Gene sequences

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Trait-Related Loci

Arabidopsis thaliana

CDS Sequence

CDS ID	AT2G32780.1
CDS Infomation	\| ubiquitin-specific protease 1 \| Chr2:13898431-13901870 REVERSE LENGTH=3252 \| 201606
Sequence	ATGAGGTTTGCTGCAACGGTCTCCGAGAAGCAATCTGAGCAAAGCGTGGAAGTAACTGAG GAGTTTGCTGTGACAATGACAGAAAAAAGATCTTGTGTCCATTTTGATAAATATGTTGAT TTGGATAAGTTGTTGAAAATTATCAAATCTTATCAACAAATCAAGTGTGGAGAATGCAAT GAAAGAGTTCACGTGAAGAGAGGAAGTAGATGGGGTGCTAGTAACAGGAGAGACTGGTAT TCTTCCTCTGACCAGAATTGTGCTAGAAATGCTATTTGGCTTTGTTTGGAATGTGGCTAT TATGTTTGTGGAGATGTTGGTTTGCCGACTGAGGCTCAGAGTCATGTTATGGGGCATAAC AGGTTGACGCGTCACCGTTTGGTGATTCAATGTAAAAATCCTCAGTTAAGGTGGTGTTTC TCATGCCAATCACTTCTCCCTTTTGATAATGAAGAGAATGGTGAGAAAAAAGATTTGTTG CTGGAAGTTGTGAAATTGATTAGAGAAAGATCTCCAAACACGTACTCTGCTTCATTTGAA ACTGAATTTTCATGTTCAGGAAGTATCTATGGTGGTATAGAAGCAAGAGATGGTTATGCT GTAAGAGGTTTAGTTAACCTTGGGAACACATGTTTCTTTAATTCTGTAATGCAGAACCTT CTCTCTTTGGATCAATTACGTGAGCACTTCTTGAAAGAGGATCTATCTGTTAGCGGGCCT CTCGTTTCTTCCCTGAAGGAACTATTTGCTGAATCAAATTCAGAGGCAAGCGTTTTTAGG AATGAGATAAATCCAAGAGACCTTTTCTTTTCTGTCTGTTCTCAGGCTCCCCAATTTAGG GGATATCAGCAGCATGACAGTCATGAGTTGCTAAGATGTTTGTTGGATGGTTTGAGCATT GAAGAATCGAGCCTGAGGAAGAAGCTTGGTGTTTCTGATAGTAATGACAGTTCTACATAT CAGAAACCTACTCTCATAGATTCTGTATTTGGAGGTGAAATATCGAGCACTGTTTCTTGT TTAGAATGCGGACATTTCTCAAAAGTGTATGAACCCTTTATGGATCTCTCTTTACCCGTT CCGTCCATGAAACTTCCTCCTAAAAAGCAACAAATCCTTTCTCAGGCAAAGGAGGTCCTT AAGAATGGGGCAGTCAGCAAAGATTCAGAAGTTGTGTCCGCTAAACCTGCATCGGATCAC AATTCCACAGTTCCACTCTTTCCATCGGATCACAAGATTCAAAGCAGACCAGAAACCTCT GACAATGAAACCGATTTGGTTTTGCTAAGCGATGTTAGTGATACTGCCCCATCAACCGAG GCTAAAGGAGTTAATCAGATTTTGGTAGGTAGCACAGAAACGCTGATGCATGATAATGAT CGAACTGGAAAAACTGTACCAGATAAAGAAGATGTACGAGCTACGCAGTCTAATGAAGAA ACATCTGCAAGTGGGATTTCAGCAGTGATAGATGAGGCTCAAGTTTGCGGTTGTCCTGAT