GBrowse Details: BnaC02T0049200ZS.2

Name:

BnaC02T0049200ZS.2

Type:

mRNA

Source:

PASA

Position:

scaffoldC02:3048909..3057010 (- strand)

Length:

8102

load_id:

BnaC02T0049200ZS.2

parent_id:

BnaC02G0049200ZS

primary_id:

719827

gbrowse_dbid:

general

Parts:

Name:	BnaC02T0049200ZS.2.exon9
Type:	exon
Source:	PASA
Position:	scaffoldC02:3048909..3049298 (- strand)
Length:	390
parent_id:	BnaC02T0049200ZS.2
primary_id:	719845

Name:	BnaC02T0049200ZS.2.utr3p2
Type:	three_prime_UTR
Source:	PASA
Position:	scaffoldC02:3048909..3049298 (- strand)
Length:	390
parent_id:	BnaC02T0049200ZS.2
primary_id:	719847

Name:	BnaC02T0049200ZS.2.exon8
Type:	exon
Source:	PASA
Position:	scaffoldC02:3049493..3050906 (- strand)
Length:	1414
parent_id:	BnaC02T0049200ZS.2
primary_id:	719843

Name:	BnaC02T0049200ZS.2.utr3p1
Type:	three_prime_UTR
Source:	PASA
Position:	scaffoldC02:3049493..3050728 (- strand)
Length:	1236
parent_id:	BnaC02T0049200ZS.2
primary_id:	719846

Name:	cds.BnaC02T0049200ZS.2
Type:	CDS
Source:	PASA
Position:	scaffoldC02:3050729..3050906 (- strand)
Length:	178
parent_id:	BnaC02T0049200ZS.2
primary_id:	719844

Name:	BnaC02T0049200ZS.2.exon7
Type:	exon
Source:	PASA
Position:	scaffoldC02:3051007..3051530 (- strand)
Length:	524
parent_id:	BnaC02T0049200ZS.2
primary_id:	719841

Name:	cds.BnaC02T0049200ZS.2
Type:	CDS
Source:	PASA
Position:	scaffoldC02:3051007..3051530 (- strand)
Length:	524
parent_id:	BnaC02T0049200ZS.2
primary_id:	719842

Name:	BnaC02T0049200ZS.2.exon6
Type:	exon
Source:	PASA
Position:	scaffoldC02:3051687..3052595 (- strand)
Length:	909
parent_id:	BnaC02T0049200ZS.2
primary_id:	719839

Name:	cds.BnaC02T0049200ZS.2
Type:	CDS
Source:	PASA
Position:	scaffoldC02:3051687..3052595 (- strand)
Length:	909
parent_id:	BnaC02T0049200ZS.2
primary_id:	719840

Name:	BnaC02T0049200ZS.2.exon5
Type:	exon
Source:	PASA
Position:	scaffoldC02:3052702..3052977 (- strand)
Length:	276
parent_id:	BnaC02T0049200ZS.2
primary_id:	719837

Name:	cds.BnaC02T0049200ZS.2
Type:	CDS
Source:	PASA
Position:	scaffoldC02:3052702..3052977 (- strand)
Length:	276
parent_id:	BnaC02T0049200ZS.2
primary_id:	719838

Name:	BnaC02T0049200ZS.2.exon4
Type:	exon
Source:	PASA
Position:	scaffoldC02:3053069..3054159 (- strand)
Length:	1091
parent_id:	BnaC02T0049200ZS.2
primary_id:	719835

Name:	cds.BnaC02T0049200ZS.2
Type:	CDS
Source:	PASA
Position:	scaffoldC02:3053069..3054159 (- strand)
Length:	1091
parent_id:	BnaC02T0049200ZS.2
primary_id:	719836

Name:	BnaC02T0049200ZS.2.exon3
Type:	exon
Source:	PASA
Position:	scaffoldC02:3054268..3054759 (- strand)
Length:	492
parent_id:	BnaC02T0049200ZS.2
primary_id:	719833

