Name: BnaC02T0510800GG
Type: mRNA
Source: PASA
Position: ganganF73v0_C02:62332429..62333866 (+ strand)
Length: 1438
load_id: BnaC02T0510800GG
parent_id: BnaC02G0510800GG
primary_id: 681337
gbrowse_dbid: general
Parts:
Name: BnaC02T0510800GG.exon1
Type: exon
Source: PASA
Position: ganganF73v0_C02:62332429..62332644 (+ strand)
Length: 216
parent_id: BnaC02T0510800GG
primary_id: 681338
Name: cds.BnaC02T0510800GG
Type: CDS
Source: PASA
Position: ganganF73v0_C02:62332429..62332644 (+ strand)
Length: 216
parent_id: BnaC02T0510800GG
primary_id: 681339
Name: BnaC02T0510800GG.exon2
Type: exon
Source: PASA
Position: ganganF73v0_C02:62332680..62333003 (+ strand)
Length: 324
parent_id: BnaC02T0510800GG
primary_id: 681340
Name: cds.BnaC02T0510800GG
Type: CDS
Source: PASA
Position: ganganF73v0_C02:62332680..62333003 (+ strand)
Length: 324
parent_id: BnaC02T0510800GG
primary_id: 681341
Name: BnaC02T0510800GG.exon3
Type: exon
Source: PASA
Position: ganganF73v0_C02:62333081..62333119 (+ strand)
Length: 39
parent_id: BnaC02T0510800GG
primary_id: 681342
Name: cds.BnaC02T0510800GG
Type: CDS
Source: PASA
Position: ganganF73v0_C02:62333081..62333119 (+ strand)
Length: 39
parent_id: BnaC02T0510800GG
primary_id: 681343
Name: BnaC02T0510800GG.exon4
Type: exon
Source: PASA
Position: ganganF73v0_C02:62333345..62333479 (+ strand)
Length: 135
parent_id: BnaC02T0510800GG
primary_id: 681344
Name: cds.BnaC02T0510800GG
Type: CDS
Source: PASA
Position: ganganF73v0_C02:62333345..62333479 (+ strand)
Length: 135
parent_id: BnaC02T0510800GG
primary_id: 681345
Name: BnaC02T0510800GG.exon5
Type: exon
Source: PASA
Position: ganganF73v0_C02:62333591..62333866 (+ strand)
Length: 276
parent_id: BnaC02T0510800GG
primary_id: 681346
Name: cds.BnaC02T0510800GG
Type: CDS
Source: PASA
Position: ganganF73v0_C02:62333591..62333866 (+ strand)
Length: 276
parent_id: BnaC02T0510800GG
primary_id: 681347
>BnaC02T0510800GG class=Sequence position=ganganF73v0_C02:62332429..62333866 (+ strand)
ATGAGCGATT GTCTTGGGGG AGCTTTGGTC TCTGAGGTTC TGAAAGGTTT GATCAAAGAG GCTAAGACGG TGATAGATTT
CAAACTCTTG TTTGAAGAAC TCGCATCAAC CATGAAGATA ATGATTCCTC TTACGGAGCA GATCGATACG ATCCAAGGGA
ACGCAGACTT TGATTTTGGG GATCTCAAGG AAACCATCCA AAGAGCTAGG AAAGTGGTTG ATAAGTGTCA ACGGACGTCT
GGTTTTACGA GAAACTTACG CTCTCAAGAA AGATTAAGGG AATCAATAAG GATATGTTCA AGTTCTGCCA GATGGACCTA
CAGCTTCTTC AGTACCGGTA CCTGGAGAAC CTCAATGATA AGGTTGACGG TTTAAGCAAG AGAGTGGATA GCTTGATTGT
TCCTCCGCCG TCGTCCGTTT CTACGGCTCT TTGTTCTGTT CCAAAGCCTG TGAAGGATTT CGTTAGAAGA AGCTCCTTGA
TGATGATTCC CTTGCTTCTC TTGTGGTTTG CGCTCCTCCC GGGTGCGGGA AGACCACGCT CGTTACTAAG CTTTGCCACG
ACCAAGACAT CAAAGGTATT CTGACTACAT TTTAAAGTGT CTTTCTCTTT CACCTGAGAA TTTCTTCACA CACTCTTTGT
TTCAATTGGC AGGAAAGTTC GTCGAGCATG TCTTCTATTG GGATATCTCA AGTACCCTTA ACTTGAGCTC ATGGTTCAGC
ATTTACTCCC GAGCAACGAG TACAAAGACC TTACATTTGC CAACGACTCT CAAGCAGCTA GTGCCTTTGG AAATTTGCTA
GAGAACCTTT AAAGGAAATG GTGGTATATT GTTGGTGTTG GATGATGTGT GGGATGGAGC AGAATCGTTA CTTTAGAAAT
TTAAGATTTG ACTTACAAGA TTTTAGTCAC TTCTAGGAGT TTCCAAGTTT TGGTCCTACT TACCATCTGA AACCTTTGCT
ACCTAAAGAT GCCAAGAACC TTCTCATTCA GTTCTCATCG CCACTGCCTC CTTACACAAA TTCAAATGAG TTTGAAGATC
TTCTCAACAA GGTATTACCT TCTACCTTCA CGGTTTAAGC TTTGATTGTC CTGTCTCTGG AAACACTAAA ATTCATCTTT
TTCTCTCTCT CTTTTTGGAC ATGGCGAGGG ATTGCATTGC AGATATTGAA ACGTTGCAGT GGATTCCGAA TCGTGATTGA
AGTAGTCGGC TGTTCCCTTA AAGGACTAGA TCTATTTTTA TGGAAAGGCA AAGTCGAAAG CTGGTATGAA GGGGAACCAA
TTATTGATAG TTCTGATGTG CTGGAATGTC TGCAGCCTAG CTTCAATACC TTGAAACCCA CTCTCAAAGA GTGTTTCATG
GACATGGGTT CATTTCTCGA GGACCAGAAG ATACGCGCTT CCATAATAAT TGACTTATGG GTGGAAACTA TATGGTAA