TTAGAGCAAAGTTCTTCATCTGCAAATCAGGGGGCTGATGAAGAGCTTGCCTTGATGGTT GCAGATTCTCAGGTTCTGTATATGCCTTATAAAGATCACTTATTCTATGATGATTATATG GTTGCAGAAGCTTCCTCGTCATTCGTGAGCGGTGACCATGAACCAAAAAAAGACTATTTT GACTTTAGCAGTTTTCTTGATGAGCCTGAGATACGCGAAGGACCTGTTTTTAGACCACTA TCTAAATCTGAAGTTTATGAAGCTGGTTTTAAGGCTGACTGCAGTGATGATAAAACAGTT AGTGCAGGTAAGGGTGAAGCTTCCTCGTCATTCATAAGTAGTGACCATGAACAAAACATA GATTATGTTGACTTTAGCAGTTTTTTTGACGAGCCTGAGATATCCGAAAGACCTTTCTTT CGACCGCTATCTAAATCTGAAGTTTCTGAAGCTGGTTTTAAGGCTGACTGCAGTGATGAT AAAACAGTTAGTGCAGGTAAGGGTGAAGCTTCCTCGTCATTCGTAAGCAGTGACCATGAA CAAAACATAGATTATGTTGACTTTAGCAGTTTTTTTGATGAGCCTGAGATATCCGAAAGA CCTTTCTTTCGACCGCTATCTAAATCTGAAGTTTCTGAAGCAGGTTTTATGGCTGTCAGC GGTAATGATAAAACAGTTAGGGCAGGTAAGGGTGAAACTTTTTCTTCATTCATGAGCGGT GACAATGAACGAAACATAGATTATGTTGAGTTTACTAACAGAATATTCGATGATCGTGGG ACATCTGAAAGACCTGTTTTTGGACCACCATCTAAAGCTAAAGTTTCTGAAGCTGGTTTT GTGGCTGTAAGCAGCGACTCTGATCCTGCAGTTCTTGATGAATCGGATTCACCAGTGTCT GTAGATAGGTGTTTGGCTCAGTTCACGAAGCATGAGATTTTGTCAGAAGACAATGCTTGG CATTGTGAGAATTGTTCGAAGAACCTAAAACTTCAGCGGTTGAGAGAAAAGAGAAGAACT AAAGAAGGATTGAGCAACAGATGGGTGAATGAAAATGGAGCTAGTTCGGCTTTTGATGAG TGTAGAGACAGTTCACTAAATCAATCCTGTATAGATCTCGAAAACGGTTACAAAGCTGCT CCTCCGATCACAAAATTGCCAAACTGCAAGGAAGAGGAAAGCGCAATAGATGATGGATTT GTGGGAGAGGAAAATACAAAGCAAGCTCCAATTACTTCTGTTACTGAAACACCTCTCCTC GGTGGAGAAACCATCAGTTCTCAACCAGCCAGTGACAATGAATGTGAAAATTGGGAAGAC TTGGCAGTAGATTCTGAAGAAGTGATAGTAAAAAGAGATGCTAGGAAAAAGGTACTTATA AACAAGGCACCACCTGTCTTGACCATACATCTCAAAAGGTTCAGCCAAGATGCTCGAGGC AGGGTAAGCAAGCTAAGTGGCCATGTTGATTTCCAAGAGTTCATCGATCTTAGCAAATAC ATGGACACTAGGTGCTCCGAAGAAGACGAGCCGGTTTACAGGTTGGCCGGGTTAGTGGAA CATTTAGGGGCAATGAGTCGAGGTCATTATGTTTCTTACATTAGAGGAGGCCACAAGGAG AGGAGAGACTCTGATACTAAAGAACCAAACTCATCCATATGGTATCACGCAAGCGATTCT CAGGTTCGACCGGCTTCTTTGGAAGAAGTTCTCCGTTCTGAAGCCTATATCTTATTTTAC GAACGAATCTGA

