Gene sequences

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Trait-Related Loci

Arabidopsis thaliana

CDS Sequence

CDS ID	AT1G28960.1
CDS Infomation	\| nudix hydrolase homolog 15 \| Chr1:10110135-10111607 REVERSE LENGTH=882 \| 201606
Sequence	ATGTTTTTGCTTTATCGTAGGCTTCCTTCATTTGCACGAACAACAACAACAACCCTTCTC TGCAAATCTATGGAGCCTGCGATAACAGCGACTTCTTCTTCTTCTTTCGGTGGTGGCTCT TCTCGTCTCGCCGCTTTAGCCCAGCAACTTCGCCAATACAAGCCCCCACCTTCTTCATCG TTCGATGACTCCGAGGAGATGCAGACAGATCAGGAGACCGCTGGGAAAGTCGTTTCTCAG GTTGGGTTTCAGGAATCTATTGCTCCTCTTTCGAAAGACCCTGATAGGTTTAAACCCAAG AGAGCCGCTGTGTTGATCTGTCTCTTTGAAGGAGATGATGGTGATTTGCGTGTTATTCTT ACTAAGAGATCTTCCAAATTGTCTACTCACTCTGGAGAAGTTTCATTGCCAGGTGGTAAA GCGGAGGAGGATGATAAAGATGATGGGATGACTGCTACCAGAGAGGCTGAGGAAGAGATT GGATTGGACCCTTCTCTTGTTGATGTTGTTACTTCTCTTGAACCATTTCTGTCTAAGCAT CTTCTTAGAGTAATTCCTGTGATAGGCATCTTGAGGGACAAAAATAAATTCAATCCGATA CCAAATCCTGGGGAAGTGGAAGCTGTGTTTGATGCACCCTTGGAAATGTTCCTTAAGGAT GAGAATCGAAGATCTGAAGAGAGAGAGTGGATGGGTGAAAAGTATTTGATCCATTACTTT GACTACAGAACAGGAGATAAGGATTATATGATATGGGGTTTAACTGCTGGGATTTTGATC AGAGCTGCATCTGTGACTTATGAAAGACCACCTGCTTTTATCGAGCAGTGCCCGAAGTTT AAGTACCCTAAAATGGTAGAAAAACATACTTGTATGCCTTAA

Peptide Sequence

PEP ID	AT1G28960.1
PEP Infomation	\| nudix hydrolase homolog 15 \| Chr1:10110135-10111607 REVERSE LENGTH=293 \| 201606
Sequence	MFLLYRRLPSFARTTTTTLLCKSMEPAITATSSSSFGGGSSRLAALAQQLRQYKPPPSSS FDDSEEMQTDQETAGKVVSQVGFQESIAPLSKDPDRFKPKRAAVLICLFEGDDGDLRVIL TKRSSKLSTHSGEVSLPGGKAEEDDKDDGMTATREAEEEIGLDPSLVDVVTSLEPFLSKH LLRVIPVIGILRDKNKFNPIPNPGEVEAVFDAPLEMFLKDENRRSEEREWMGEKYLIHYF DYRTGDKDYMIWGLTAGILIRAASVTYERPPAFIEQCPKFKYPKMVEKHTCMP

Transcript Sequence

Transcript ID	AT1G28960.1
Transcript Infomation	\| nudix hydrolase homolog 15 \| Chr1:10109618-10111738 REVERSE LENGTH=1530 \| 201606
Sequence	AAAAAAGGAGAAACACGTGGACACTCACACGAGGAGGTGTCTGATTTTGTCTAATTAAAT TTGAGTTTTTTTTTTCTTCTTTGAAATCATATGATTGATCTACACAGAATCCATTTCCGC AAATCGGATTCATGTTTTTGCTTTATCGTAGGCTTCCTTCATTTGCACGAACAACAACAA CAACCCTTCTCTGCAAATCTATGGAGCCTGCGATAACAGCGACTTCTTCTTCTTCTTTCG GTGGTGGCTCTTCTCGTCTCGCCGCTTTAGCCCAGCAACTTCGCCAATACAAGCCCCCAC CTTCTTCATCGTTCGATGACTCCGAGGAGATGCAGACAGATCAGGAGACCGCTGGGAAAG TCGTTTCTCAGGTTGGGTTTCAGGAATCTATTGCTCCTCTTTCGAAAGACCCTGATAGGT TTAAACCCAAGAGAGCCGCTGTGTTGATCTGTCTCTTTGAAGGAGATGATGGTGATTTGC GTGTTATTCTTACTAAGAGATCTTCCAAATTGTCTACTCACTCTGGAGAAGTTTCATTGC CAGGTGGTAAAGCGGAGGAGGATGATAAAGATGATGGGATGACTGCTACCAGAGAGGCTG AGGAAGAGATTGGATTGGACCCTTCTCTTGTTGATGTTGTTACTTCTCTTGAACCATTTC TGTCTAAGCATCTTCTTAGAGTAATTCCTGTGATAGGCATCTTGAGGGACAAAAATAAAT TCAATCCGATACCAAATCCTGGGGAAGTGGAAGCTGTGTTTGATGCACCCTTGGAAATGT TCCTTAAGGATGAGAATCGAAGATCTGAAGAGAGAGAGTGGATGGGTGAAAAGTATTTGA TCCATTACTTTGACTACAGAACAGGAGATAAGGATTATATGATATGGGGTTTAACTGCTG GGATTTTGATCAGAGCTGCATCTGTGACTTATGAAAGACCACCTGCTTTTATCGAGCAGT GCCCGAAGTTTAAGTACCCTAAAATGGTAGAAAAACATACTTGTATGCCTTAATGAACAT AATTTTTCGAATGATGCTTTCCTAGACTAGTCTTCTTCCACTATTTGATAACTTGTACCA GACAACAAGACAATAACATTCCATACAACTGATTCTCTGTACCAGTGAATGGCTGAATGC AGAACTTGGCTACTTGCTTATATATATGCAGACGCAGTAGCTGAAGCTCCAATTCATTTC CTGCTGGGGCATCTCATAACAGGTTTCCATGACTCTTCTGTTTGTCATTAGATAATTGGA GGGGCTTCTATTTCATTATGATCTAGGTCAGTCTGTATTCTTGAATTTGATATAATTGTA TTGTAACTTTTTCTAGGCTTCATTTCTGAGTTGTTCCCACAGGATGCTCAATGGTGATTC AGAGAAAAGTTGGCTTGTTATGATTCTAGGCAAACATCACCCTCAATTGTGAATTTGGAG GAATATTTGTACTCAGTATTTACCTTCAAACGCTCATTTTTCATTGTATACTTGTTATCT TCTATTTGTATACTGAACCAATTTCAAAGC