Gene sequences

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Trait-Related Loci

Arabidopsis thaliana

CDS Sequence

CDS ID	AT2G16730.1
CDS Infomation	\| glycosyl hydrolase family 35 protein \| Chr2:7261986-7266105 REVERSE LENGTH=2547 \| 201606
Sequence	ATGAAAATACATTCTTCTGATCATTCATGGCTTTTACTAGCCGTTCTCGTGATTCTCCTC TCCTTCTCTGGAGCTCTCTCAAGCGATGACAAAGAGAAGAAGACGAAATCGGTCGATAAA AAGAAAGAAGTAACTTATGATGGAACGTCTTTGATCATCAATGGAAATAGAGAACTCCTT TACTCTGGCTCCATACATTACCCTCGTAGCACTCCTGAAATGTGGCCAAACATCATCAAG AGAGCGAAACAAGGCGGTTTGAACACGATTCAGACATACGTTTTTTGGAACGTTCATGAG CCTGAGCAGGGAAAGTTCAATTTTTCGGGTAGAGCCGACTTGGTGAAGTTCATAAAATTA ATTGAGAAGAATGGTTTGTATGTAACCTTGAGGCTTGGACCTTTTATTCAAGCTGAATGG ACTCATGGAGGACTTCCTTACTGGCTGAGGGAAGTTCCCGGGATCTTCTTCCGTACCGAT AATGAACCTTTCAAGGAACATACAGAGAGATATGTTAAGGTGGTACTTGACATGATGAAG GAGGAGAAGCTTTTTGCTTCACAAGGAGGCCCCATTATATTAGGACAGATTGAGAATGAG TATAGTGCGGTTCAACGAGCATATAAAGAAGATGGATTAAACTACATTAAGTGGGCATCT AAACTGGTACACTCGATGGATTTGGGGATCCCATGGGTTATGTGTAAGCAAAATGATGCT CCTGATCCTATGATCAACGCTTGTAACGGAAGACATTGCGGTGATACATTCCCTGGTCCA AACAAAGACAACAAGCCATCTTTATGGACAGAGAACTGGACTACTCAGTTCCGCGTTTTT GGCGATCCCCCAGCACAAAGATCTGTAGAAGATATAGCATATTCTGTTGCCCGGTTTTTC TCCAAGAATGGAACCCATGTTAACTACTATATGTATCACGGAGGTACTAACTTTGGAAGA ACCTCTGCACATTATGTGACAACTCGTTACTACGACGATGCACCTCTTGATGAATTCGGA CTGGAAAGGGAGCCTAAGTACGGTCATCTAAAGCATCTTCACAACGCCCTTAACTTGTGC AAGAAGGCACTTCTCTGGGGCCAGCCTCGAGTCGAGAAGCCTAGCAATGAAACAGAGATT CGATACTACGAGCAGCCTGGAACTAAAGTTTGTGCAGCATTTTTGGCTAACAATAACACA GAAGCTGCAGAAAAAATCAAATTCAGAGGCAAGGAATATCTTATCCCGCACCGCTCCATC AGTATTCTCCCTGACTGCAAAACCGTTGTTTATAACACCGGGGAGATCATCTCTCATCAT ACTTCAAGAAACTTCATGAAATCGAAAAAAGCGAATAAGAACTTTGATTTCAAAGTGTTC ACCGAGTCAGTGCCAAGTAAGATCAAGGGTGACTCTTTTATACCCGTTGAACTCTACGGC TTGACCAAAGATGAGTCTGATTACGGATGGTACACAACAAGCTTTAAAATAGATGACAAT GACCTCTCTAAGAAGAAAGGAGGTAAGCCTAATCTGAGGATTGCTAGTCTTGGCCACGCG TTGCATGTATGGCTCAATGGAGAATACCTTGGAAACGGACATGGTAGCCATGAAGAGAAG AGTTTCGTCTTTCAGAAGCCAGTTACTCTAAAAGAAGGAGAGAACCACTTAACCATGCTA GGTGTTTTGACGGGATTTCCGGATAGTGGATCTTATATGGAGCATAGATACACAGGTCCA CGTAGTGTTTCCATCTTAGGTTTGGGCTCTGGAACACTTGATCTCACTGAAGAAAACAAA TGGGGAAACAAGGTGGGTATGGAAGGCGAAAGGCTTGGTATCCACGCCGAAGAAGGATTG AAGAAGGTTAAATGGGAGAAAGCTTCAGGGAAAGAACCGGGAATGACATGGTACCAGACA TACTTCGATGCACCAGAGAGCCAAAGTGCAGCAGCAATTAGGATGAACGGAATGGGGAAA GGTTTGATTTGGGTGAACGGAGAAGGTGTTGGTCGATATTGGATGTCGTTTCTATCGCCT TTAGGACAGCCTACGCAAATCGAGTATCACATCCCTAGGTCTTTCTTGAAGCCCAAGAAA AATCTTCTGGTTATATTTGAGGAAGAACCAAATGTGAAGCCAGAGCTTATCGACTTTGTC ATCGTCAATAGAGATACGGTGTGTTCTTATATTGGAGAAAACTACACTCCTAGTGTCCGT CACTGGACCAGGAAGAATGACCAAGTTCAGGCCATCACTGATGACGTGCATCTCACGGCT AATCTCAAATGTTCCGGCACAAAGAAAATCTCCGCTGTGGAATTCGCAAGCTTTGGGAAT CCTAATGGGACTTGTGGCAACTTCACTCTTGGAAGTTGTAATGCTCCTGTTTCTAAGAAA GTCGTTGAAAAGTACTGTTTGGGTAAAGCAGAGTGTGTGATTCCGGTGAACAAGAGTACG TTCGAGCAAGACAAAAAGGATTCATGTCCCAAAGTCGAGAAGAAGCTTGCGGTACAAGTC AAGTGTGGCCGTGACAAGAAGAACTAA