Name:	cds.BnaC02T0049200ZS.2
Type:	CDS
Source:	PASA
Position:	scaffoldC02:3054268..3054757 (- strand)
Length:	490
parent_id:	BnaC02T0049200ZS.2
primary_id:	719834

Name:	BnaC02T0049200ZS.2.utr5p3
Type:	five_prime_UTR
Source:	PASA
Position:	scaffoldC02:3054758..3054759 (- strand)
Length:	2
parent_id:	BnaC02T0049200ZS.2
primary_id:	719830

Name:	BnaC02T0049200ZS.2.utr5p2
Type:	five_prime_UTR
Source:	PASA
Position:	scaffoldC02:3055701..3056645 (- strand)
Length:	945
parent_id:	BnaC02T0049200ZS.2
primary_id:	719829

Name:	BnaC02T0049200ZS.2.exon2
Type:	exon
Source:	PASA
Position:	scaffoldC02:3055701..3056645 (- strand)
Length:	945
parent_id:	BnaC02T0049200ZS.2
primary_id:	719832

Name:	BnaC02T0049200ZS.2.utr5p1
Type:	five_prime_UTR
Source:	PASA
Position:	scaffoldC02:3056789..3057010 (- strand)
Length:	222
parent_id:	BnaC02T0049200ZS.2
primary_id:	719828

Name:	BnaC02T0049200ZS.2.exon1
Type:	exon
Source:	PASA
Position:	scaffoldC02:3056789..3057010 (- strand)
Length:	222
parent_id:	BnaC02T0049200ZS.2
primary_id:	719831

