Name: BnaC02T0237500GG
Type: mRNA
Source: PASA
Position: ganganF73v0_C02:23149267..23151820 (- strand)
Length: 2554
load_id: BnaC02T0237500GG
parent_id: BnaC02G0237500GG
primary_id: 646369
gbrowse_dbid: general
Parts:
Name: BnaC02T0237500GG.exon5
Type: exon
Source: PASA
Position: ganganF73v0_C02:23149267..23149461 (- strand)
Length: 195
parent_id: BnaC02T0237500GG
primary_id: 646378
Name: cds.BnaC02T0237500GG
Type: CDS
Source: PASA
Position: ganganF73v0_C02:23149267..23149461 (- strand)
Length: 195
parent_id: BnaC02T0237500GG
primary_id: 646379
Name: BnaC02T0237500GG.exon4
Type: exon
Source: PASA
Position: ganganF73v0_C02:23150272..23150525 (- strand)
Length: 254
parent_id: BnaC02T0237500GG
primary_id: 646376
Name: cds.BnaC02T0237500GG
Type: CDS
Source: PASA
Position: ganganF73v0_C02:23150272..23150525 (- strand)
Length: 254
parent_id: BnaC02T0237500GG
primary_id: 646377
Name: BnaC02T0237500GG.exon3
Type: exon
Source: PASA
Position: ganganF73v0_C02:23150610..23151319 (- strand)
Length: 710
parent_id: BnaC02T0237500GG
primary_id: 646374
Name: cds.BnaC02T0237500GG
Type: CDS
Source: PASA
Position: ganganF73v0_C02:23150610..23151319 (- strand)
Length: 710
parent_id: BnaC02T0237500GG
primary_id: 646375
Name: BnaC02T0237500GG.exon2
Type: exon
Source: PASA
Position: ganganF73v0_C02:23151413..23151726 (- strand)
Length: 314
parent_id: BnaC02T0237500GG
primary_id: 646372
Name: cds.BnaC02T0237500GG
Type: CDS
Source: PASA
Position: ganganF73v0_C02:23151413..23151726 (- strand)
Length: 314
parent_id: BnaC02T0237500GG
primary_id: 646373
Name: BnaC02T0237500GG.exon1
Type: exon
Source: PASA
Position: ganganF73v0_C02:23151788..23151820 (- strand)
Length: 33
parent_id: BnaC02T0237500GG
primary_id: 646370
Name: cds.BnaC02T0237500GG
Type: CDS
Source: PASA
Position: ganganF73v0_C02:23151788..23151820 (- strand)
Length: 33
parent_id: BnaC02T0237500GG
primary_id: 646371
>BnaC02T0237500GG class=Sequence position=ganganF73v0_C02:23149267..23151820 (- strand)
ATGGCTTCTT TGTCTCGTGT CTGGAAGTAC GATGTGTTCC TTACTTTCAG GGGAGAAGAC ACCCGCAAGA ACATTGTTAG
CCATTTGCAC AAAGAACTTG TCAACAAGGG CATTGTTACC TTTAAAGCTG ATCAACGGCT TGAGATTGGC GACTCCATTT
CTGAAGAAAT CAGGAGAGCC ATCCAAGATT CAAGATTCGC TCTTGGACGA ACTCCTTTTA ATCATGGATC TTTGCTTGAA
GAAGGAGATG AAAGTAGTCC CCATTTTCTA TGGAGTTGAT CCTTCTTGCG TCAGGAATCA GATTGGGAGT TTCTCTTTGG
ACAAGCACCA CGGTTCAGAC AAGGTCACAA ACTGGAGGCA AGCTCTCACC CAGATTGCCA GCATAGCAGG CAAGGATTCT
