5' upstream sequence
..........tgaacaaagattttaattggcccattctctcattctctctttaactctat
1 AT2G24640.1.exon1 10,479,454 10,479,091 - 2 364
AAAACACAGAGCAAAGAAAAAACAGAGGAGGTTGATTCTCTTTGGCATCTCCGAATCGAA TCTGAGAAGAGAAGAGGAAGAAAAACGAAGATCGATGTTCGAGAGGGAATTAG ATGCATG AAGTTGGATTATTTGTGGATCTGAATTCCTTCACGCAGCTTATATTGACGCTCTTCTTTG TCTCTATCGGTCTTCTCTACTTTGTTAAAAGAACGGCAGCCAAGTACTTCGAGGTCGGTG GTGGCTCCGGTGGTTTCGATAGAGACCATCGCCGAGATTTCATGGTTTCCGACACGGCTG AATGTTCTGTCTGTGGGAAGGCTACTACCAAAAAGTGCTCTCGCTGCAAATCTGTGAGAT ACTG
Intron 1-2 10,479,090 10,478,739 352
gtatgttgaaaagattcaagtttgc..........ttttgcctctgttctttggtactag
2 AT2G24640.1.exon2 10,478,738 10,478,534 2 0 205
CTCTGCGGCATGCCAAACGTCAGATTGGAAATCAGGACATAAACTAAAATGCAAGGGGTT TCGGAGTACTGACTCATCACCAGTGAGAAGAGATGATATCGATTTCGAAGCTTCTCTGTT TGGGAATAGATCTGCTTCTAAGAAGACTAGGATTGCATTGGTTCCTCAACAGAGCCAAAG CAAAGCTACCCTCAAGCCAACAGAT
Intron 2-3 10,478,533 10,478,443 91
gtaatggtcctcgttttagtaatct..........gaatcttgtttgcattattctgcag
3 AT2G24640.1.exon3 10,478,442 10,478,354 0 2 89
GTTCTTTTCCCATACGAAAGTTTTGTTAGATATTATAACTGGGACAGACCAATAATGGCT CCTTGTGGGCTCACCAATTGTGGAAACAG
Intron 3-4 10,478,353 10,478,261 93
gtttttgttcatctggtttctagtg..........ttctgttatgtcaatactctttcag
4 AT2G24640.2.exon5 10,478,260 10,478,175 2 1 86
TTGTTTCGCTAATGTGGTTCTACAATGCCTTTCCTGGACACGCCCTCTTGTTGCTTACCT TCTGGAGAGAGGCCACAAAAGAGAAT
Intron 4-5 10,478,174 10,478,080 95
gtaatagtttcttcgagaaatttca..........tttatttctatgttttggttaacag
5 AT2G24640.2.exon6 10,478,079 10,477,917 1 2 163
GTAGGCGAAATGATTGGTGCTTCTTATGCGAATTTGAAAATCATCTTGACAGAGCAAACT ATAGCCGGTTTCCTTTTTCACCAATGAACATTATCTCGCGGCTGCCTAATATTGGTGGAA ATCTTGGGTATGGGAGACAGGAGGATGCTCATGAGTTGATGAG
Intron 5-6 10,477,916 10,477,830 87
gtcagctattgttccttgttggtgt..........tgcttttaaatttcatgtgatttag
6 AT2G24640.2.exon7 10,477,829 10,477,706 2 0 124
GTTTGCAATTGATATGATGCAATCTGTTTGCCTCGACGAATTTGGTGGAGAAAAAGTGGT GCCTCCTCGCGCCCAAGAGACAACACTTATTCAATATATATTTGGTGGTCTCCTTCAGTC ACAG
Intron 6-7 10,477,705 10,477,146 560
gtgtgttttcttatcccagtagcag..........ttgctgcattttaatgattttgcag
7 AT2G24640.2.exon8 10,477,145 10,476,988 0 2 158
GTCCAGTGTACTGCTTGCAGTAATGTTTCTGACCAATATGAAAATATGATGGATTTAACT GTTGAGATCCATGGGGATGCGGTATCATTGGAGGAATGTCTCGATCAGTTTACAGCTAAA GAATGGCTTCAGGGAGATAACTTATACAAATGTGATAG
