Name: Bnascaffold1181T0000500GG
Type: mRNA
Source: PASA
Position: scaffold1181:9521..12264 (+ strand)
Length: 2744
load_id: Bnascaffold1181T0000500GG
parent_id: Bnascaffold1181G0000500GG
primary_id: 1219366
gbrowse_dbid: general
Parts:
Name: Bnascaffold1181T0000500GG.utr5p1
Type: five_prime_UTR
Source: PASA
Position: scaffold1181:9521..9612 (+ strand)
Length: 92
parent_id: Bnascaffold1181T0000500GG
primary_id: 1219367
Name: Bnascaffold1181T0000500GG.exon1
Type: exon
Source: PASA
Position: scaffold1181:9521..10211 (+ strand)
Length: 691
parent_id: Bnascaffold1181T0000500GG
primary_id: 1219368
Name: cds.Bnascaffold1181T0000500GG
Type: CDS
Source: PASA
Position: scaffold1181:9613..10211 (+ strand)
Length: 599
parent_id: Bnascaffold1181T0000500GG
primary_id: 1219369
Name: Bnascaffold1181T0000500GG.exon2
Type: exon
Source: PASA
Position: scaffold1181:10315..11425 (+ strand)
Length: 1111
parent_id: Bnascaffold1181T0000500GG
primary_id: 1219370
Name: cds.Bnascaffold1181T0000500GG
Type: CDS
Source: PASA
Position: scaffold1181:10315..11425 (+ strand)
Length: 1111
parent_id: Bnascaffold1181T0000500GG
primary_id: 1219371
Name: Bnascaffold1181T0000500GG.exon3
Type: exon
Source: PASA
Position: scaffold1181:11511..11801 (+ strand)
Length: 291
parent_id: Bnascaffold1181T0000500GG
primary_id: 1219372
Name: cds.Bnascaffold1181T0000500GG
Type: CDS
Source: PASA
Position: scaffold1181:11511..11801 (+ strand)
Length: 291
parent_id: Bnascaffold1181T0000500GG
primary_id: 1219373
Name: Bnascaffold1181T0000500GG.exon4
Type: exon
Source: PASA
Position: scaffold1181:11941..12264 (+ strand)
Length: 324
parent_id: Bnascaffold1181T0000500GG
primary_id: 1219374
Name: cds.Bnascaffold1181T0000500GG
Type: CDS
Source: PASA
Position: scaffold1181:11941..12264 (+ strand)
Length: 324
parent_id: Bnascaffold1181T0000500GG
primary_id: 1219375
>Bnascaffold1181T0000500GG class=Sequence position=scaffold1181:9521..12264 (+ strand)
TTCTCATTAG ATTATACAAA ACCTCTTTGT AAATCATTAC TCTCTATCTC GTAAAACCTC TGTGATCTAT AGATCTTCTC
TCCAGCGTAG TAATGGATCT TTACCTTATC CTTGTGATAA TTGCTACGCT TTTGTGTAGT AGAATCTTTT CTTTTGTTTA
TGGAAAGTTC AGAGTCCAAG AAAACAAAAT AATTGCTTAT TCTTCTTCAT CACCATCTCC ACCATCTCCC AAGTCAACTT
TGACTCGTAA CTGCATACAC GATGTCTTCC CTAGCTTCCA CGGAAAAGAC GTCCGTAAAT CCTTTCTCAG TCATCTTCTC
AAGGAGTGTG GGATCAAAGG AATCAACCTG TTCATCGATA ACGAGATCAC TAGAGGAGAG TTTATCGGCC CTGAGCTCAA
GAAGGCAATT CAAGGATCAA GAATTGCGAT TGTGTTGCTC TCGAAAAGAT ACGCTTCTTC CTCTTGGTGT CTTGACGAGT