>BnaC02T0049200ZS.2 class=Sequence position=scaffoldC02:3048909..3057010 (- strand)
GTTCTTTCAC TGAACAATCC AAGCAAAAAT TCGACGGGAT TTTTCAGCTT TTCCGGTGAT CTCCATGGCA TCTCGATACT
ACCTATGTGC TCTCGCAACC CTTCTGCCTT TCTCCGATCT AGGTTCAGAA ACATATCCCG ACGTGCAATT GGAACTCCGG
CGAATCTTTG CAGGCAGCGA TTCCATCCGG CGAAATTCTA ATCGAGTCCG CCTCCGCCGA AGGTGAATCC CTAAATCGTT
TTCCAATTGT AACAGCTCCT GAACGAGAAC ATCCCGATCA CAGTGTGAAA ATTCTTCGTC ACAGTCCTTT CTCACTTAAA
AGCTATTTTA CAATACTGTA ACTGTTAATT TTTCTCTATC CGTAGATGAT TGATCACACG GATCTGCTCA AGCTTTGATC
TGAATCTACT GCGTTTGTTG CTGACAGAGG AGAAGAGAAT CAAAATGTTC TCGAGTACTT TAATTTCCAT TTGCGTGCAG
CTGAATCAAC CATTGCCTAG TCGCTTGATG CTCTGATCAT AGTTTTGATG CTACGACTTC ACATTTTCAT TTGCTTACCA
AATTCCACAC TCCATCTGTT CGATTAAATT CCGAGATAGC CATCGAAATC GTTTCTCCTT TGTACGTACT CTTTGTCATG
ATTAGTGAAT ATCCAGAACA CAGCTCATCA ATCACTTTTT CTGTTCTCTG GTGTTTACCA CATTGTTCTG AAATGCTCAG
GTAATCATCG AAACCTTTCT AGAATATCCT TTTGTGAAGC TATAAAACAC TAACTCGTGT TCTTTTGTGT AGTAGCTTTT
TTTTTTTTTT TTTTTTTGGT AAAATGTTAA ATTTATACCA TTTTCGATTT TTAATGTTGG TTACAACTTA TTATGCAAAC
ACTCCTCATG GAGGCCTAGT ACAGGCGAAG AAGAACTGTA GCAGAGATGG AGACAGGTCG GTGGAGGGGA AGGAGATTAG
GCGGTCCCGA ACAAGGCCAT CTAGGGCTTG ACGAATACCA ACCGCAGGGG TGGAGACAGC TGTGAAGATG CGTGCGTTGC
GCTCCCTCCA GATAAGATAT GAAAGTGATT GTAGTATGAG CTTTATGACT GGCGAGGCCT TCGGACCAAG ACGTTCGCGA
GAGATCAAAG CAGCAGCAGA GTGAATATCT GATGGGGTAT CAGGCAAGAT TGCCTGTGCA AAGTGCAACC ATATGCTGGA
AAAGTAGTCA CATTCGAAGA AGAGGTGATG GTGAGTTTCA GTACCCGTTG AGCACAACAC ACACTCAGGA GGAACATTTA
GTCCCCAGCG TCTGAGGCGA TCTCGTGTAG GTAATCTCCT CAAGAGGATC AACCAAGTTT TGTGTAGTAG CTTCTCCACT
ATTCTGATGA TTCCAGGCAA ATCTCTTGAC CTCAATCACC TCCTCCATGC CTTGTCTCTT CTTTTTTCTC TGAGACTTTT
GTGAAAAATT ATCCCTTTTG ATTCTAATGA TCTCTTCTTT GCAGTTTCTA CGCTCCTTTG ATTCTCTCTG AGATGTCATT
CTGAATTTTC TTGCATCTCC ATTTCACCTT TACAGCCTTT TTCAGAGATT CATTGCATCT CTTTGATCGT GTCTGCACTG
AGTGTTTGAA TTGAATTTAT TCTTGCATGT TTCGACAGAA GAACCCGCGT TAGATCAGTC ATTAAAATAT TAACTTGATG
GTCATAAAAA CATTAATCTC AACCTGTCCC ATGATCATAC AAATACAAAC ATCTATTGGT TTTACCCAAA AGTCATTATG
TTATACTCTT GATTTTTTTT TATTTTTTTA TAGTATATAT ACTCTTAAAT TTTTTATTTT AGTATGAATG ATGTGATTAC
TTATTTTTAT TTACAAATAA AATAAAAATG AGATGAAGAA TATAGTAACT AAAAATATTA GGAACCATGG TTATCCTACC
AACTAACTAC ACACGCTTTA TGTAGAAGTT GCGATGCATT TGCACAACTA ACAAAGTCAA CGGAAGTAGA CGCTAGTTTT