Intron 7-8 10,476,987 10,476,902 86
gtattgtatccctcctgaatcctta..........tcaaacttttgtatttcttttccag
8 AT2G24640.2.exon9 10,476,901 10,476,817 2 0 85
ATGTGATGACTATGTGAAAGCATGCAAGCGCCTTTCAATTCGTTGTGCTCCAAATATTCT TACAATTGCCTTAAAAAGATTCCAG
Intron 8-9 10,476,816 10,476,717 100
gtttgggctccattatcttcccttt..........ctaattaatgtgaaactatgtgcag
9 AT2G24640.2.exon10 10,476,716 10,476,504 0 0 213
GGTGGGAGATTCGGTAAACTGAACAAAAGAATTAGTTTTCCTGAGACATTTGATCTAGGC CCTTACATGAGCGGTGGAGGAGAAGGATCAGATGTATACAAACTCTACGCTGTGATTGTT CATCTAGATATGTTGAATGCTTCATTTTTCGGCCATTACATATGCTATGTCAAGGACTTC CGTGGAAACTGGTATAGAATAGACGATTCTGAG
Intron 9-10 10,476,503 10,476,379 125
gtaagaatcatcttctgccaccgtt..........tgatcccgtctaaaaatactcgcag
10 AT2G24640.2.exon11 10,476,378 10,476,317 0 2 62
GTGGAAAAGGTTGAACTAGAAGATGTCCTTTCTCAACGAGCATACATGCTCCTCTACAGC AG
Intron 10-11 10,476,316 10,476,196 121
gtagagcctttcatttttcttgaca..........attacgatatctggtattggtgcag
11 AT2G24640.1.exon11 10,476,195 10,475,153 2 - 1,043
GGTTCAGCCCAGACCATCAAATCTTAGATCCGAAGAAAGTCAAGATGAGAAGAAAACAGA TACATTGAACACAGAATCTAACCAAGATGGCTCTGTTGAGAGTTCCGGGGTGGGAACAAA TGACACAAGTGTGTCCTCGCTGTGTAACGGCATCATCTCACATTCAGAAGACCCTGAATA CGAAAAAGAATCATCATTGTCAGCATCCGTACCAGTCTCTGAAGAAGGAAAGGAAGTTGA CGTAAAGGTTGATACAGTAGATTCTGAATCAAACCGTTCTATTGACATGGAACATGATTC TGGAACAGATCATCAAGAAGAAGAAGCAAATGGGAAAGAAGATCCAACGGTTGAAAATCT GGCTGTTGATTCTTCTTGTTTGGACATTACTACTCCATCTCCATCTGCTGCTACAGAGTT CATACCTCAGGAGAACGAACGTTCAGACACCGAGTCCAAACCTCTGGAGAAAGAACATTC AGACACCGAGTCCAACAAACCGCTGGAGAAAGAACATTTAGACAGCGAGTCCAAACCCCT GGAGAAAGAACATTCAGACACCGAGATGATCGATGCTCAATGA TTCTAAAGGGATGGTGG TGGAATCACAAACATTTTTCATGGCTCTTGAAAATCAACAAGGGCGCTTCTAACTTAACA ATAATGCTGCAAAAAAATTGCTTTAGACACTGCAATTTCTGGTGTCTGAAGGATATATAG AATTTGTTGGATCCTGGAGTTTTCCATATCTAGAAGAAATTTTTAGGGTTCGTACTGGTG AGAACTATAGAGCTTACAAAGCCAGGATTGGTACTTTATTAGTCATATGAGATAGAAACT TCAGGATCGGTTAAGTTATTCTTTTGATTTTTATTTCTCTGTTAAAATACAATTGAACCC AAAAGCTCTCATAGCTTGAAAGACTAATGGAGGACCACATTGTCAACTTTGTGGTTGATT CAAGTTATTTTGTTTGTTTGTTCGGCTAGTTTTATATAGTACTTAATGTGGGAAAATGTG CATAACGAGCCGAACAAGTTAAG
3' downstream sequence
aacaaatgaaaaaaatgttgaaagagaatttaaacttttacggtaacctc..........
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