT AAGTTAAACC GTTTAACACG AGGTTGGTGG GTGGAAATGA TTGGACTATG AACAGTGGAT
CTGATCTCTT TCTTGCGTCT CTCCTTCTCT TGATCGAAAG AGATACGATT CAGTGTTCTA ACAAGTCCTT CTTGATCGAA
ACTCTCTCTC TCTACCTTCA GTGAGATGGA GATTCTCTTC GAGAAATATT TGACAACCGC CGATCTCAGT TGGCTTAACA
TATTTCTCTT TGGCGCCAAC GAGGAGGTCG TTGAGTACTT TGGCTTAGCC ACCGTCTTCG CTAGAGGCGC TGAAATGATC
CTTCGAGTAC AGGATGAGGA AGGCAGGCCA TGGGAGTTCG GATTCTTAGA CGTCAACATC CAATTCTACC AATTAACCAA
CGGTTGGAGT AACTACGTTA AGGAGAAGCA GCTTGGTGTC GGAGACATTG TTTTCTTGCA GCGAATTTTC ACAGACAGCA
GCAGGCTCTT CCTTGGCTTT AGTAGGCGCG AAGCTGCTCT CGAAGGCACA TCCTCTGATA AACTCAAGGA AGTTAACTCT
CCTCTCCCGC TAAGAAGTCA TGTGCATAGC GTTACAGAGT TTGACCCCGT TTTAGTGCTT TCCTGTGCTG CAAACCAGGA
GTCCGGGGAG AGATACTTCA TCAGCTACAT CTCCACAGAG TTGTGTCTCC GTGGCTTCAC CCCTTTGATA TATGATCTAA
CAAGGGGCAC ATTGCCTGGG GGTCTGGAGC TGCCACACAG ATCACGGGTT GGTATTATTA TTTTCTCCAA CAACTATGCT
TCTTCTAGAC AGTGCCAGGA TAATTTTGTG GCAATAATGG ACCATTCGAA AGCAAACAGC CTTGTGCTTC TTCCAGTGTT
TTTTAAAGTG AAGGTTACAG ACATTAGAGG CCAAAGTGGC TCGTTTGGAA GAGCATTCTC ACAGCTTGAG AATTCAATTC
AGGCATCCCA AGTTCCCACC TTCACCTTCA TCGATAAACA TCAGTATATG AAAGGGTAAA TAATTTCTTT CTTTTCTCAC
TAGTGTATGG TGTGTGGTAA TTGTATTTGA TTCTGATATT TTTTCTGCGC AGGGGAGAGG TTATACTTGC CAAAAATATT
GTTAGCAATG TCTGTTTGCT GCTCAGTTCT GAAAATAACA TGAAACTAAG AGGAAGGCTT CAAATGAATA GTATATTGTC
TTTACTATAT TGTTCTCAAT CCTCTGCCCC ACATATTGTT GGACTTTGGG GTATGGCTGG CATAGGGAAA ACAACCATCG
CTAGAGAAAT TTTCAGAACA CAAGCTGACA GATATGACGT CTGCTACTTT CTGCCAGACT TCCATATAGC GTGTCAAATG
AGAGGACTGA GTCATCTGCG TGATGAATTC TTCTCAAAAA TCTCTGGGGA AGAAAAGGTT ACTGTAGACG CATGTGATAC
AAAACTAGGT TTCCTAAGGG ATAGGTTCCT TAGTAAAAAG GTTCTCGTTG TTCTTGATAG CGTGAGTAGT GCTAGAGATG
CAGAATTTTT GGTTGGAGGG TTTGGCTGGT TTTCTGGCGG ACATACACTC ATCTTAACAT CTAGAAATAG GCAAGTTCTT
ATACAGTGTA CCGCTAAAGA GATTTACGAA ATCCAGAAAC TATCCGAGCA TGAATCTCTT CACGTATGCT CACAGTTTGC
CGCTGTACAA AATTGGAAGG AAAGAACGTC GTTGGTCTCT GAGCTGGTGA ACTACGCTAG TGGGATACCA CTGGCTCTGC
GTGCCTTAGG TTCGTCCTTA CAAAATAACT GCATTGTCGG TGAGAAGCAA CATCTGAAAA CATTGCGTCA GCATCCTCTA
GTTGAGATTC AGGATGCATT TAAGAGAAGT TTTGATGTAC TAGATGGCAA CGAGAAGCAC ATATTTTTGG ACCTTGCATG
TTTTTTCCGA GGGGAGAATA AAGATTATGT AGTGAGCATC CTTGATGCTT GCGGTTTTTT TACAGATTTA GGAATCTATG
GTCTCATCGA TGAGTCTCTC ATCAGCCTTG TAGGTAACAG AATAGAAATG CCCAACATTT TTCAAGACAC GGGTCGATTT
GTTGTTTGTC AAGAAAATAA TGAGACAGGG AAGCGTAGCA GATTGTTGGA TCCTACTGAC ATTGTTGATG TGCTGACCAA
CAACTCCGTA AGTCTTAGAA AGTGTATATC TATTACTTCC ACTGAAAATT AGAATACTGC TTAGGTTCCT TTTTACACTT