AGATGCACCT GCTAATCTGA ATGTTCTCAA CCGATCCGTT TTGTTTCAAA CTTCCTCTGG TTTTGATTGT TAGATCTGTC
TGTGTCAGGT TCTACGGTCT GAGAGTACTA ACTTGCGAAG AAGAAGAGGT TCAAAGCAAA TAAGCAAACG ATGTTTCAGA
TTCGTTTTCC CGTTCATGTC TTTGTAGAAT CGGATATACT AAGTGTGTCT CGAGTATCTC TCACTCAATA TTCCCAATTT
TTTTTTGTCA GGTATGGGTG ATTCCAGTGG ACAAACTCGG GAGCGATGGA GCTACGATGT GTTCTTAAGT TTCCGTGGAC
CAGATGTGCG CAGCGGTTTC TTAAGCCATC TCTACAAGAG TCTAGTGAGA TCTGGTATAT ACACATTCAA GGACGATAGA
GAACTAGAGA TAGGAGAAAG CATACCCCCG GAGCTGATGA AGGCCATTAA AAACTCCAAA ATTTACGTTG TTGTTTTATC
CGAGAGCTAT GCTTCATCAT CGTGGTGCCT TGATGAGCTC GTGCACATTA TGCGGTGCTT GAAAAACGAC CCCGGACACC
TGGTATTCCC AGTTTTCTAC AAAATTGAGC CGTCGCATGT ACGCAGACAA AGTGGACCAT TTGGTGAATC CTTTCATAAA
CACCGCATAA TGTGCACGAG TCGAGAGAGC AAGTGGAAAG GGTATCAGTG GAGGAAAGCT TTGACCAGTA TTGCAAATTT
GAAAGGGTAT CACAGTAGTA ATGGTTGGTC GGTTCGTTTT GTCGCTTATA TCTGAAATTT TTGTTGCCTA TTTAGGCACC
AAATGGATTT CTTATCTCCA TATTTAACCA GCAATGATGT GGATTGTGCA GGGGATAGTG ATGCAGAATT GATCGACCAA
TTGACTAGAG ACATTCTCCG AGTGTTGCCT AGTTCATACT TGCATTTACC AACATATGCC GTTGGTATTA GACCACGTGT
AGGTCGTATC AAAGAGCTAA TGTGCTTTGG TTTGGATGAT GTTCAGATTA TTGGAATCTG GGGAATGGCT GGGATTGGTA
AAACAACGTT AGCCAAGGCT GCCTTTAACG AGTTCTCACA TCGTTTTGAA GGAAGAAGTT TCCTAGAAAA CTTTAGAGAT
TACTTCAAGA GACCTGATGG GAAGCTTCAT CTTCAGAAGA AGCTTCTTTC GGATATCTTA AGGAAGGATG AAGCTGCGTT
CAACAACATG GATCATGCGG TGAAACAAAG ATTTCGCAAC AAAAGGGTAC TTGTTGTAAT TGATGATGTT GAAGACATAG
TTCAGCTTCA TTCTGTCGGA ATATATTTGA GCTGTTTTGG TCCAGGAAGC AGGATAATCA TTACAACCAA GAACAAGCAT
CTGTTAGAGC AGCTTGACGT AGAAAATATA TATTCACCCA AGGAACTTAA CGCTGATGAA GCTCTTGATC TTGTAAGCTG
GCATGCCTTT AGAAGCAGTG AACCTCCTGA AGAGTTTCTC CAGTTCCCGA AAAGATTGGT TGAATACTGT GGAGGACTAC
CCTTGGCTAT GGAAGTCTTG GGTGCTTTTC TCTACAAAAG AAGCGTTTCG GAGTGGAAAA GCACGTTGAA AGCGTTGAAA
AGAATACCGG ATGATAACAT TCAAGCAAAG CTTCAGATCA GCTTTGATGC GCTAAACGCC TCACAGAAAG ACATATTCTT
GGATATATCT TGCTTCTTCA TTGGGATGGA TAAAGACTAT GTAGATTGCA TCTTGGATGG ATGCGAATTA GAGCCTGTCG
CAGGACTCAA GGTGTTAAAG GAGAGGTGTC TCATTACGAT CCATGATAAC AGCCTGATGA TGCATGACTT ACTACGAGAC
ATGGGAAGAT ATATCGTCAA AGGAACATCT CTGAGGAACT GTGAGAGATG GAGTAGATTG TGGGACCGGG AACATGTTAT
AGATGTATTG GCAAACTATT CTGTAAGGAA CAAAAGTTCT ATGCATGCAT TTTCTGTCTC AACCAAAGAG ACTTAGGGTA