GCAGTTTGGT AAGTCTCCTT CACCACCATC AACACATATT TTAACAAAAA CAAATCTGCC ATATCTATGG AAATGTTCAG
AGATTTTTTT TCAGATGCTA GTGAGGACGA GGCCACAATG ATTGAAGAGA TTGTTGAAGG CATTTCAAAC CAATTGTTAG
CTATGAAGCA AGTAGATTTC AGCAATATTG TAGGGATTAA CATTCACATG GAGCGACTGA GTCCTCTACT GAGTATGGAG
TCTGGCAATG AGGTTCGTAT GATAGGCCTA TGGGGGATGG GAGGCATTGG TAAGACCACC ATTGCCAAGT GTCTCTTTGA
CTGGTTTTCG CGGGGATTCC CAGCCCGTTG TTTCCTAGAA AACGTTTCAA AGATTCATAG AACGCATGGT TTCTCGTATC
TAACAACAAG GTTTCTTTCA ACCACACTCG GTCTCTCTGA GAAGAAGATG AATTTCCCGG GCGCAGAACT TGGACCCCAT
GAGTTAAAAG CAAGGCTAGA AAACCGTAAA GTCTTTCTTG TCCTTGACAA TGCGGATGAC ATGAAACAGA TGCATGCTCT
TGCTCAAGAT TCGAGCTGGT TTGGTCCAGG CAGTCGAATA ATCATTACAA CACGGGACAA AGGCTTGCTC AGCTCATACG
GAGTAAGAAC TATATATGAA GTTAAGTGTT TGGACACTGA TGACTCTCTT CAGATATTTA ACCGGATAGC ATTTGAAGGA
GGACTTCCTC CTCCTTCTGA CTGCTACAAT CAATTGTCAG TCCGAGCATC TAGGCTTGCT CAAGGTCTTC CACCAGCCAT
TGAAGCATAC AGTTTGTTCT TCCGAAGGCT TAGATCTTCG GAAGAATGGG AAGACGCATT TTGAAGATTT GAAAGAACTC
CTCATACAAA CGTAGTAGAG GTCTTGAAAA TTAGCTACGA CGGCTTGGAG GAAGCAGATA AGAGAGTGTT TCTTCATGTA
GCATGCCTCT TTAGTGGAGA ACTTCTCCAA CGTGCCATTA CCCTTCTCAA TGATGATGAA CTACAAGGTT GTCTGGGAGT
AAGAATTTTT TCCGAGAAGT CTCTCATTGA GATAACAGAT GATGGGTATA TAAAGATGCA TTTCTTGGTA GAACAAACTG
CAAGAGAGAT TGAGTGTCAA GAATCATCAG TGCAGAGACC CCTGGGGGGG ACGAAGAGTT GTGTTGGATC CTACTAAAGT
TTATGAAGTG CTGAGACGTA ACAGGGTAAG TAAGCCTCTA CAGTAGGCCT GCTGCCGGTA GTTTGGTTTG ACCAAAATCT
TGTCGAATTA AACCGAAAAA GTTTGATTTG GTTTTCAGGT AGTTTGGTTT TTATTTTTTT ACCGAAAATA ACCAAAGTTT
TTAGTTTCTG TTATAATTTT AGAAGATTGA AGACTGAATA GTTCTGCATA TTTCATTAAT GAATAAGACA TCCCTTATAT
AAGGGTTACA AGATAGAGAT AAAAGGAAAG AGTACAAATC ATAATCCAAC TAGATTTAGG ATAACTACTA AATACATAAA
TGGAAAGATT ACATATATAA GGAAAAAGAA ATAAGGTTTT CTTTTCTCGA AAGCCTGTGG CCGTCTCTCT CTCTTCTAAG
GCATGCGGTC GCCTCTCTCT CCTCTCTCTA GGATTTCGGC TATGTCTCTT TCTTCTAAGG TTTGGACCGG TTATGGACAT
TCATCATTTG ATTTATAACA GTTTCAATTA TATTTCAGTT AATAGTTGGG TTACTTCGAT TCGAAATTTA GTCAACAAAT
TTTATCTGTT TTCGAAAAAC CGAACTAATT TATTACCAAA CCGAAAACCA GATTTTTTTT TTAATAAACC TACCTTTGGT
TTCGGCGAGT TCGGTTATAA ACCGCAGGGT TATAAACCGC AGGCCTAGTC TACAGTATCT GTAACATATG TTGCTGTTGT
ATAAATGCAA ACTTAACTTT CTCAGTGTCA ACACCACAGG ACAACCAATC AGTGGCATGC ATGGCTCTAC ACAATGTACA
CATGTGCGAG ATGCCAGAAG AGTTGTATCT CGATGGGTAT GCGAAAAACG ACCACAATAA TCTTAAGTTC CTCAAGGTTC
ACAGGCACTC GGACCACGTT GATCCCATGC TGCATTTCAT GAGACGATAC ATATTTACTT TCGGTGAGGC TTAG