Peptide Sequence

PEP ID	AT2G32780.1
PEP Infomation	\| ubiquitin-specific protease 1 \| Chr2:13898431-13901870 REVERSE LENGTH=1083 \| 201606
Sequence	MRFAATVSEKQSEQSVEVTEEFAVTMTEKRSCVHFDKYVDLDKLLKIIKSYQQIKCGECN ERVHVKRGSRWGASNRRDWYSSSDQNCARNAIWLCLECGYYVCGDVGLPTEAQSHVMGHN RLTRHRLVIQCKNPQLRWCFSCQSLLPFDNEENGEKKDLLLEVVKLIRERSPNTYSASFE TEFSCSGSIYGGIEARDGYAVRGLVNLGNTCFFNSVMQNLLSLDQLREHFLKEDLSVSGP LVSSLKELFAESNSEASVFRNEINPRDLFFSVCSQAPQFRGYQQHDSHELLRCLLDGLSI EESSLRKKLGVSDSNDSSTYQKPTLIDSVFGGEISSTVSCLECGHFSKVYEPFMDLSLPV PSMKLPPKKQQILSQAKEVLKNGAVSKDSEVVSAKPASDHNSTVPLFPSDHKIQSRPETS DNETDLVLLSDVSDTAPSTEAKGVNQILVGSTETLMHDNDRTGKTVPDKEDVRATQSNEE TSASGISAVIDEAQVCGCPDLEQSSSSANQGADEELALMVADSQVLYMPYKDHLFYDDYM VAEASSSFVSGDHEPKKDYFDFSSFLDEPEIREGPVFRPLSKSEVYEAGFKADCSDDKTV SAGKGEASSSFISSDHEQNIDYVDFSSFFDEPEISERPFFRPLSKSEVSEAGFKADCSDD KTVSAGKGEASSSFVSSDHEQNIDYVDFSSFFDEPEISERPFFRPLSKSEVSEAGFMAVS GNDKTVRAGKGETFSSFMSGDNERNIDYVEFTNRIFDDRGTSERPVFGPPSKAKVSEAGF VAVSSDSDPAVLDESDSPVSVDRCLAQFTKHEILSEDNAWHCENCSKNLKLQRLREKRRT KEGLSNRWVNENGASSAFDECRDSSLNQSCIDLENGYKAAPPITKLPNCKEEESAIDDGF VGEENTKQAPITSVTETPLLGGETISSQPASDNECENWEDLAVDSEEVIVKRDARKKVLI NKAPPVLTIHLKRFSQDARGRVSKLSGHVDFQEFIDLSKYMDTRCSEEDEPVYRLAGLVE HLGAMSRGHYVSYIRGGHKERRDSDTKEPNSSIWYHASDSQVRPASLEEVLRSEAYILFY ERI