ACATTTAACT AATGAAATTG TTTGTTTAAT CAGGGAACAG ATGAAACTGA AGGACTTAGC TTGAAGGCTG ACGTTACGGC
TGTTGAGAAC TTTGAGGTTA AAGCATTTTC AAATCTACGT AAGCTGAGAC TGTTACAGCT CTGTCATGTA GCACTCAACG
GAAGCTATGA AAACTTTCCA AAAGGTTTAC GATGGCTTTG CCGGCTTGGG TTTCCTGAGG AATCTTTCCC CATAAACTTA
CATTTGAGAA GTTTAGTTGT CATGGACATG CAGAAAAGCA ACCTTAAACG ACTTTGGAGT GATCAGAAGG TAAAAGTATT
ATTTATAATT TTAAGGTTCC TATGATATCA GTAAATATAT TCTTTATTGT TTAGGTTTGA TTCTTTGATT TTTGTTCTAT
TTTTTTTTGG AGAAGCCTCA TGAGTCCCTT AAGGAGTTAA AATACCTTGA CCTCAGTCAC TCTATCCAGC TTACAGAGAC
TCCAGACTTC TCTTATCTCC CAAACCTTGA GAAGCTGTTC TTGATAAACT GTCAAAGATT GGCTAAAGTT CACGAGTCCA
TAAAGGTTCT TCAAGGAAGC CTGATTCTAA TAAATCTGAG TGGTTGCATC AAGCTTGGTG AACTCCCGTT GGAACTCTAT
ACGTTGAAGT TGCTAGAAAC CCTCATTCTC TCCGGATGCT CGCAGCTTGA GAGATTGGAT GATGCTTTAG GTGAACTAGA
GTCCTTGACA ATTCTCAAAG CTGATTATAC TGCTATAACG CAAATCCCTT CCTCGAGTGA TCAACTTAAG AAGCTGAAAG
AGTTATCTCT TCATGGCTGC AAGGAGTTAT GGAAGCACAG ACAGTACACC AACTCTGATG AAAGCTCTCA AGTGGCTCTG
TTAAGCCCGC TCTCATTAAA CGGTTTAATC TGCTTAAGGA CTTTGCGTTT AGGTTCTTGC AATCTATCTG ATGAGTTGGT
TCCTGCAAAT CTTGGGAGTT TGTCTTCTCT TGAGGAACTT GACCTTCAAG GCAACAACTT TCGTAACTTG CAAACGGATT
TTGCTGGTCT TCCAAGTCTA CAGATTCTTA AATTGGATAA TTGCTCAGAA CTTCGATCCA TGTTTAGTTT ACCAAAGAAG
TTGAGGTCTT TATACGCGAG AAACTGTACT GTGTTGGAAA GAACTCCAGA CTTACTGGAG TGTTCGGTGT TGCAATCACT
GCACCTCACA AATTGTTACA ATCTCGTTGA GACCCCAGGG CTGGAGGAAC TGAAAACAGT TGGAGTCATC CACATGGAAA
TGTGCAACAA TATACCTTAT TCTGACAGAG AAAGAATCAT GCAGGTTTTT CTCTAAGTCT CTTTTCCGAT ATTAAACTGT
TAAACTGATT CCAGATTCTT GATATCAAAG TAGCAACCTT ACACTTATTC ACTTAGTTAT GGGTGGTGAC TAGGAATGTG
TCCTTGGTTG TGATTTATAT TGGTGGTATT TGTGTTACAG GGATGGGCTG TTGGTGCCAA TGGGGGAGTT TTTGTCCCGG
GGTCGAGCAT TCCAGAGTGG GTCAATTTCA AGAATGGGAC ACGTTCGATC TCTTTTACTG TCCCTGAACC AACTTTAAAT
TCTGTTCGGG TCGGGTTTAC CGTGTGGACA ACATACGTGA GTCAACAAGA TGATGTGATG TCTGTATACA TTCCAAAGAT
CACATTGAAG AATCAAACCA AGGGAGATGT GTGGAGCCGC AATCCAGCAA CAGATCTCAT TCGTATGTAC CGTGAAAAAC
ACATCTGGCA AGGGCACTTT TCAAATGAAG ATTTCTTGTT AGAAACAAGG GATGAAGTGG AAGTTTCTGT GGATTTTGGA
GATAAAGTCG CCATTCTTGA GACAGGACTA ACTCTTGCTT ACAGGGAAGT CCCTGAAGTC CCAATTGAAC AACTGACTGA
AACAGGTGAT GAAGTTGATA ATGAACAACT GACTGAAACA GATGATGAAG TTGTCATTGA TGAAAGCCAA AGAAGACCTC
CCAGGTATGT TATAGTTTAT ACCATATAAC AAAGAGAACT GCACAGTATG ATTTTGACCT TATGGAGTTT TTTTTGTCTA