TAGTGGAGAT TATGAAGTGT AAGGAAGAGT TAGGTCAAAC AGTGATGCCT GTTTTCTATG AAGTGAATCC AAGTGATGTC
AAGAAGCAGG CCGGTGAGTT TGGGAAAGTC TTTAAGAAAA CTTGTAAAGG TAAAAAAAAT GAGGTTATTA GAAAATGGAG
TAAAGCTCTA GCAAAAGTGG CCACACTCGC TGGTTACCAT TCAAAGAACT GGTTCGTCTT TAAAATCTTT CCAAGCACAA
ATCAAACTAT ATATGAATGT CTTTTGAACA ATTTAATTGA TATATATATA TATATATTGA ATATGTTGTA TAAGGGATAA
TGAGGCAAAA ATGATCGAAG ATGTTGCCAC TGATGTTGCA AAAAAGTTGT TTAACTCCAC GCCGTCAAGA GATTTCGATG
AATTCACTGG GATGGAAGCT CACATGAACA AGATTTCGCT GGTTTTAGGC ACAGATTTGG ATGAAGTGAG GATGATAGGG
ATTTGGGGGC CGGCTGGGAT TGGCAAGACC ACCATTGCTA GGTGTCTGTT CAATCAACTA TCCCATACTT TTCAATACAG
TGTCTTTATG ATGAATGTCA AAGCAATGTG TACTCCACCG GTTTGTTCAG ACGACTACAA CGTGAAGTTG CATTTGCAGC
AAATGTTTCT GTCTCGATTA ACCAACCAGA AGGAAGATTT CAAGATTTCT CACTTGGGAG TTGCACAAGA AAGACTGAAT
GACAAGAAAG TTCTTGTTGT TCTTGATAAC GTTGATCGGT TAGTACAACT AGAAGCCATG GCCAAAAAAA CTGGGTGGTT
TGGTAATGGA AGTCGGATTA TCATTACAAC GCAAGATCGT AAGATTTTGA AGGCACATGG GATCACTGAT ATTTACAAGG
TTGATTTTCC GTCAGACTGT GAGGCTATTC AGATGTTTTG TATGTATGCT TTTGGTAAAA AGTCCCCTGA AGATGGTTTT
GAGAACCTCG TATGGGAAGT TACAACACTC GCCGGGAACC TCCCTTTGGG ACTAAGGGTT ATGGGATCTT ATTTTCGTGG
AATGTCCAAG CAGGAGTGGG AGAATGAACT ACCAGAGCTA TGGAGATGCC TTGATGGAGA AATTGAGAGC ATTTTGATGT
TCGGTTATAA CGCATTATCT CAAGAAAATA AAGATTTGTT TCTTCATATT GCCTGCTTTT TCAACTATGT TATGATAGAG
AAAGTGGCAG AGCATCTTTC AACGAGATTT TCTAATATGA GGCAACGGCT TGACGTCTTA GCCGATAAGT CTCTCATATC
TTTGGAAAGT GTATATGTGG ATATGCATGA TCTGCTAGTC CAGCTGGGTA GAGATATTGT CCGCAAACAG TCCAGTGAGC
CTGGACAACG CCAGTTTCTG GTCGATGAAA GAGAGATTTG TGAAGTACTG GCTGATGATG CAGCGGTAAG TTTTGCTTTT
AGTGTTTTAT TGCAGTACTG CTCGTTACAA ACTACAATCA TCTATACCTT ATTTTTGGTT CTGTTATCAG GGTAGTACAA
GTGTTATTGG CATAACGTTC TATAGAGACG AAATATATAT GAGTGAGAGA GCCTTTGAAG GAATGTCTAA TCTCCAGTTC
TTAAGATTCA GAGTGGAACG TGATGGTGAA GGAGATACAT TTCATCTATT TGGTGGAGCA AGCTATTTAT CTCGCAAACT
TAGATTACTA GATTGGAGCT ATTTTCCGAT GACATGTTTG CATTGTATTC CCAACCCAGA GCTCCTCGTG GAACTAATCA
TGCGTGAAAG CAAACTTGAG AATTTGTGGA AAGGAACTAA AGTAAGTAAC ATAAGAATAT CATATGTTTT TAACCAATTT
ATTATCGTTA TTATTTGATC AGATTTGTAC AGTAATGTAA CATGAAAAAC CTAGACTAAT AGCATGTAAC AAATGTGTTC
TTGTTGATTT TGTCCGTCAG CCGCTTAGCA ATCTCAAGTG GGTGAATCTG AGTGAGTCTA AAAACTTGAA GGATGTTTCT
AGTCTCTCGA CTGCCACAAG TCTACAGGAA TTAGATCTGA GAGGATGTTC AAGTTTAGTG GAGCTTCCAT CTTCTATTGG
GAATGCCATT CATCTCAACA AGTTGGATCT CGCTAGATGT TCAAGTTTGG TAGAGCTCCC TTACTCTATT GGGAATGCCA
TTCATCTCGA AAAGTTGAAT CTCAGTGAAT GCTCAAGTTT AGTGGGAGTC CCTTCCTCTA TTGGAAACGC CACTAATCTC
ACGGATTTGG ATTTTAGTGG ATGA