Transcript Sequence

Transcript ID	AT2G32780.1
Transcript Infomation	\| ubiquitin-specific protease 1 \| Chr2:13898410-13901870 REVERSE LENGTH=3273 \| 201606
Sequence	ATGAGGTTTGCTGCAACGGTCTCCGAGAAGCAATCTGAGCAAAGCGTGGAAGTAACTGAG GAGTTTGCTGTGACAATGACAGAAAAAAGATCTTGTGTCCATTTTGATAAATATGTTGAT TTGGATAAGTTGTTGAAAATTATCAAATCTTATCAACAAATCAAGTGTGGAGAATGCAAT GAAAGAGTTCACGTGAAGAGAGGAAGTAGATGGGGTGCTAGTAACAGGAGAGACTGGTAT TCTTCCTCTGACCAGAATTGTGCTAGAAATGCTATTTGGCTTTGTTTGGAATGTGGCTAT TATGTTTGTGGAGATGTTGGTTTGCCGACTGAGGCTCAGAGTCATGTTATGGGGCATAAC AGGTTGACGCGTCACCGTTTGGTGATTCAATGTAAAAATCCTCAGTTAAGGTGGTGTTTC TCATGCCAATCACTTCTCCCTTTTGATAATGAAGAGAATGGTGAGAAAAAAGATTTGTTG CTGGAAGTTGTGAAATTGATTAGAGAAAGATCTCCAAACACGTACTCTGCTTCATTTGAA ACTGAATTTTCATGTTCAGGAAGTATCTATGGTGGTATAGAAGCAAGAGATGGTTATGCT GTAAGAGGTTTAGTTAACCTTGGGAACACATGTTTCTTTAATTCTGTAATGCAGAACCTT CTCTCTTTGGATCAATTACGTGAGCACTTCTTGAAAGAGGATCTATCTGTTAGCGGGCCT CTCGTTTCTTCCCTGAAGGAACTATTTGCTGAATCAAATTCAGAGGCAAGCGTTTTTAGG AATGAGATAAATCCAAGAGACCTTTTCTTTTCTGTCTGTTCTCAGGCTCCCCAATTTAGG GGATATCAGCAGCATGACAGTCATGAGTTGCTAAGATGTTTGTTGGATGGTTTGAGCATT GAAGAATCGAGCCTGAGGAAGAAGCTTGGTGTTTCTGATAGTAATGACAGTTCTACATAT CAGAAACCTACTCTCATAGATTCTGTATTTGGAGGTGAAATATCGAGCACTGTTTCTTGT TTAGAATGCGGACATTTCTCAAAAGTGTATGAACCCTTTATGGATCTCTCTTTACCCGTT CCGTCCATGAAACTTCCTCCTAAAAAGCAACAAATCCTTTCTCAGGCAAAGGAGGTCCTT AAGAATGGGGCAGTCAGCAAAGATTCAGAAGTTGTGTCCGCTAAACCTGCATCGGATCAC AATTCCACAGTTCCACTCTTTCCATCGGATCACAAGATTCAAAGCAGACCAGAAACCTCT GACAATGAAACCGATTTGGTTTTGCTAAGCGATGTTAGTGATACTGCCCCATCAACCGAG GCTAAAGGAGTTAATCAGATTTTGGTAGGTAGCACAGAAACGCTGATGCATGATAATGAT CGAACTGGAAAAACTGTACCAGATAAAGAAGATGTACGAGCTACGCAGTCTAATGAAGAA ACATCTGCAAGTGGGATTTCAGCAGTGATAGATGAGGCTCAAGTTTGCGGTTGTCCTGAT TTAGAGCAAAGTTCTTCATCTGCAAATCAGGGGGCTGATGAAGAGCTTGCCTTGATGGTT GCAGATTCTCAGGTTCTGTATATGCCTTATAAAGATCACTTATTCTATGATGATTATATG GTTGCAGAAGCTTCCTCGTCATTCGTGAGCGGTGACCATGAACCAAAAAAAGACTATTTT GACTTTAGCAGTTTTCTTGATGAGCCTGAGATACGCGAAGGACCTGTTTTTAGACCACTA TCTAAATCTGAAGTTTATGAAGCTGGTTTTAAGGCTGACTGCAGTGATGATAAAACAGTT AGTGCAGGTAAGGGTGAAGCTTCCTCGTCATTCATAAGTAGTGACCATGAACAAAACATA GATTATGTTGACTTTAGCAGTTTTTTTGACGAGCCTGAGATATCCGAAAGACCTTTCTTT CGACCGCTATCTAAATCTGAAGTTTCTGAAGCTGGTTTTAAGGCTGACTGCAGTGATGAT AAAACAGTTAGTGCAGGTAAGGGTGAAGCTTCCTCGTCATTCGTAAGCAGTGACCATGAA CAAAACATAGATTATGTTGACTTTAGCAGTTTTTTTGATGAGCCTGAGATATCCGAAAGA CCTTTCTTTCGACCGCTATCTAAATCTGAAGTTTCTGAAGCAGGTTTTATGGCTGTCAGC GGTAATGATAAAACAGTTAGGGCAGGTAAGGGTGAAACTTTTTCTTCATTCATGAGCGGT GACAATGAACGAAACATAGATTATGTTGAGTTTACTAACAGAATATTCGATGATCGTGGG ACATCTGAAAGACCTGTTTTTGGACCACCATCTAAAGCTAAAGTTTCTGAAGCTGGTTTT GTGGCTGTAAGCAGCGACTCTGATCCTGCAGTTCTTGATGAATCGGATTCACCAGTGTCT GTAGATAGGTGTTTGGCTCAGTTCACGAAGCATGAGATTTTGTCAGAAGACAATGCTTGG CATTGTGAGAATTGTTCGAAGAACCTAAAACTTCAGCGGTTGAGAGAAAAGAGAAGAACT AAAGAAGGATTGAGCAACAGATGGGTGAATGAAAATGGAGCTAGTTCGGCTTTTGATGAG TGTAGAGACAGTTCACTAAATCAATCCTGTATAGATCTCGAAAACGGTTACAAAGCTGCT CCTCCGATCACAAAATTGCCAAACTGCAAGGAAGAGGAAAGCGCAATAGATGATGGATTT GTGGGAGAGGAAAATACAAAGCAAGCTCCAATTACTTCTGTTACTGAAACACCTCTCCTC GGTGGAGAAACCATCAGTTCTCAACCAGCCAGTGACAATGAATGTGAAAATTGGGAAGAC TTGGCAGTAGATTCTGAAGAAGTGATAGTAAAAAGAGATGCTAGGAAAAAGGTACTTATA AACAAGGCACCACCTGTCTTGACCATACATCTCAAAAGGTTCAGCCAAGATGCTCGAGGC AGGGTAAGCAAGCTAAGTGGCCATGTTGATTTCCAAGAGTTCATCGATCTTAGCAAATAC ATGGACACTAGGTGCTCCGAAGAAGACGAGCCGGTTTACAGGTTGGCCGGGTTAGTGGAA CATTTAGGGGCAATGAGTCGAGGTCATTATGTTTCTTACATTAGAGGAGGCCACAAGGAG AGGAGAGACTCTGATACTAAAGAACCAAACTCATCCATATGGTATCACGCAAGCGATTCT CAGGTTCGACCGGCTTCTTTGGAAGAAGTTCTCCGTTCTGAAGCCTATATCTTATTTTAC GAACGAATCTGAGAACACGGAGGCTGGATATCT