AGAGAAGCTT ATGTTTCTGA GCCCCTTCAT CAATTTTCTT CAGGGAACAG AAGCAATTGA AGGCATATTT CTCGATGCAT
CTGGCTTAAC ATTTGAGCTG AGTCCTACTG CTTTTGAGAA GATGTACAGA CTTAGATTGC TCAAGCTCTA CTGTCCAACT
TCTGAAAACC ATTGCAAGGT AAGTCTACCT CAAGGCCTTT ACTCTTTGCC TGATGAGCTA CGTCTACTCC ACTGGGAACG
ATATCCTCTA GGATCCTTAC CTCGGAACTT CAATCCTAAA AATATCGTAG AACTGAACAT GCCCTATAGC AACATGACAA
GACTATGGAA GGGAACAAAA GTATGTTTTG ACATTATAGG ATTATCTGCT GCATACATTA GGTAATTAGC TTTTACTTGA
TTACCCATTT AGTTATTGTT GTTGTAAACA GAATCTTGAG AGGTTGAAGA GGATCATTCT GAGTCACTCC CGACAGTTGA
CTAAATTCCC AAGGCTTTCA AAGGCCAAGA ACCTTGAGCA TATTGATCTT GAAGGATGTA CGAGTCTGGT TAAGGTTAAC
TCATCTATTC TTCATCATCA AAAGCTTACT TTCTTGAATC TGAAAGACTG TTCACGTTTG CGAAGTATGC CTGCCACGAT
TCATTTAGAA GCTCTTAAAG TTCTTAATCT ATCTGGCTGC TCAGAGCTCG AGGATCTTCA GGATTTCTCA CCAAACCTTA
GTGAGCTATA TCTCGCTGGG ACTGCCATTA CAGAAATACC ATCTTCAATA GGTGGTCTCA CTAGACTTGT TACACTAGAT
CTGGAGAATT GTAATAGACT TCAGCATCTG CCACCAGAGA TAAGTAACCT GAAAGCTGTG GTCAGTCTTA GCGCAAAACG
TCCTGCATCT TCCAAGGAAT CAAGGGATCT TGCTAGCTTT GTGGATGTGG CACCACCATA TAGAAGATAT CGGTTGAAGA
GATGTATTGA AGCTGTTATT CTGAGCTTAA GAAAAAGGAA GCGAGAAAAG ATTTTCTCTA TAGCCACAAA CCTTTCTGAG
GTAAACATCT GACACAATCA TTAGCAAATA CATGTTAATG GGATTCTGAC TATCACCTTG AATGAGATTT CGTGACGGTT
TAAAAAAGAT TTTGAGTTTC TCTCCTCTTG TAAACCAGCT ATAGCTTCAT TTTGCAGGTT ATGCGTGCCT CGGTCTCTAC
CTGGGGATTC TTTGGTTTAC CAGAAAGACC CGGCGAACCT GAATGCGCAT ATTACATGAA GACAGGAGGC TGCAAATTCG
GTAGTGACTG TAAATTTCAC CATCCGAGAC ACAGAGAAAC TCATATCCCA GGTTTAAGCT CCTTTAGCCA CCCATCACAA
CCGGTAAGCC ACTTCTTAAA CTAGCAGTAG CAGACGTCAA ATTTCCTTCC TTTAAACCTC ATATCGTGCA AGTACAACTA
TCCTCACTTA AAATCCTCTG TCGACTTCAA CCTGACGTCT GCTCTTTAAA AAAAAAAAAA AAAGTTTTCA TCTCATTAGA
ATTGTCTTGT GCTCATATTT TTATCTACTC TTTCGACAGG GAAATCCTGT GTGTGCCTCG TATTATTACA CTGGAAACTG
CAGCTCGGGT GCTACTTGTA TGTTTGATCA CCCATCGTCG ATACCGACTC ACAGGGACAC ATCTTTCGTG GCTTCCTTGA
CACCAAACTT GAATCCGCGA GGATTTTCAT CTTCAATTGG AGATTCATCA ATTGAGCTTG TGGAAGCAGC AACTAAGAAA
CGGAGAATAC ACCATAACAC ATCTCCCATG GTTTCTGAGA CACCGCTCTT GAATGTGCGA GGATTTGTTT CTTCAATTGG
AGATGCATCA AGTAAGCTTG TGGAAGCACC AACTTCGAAA GTAAGAATAG CAGCACGTAA GAAACAACGA ATACACAAGA
ACACAACTTC CATGGCTTCT GAGACGCCAC ATTTGAATCC CCCAGAACTT TCTTCTTCTC CTGGAGCTTT ATCAAGTGAA
CATGTGAAGC AGAACAAGGA TTAAGTGCAA AGCTTTTGTT CAAAACGTGC AAGGATTTGA TGATTATTGA TGAAGAACCA
GTTTGTAAGC ACCATTCCTT TGTATTATTC TACAGAGATT AACAAAACAA TAACAGTTAA CAAATACACT ATGAAAACTA
TATATATATA TATTGGATCA AACACTATGA AATT