TTCTCTTGTC ATTGGGATTC ACAGGAAAAT GGGAATGGGT TTAAAGACAC TTCTGGGGGC GTTTGGTTTG TTAGCATTCA
TTGTTGTTCT TGGAAAACAT GGTAGACCCC TGCGCCGCCA CAACCACCTC CGCAGGAATA AAGTTGAAAA GGATAAGGAG
AAAAATGCCA CACTCCCCAT TTTCTCTTTT TTAGATTACT AGGTTTCAAA ATGGTTTCTT GATCTAGCTA TTGATTTCAG
ATTGATGGTT CTGAATCTTA ATAGAACGCT TGCTGGTGTT ATTCTAGAAT GGCTTGGATG GTGGAATCAG AATGAACATT
ACAACAAGAA ACATGCACTT GTTTAAAGCA GCTTCAGTGG GAGAAAACAT CTACTCACTG AAGGAATTTG TTGGTAATGA
ATCTCTCTTC AGTTCTTTCC CATTTAGACA AACTATTGTA GCAGATTTTT ACAATTTTTA CCTTAAGGTT TACTTTGTTG
TGAAATTGAT CATCTACATT TTACCTTTAA ACGATCCTCA ATGAATACTA ATGATGGCAA AAAGGTCAGA TGGCCTTGTA
GGCATTTGTT AAAGCAAGAG AGCATTTTTT ACATTTTCTA TTTCTATTTT CTTGACATCA TGTCATCAAC AAACTTTTAG
TAGATGATTA ATATAGATGT ATCAAATGAT AGGAATATGA TGACGTTGGT TGTATATTGA ACTTTGAAGT ATTAAATTCA
TCTGCATCAT AGACAAGTTA TAGACTTTGA TATTATGAGG TCTGCTCTTA CTTACAAGGC CTTAGAAACA AATGTAAACA
CAATGGTTGA AGTACATTGA AAATCATTAT GAGTTACAAT ATGATAATGG AAATAGTGTA AACTTATTGG TCAAAGTACT
TCACCATCTG TGTCCTGATA GATAATGGGA TGACGACGTT GTGAATACCA TCCGTCCAAG TCAAACTCCC AAAAAAGTAA
ATAGAATTGG CTTTGTGGGT TGTGGAGACT GTGACTTGGT AGCTGAGTTT CTTAACTCCG GAGTTAAAGA CCAATGTTTG
GGGCGTGACG GAGATTTTGA CACCCATAGG AGGCTGAACG ATGAGTTTAT ATACGGAGTT GACGGGTCCA ACGTTAGTGA
CGGTTCTAGT GAGAGTCACA TCTTCCTTGA GGAATGGAAT GGTGATAGAC GGCAAATTGA GATCGAGCAT AGATGGCCTT
GGACTCGGAC ACTTGACCGT TTGCTTTGAT ATTTTGGTGA TGGACATCTC GTCATAACTA GAAGCACATA GAAAACGAAT
GTAGTCTTGT ACGTCTGCGT CATAGACAAG ACCAGGGTTT GCTGCTTTCT CTGGGTTCAC CAGTCCTCCC CCAAAGTCAA
AAGGGTCAGC TAGTTTCCGT GATAATCCCT CTGAGTAGAT AGGTTCTCCA TAGGGATCCG TTGAGGAAGC TTAACCAAGT
AAGGAGTCAA TTGATTAGAT CACTAAATAT AACTCAATTC CAAATATCTA ATTTGATATA CAAAATAATA AATTTATTTT
ATGGTAGGAC ATTTAGTATA GTGATTGATT ATATTATGGT TGATGTACCG ATTTAAAATC ATAGGAATAT AATTTTTACC
TGTAGTGATG ATAGCTGATT TAAGCATGGC AGGAGACCAA TCAGGATGCA CAGCTTTGAG TAGAGCAACC AAACCGGCAA
CGGCAGGTGC TGCCATTGAA GTACCAGACA TAGCCGTGTA CCCGTTCTCG TAGCTCATTT TTTCTGGGGT ACAAGCTGCA
ACTATGGATA CACCAGGTGC TGCGATATCG GGCTGTATAC ATAATGTTGG TGTTCAGTGG AAAAAAAAGA AGGAATGTTG
TTAAACTATA TATATTATAT AGAAAGACTA GCCAAGTTAT TACCTTGAGA ACATATGGAG ATACAGAATT GGGCCCTCTG
CCGGAGAATT CAGCAACTTT AGTAGCTACA AGTGGTCCAG TGAGTGCGAT TGAAGGACTC ACGGTTATGG TCGGCTTACT
GTAATCACAA GTGAGACTTT AA