Peptide Sequence

PEP ID	AT2G16730.1
PEP Infomation	\| glycosyl hydrolase family 35 protein \| Chr2:7261986-7266105 REVERSE LENGTH=848 \| 201606
Sequence	MKIHSSDHSWLLLAVLVILLSFSGALSSDDKEKKTKSVDKKKEVTYDGTSLIINGNRELL YSGSIHYPRSTPEMWPNIIKRAKQGGLNTIQTYVFWNVHEPEQGKFNFSGRADLVKFIKL IEKNGLYVTLRLGPFIQAEWTHGGLPYWLREVPGIFFRTDNEPFKEHTERYVKVVLDMMK EEKLFASQGGPIILGQIENEYSAVQRAYKEDGLNYIKWASKLVHSMDLGIPWVMCKQNDA PDPMINACNGRHCGDTFPGPNKDNKPSLWTENWTTQFRVFGDPPAQRSVEDIAYSVARFF SKNGTHVNYYMYHGGTNFGRTSAHYVTTRYYDDAPLDEFGLEREPKYGHLKHLHNALNLC KKALLWGQPRVEKPSNETEIRYYEQPGTKVCAAFLANNNTEAAEKIKFRGKEYLIPHRSI SILPDCKTVVYNTGEIISHHTSRNFMKSKKANKNFDFKVFTESVPSKIKGDSFIPVELYG LTKDESDYGWYTTSFKIDDNDLSKKKGGKPNLRIASLGHALHVWLNGEYLGNGHGSHEEK SFVFQKPVTLKEGENHLTMLGVLTGFPDSGSYMEHRYTGPRSVSILGLGSGTLDLTEENK WGNKVGMEGERLGIHAEEGLKKVKWEKASGKEPGMTWYQTYFDAPESQSAAAIRMNGMGK GLIWVNGEGVGRYWMSFLSPLGQPTQIEYHIPRSFLKPKKNLLVIFEEEPNVKPELIDFV IVNRDTVCSYIGENYTPSVRHWTRKNDQVQAITDDVHLTANLKCSGTKKISAVEFASFGN PNGTCGNFTLGSCNAPVSKKVVEKYCLGKAECVIPVNKSTFEQDKKDSCPKVEKKLAVQV KCGRDKKN

Transcript Sequence

Transcript ID	AT2G16730.1
Transcript Infomation	\| glycosyl hydrolase family 35 protein \| Chr2:7261783-7266346 REVERSE LENGTH=2991 \| 201606
Sequence	AGGAAATAAGGAAATAAAAGGGAGAGTTATTGGAAGTTTTATTTACAAACAAAATGTGGA ATCTCAAATTGAGAATACGTGAATTTCTCTGAAACCTTATGTTCTCTGCGAAACATTCTC TTATTTCATTTTCTTTCTCTAAAGTTTTTATTTCTCTGACAAGGAAGATATCCCTTTAGG TGGATTCTTGTTTAAATTTAAAAATCCTCAAGAAGAAGAAGAAGAAGAAGAAGATAGTCA AATGAAAATACATTCTTCTGATCATTCATGGCTTTTACTAGCCGTTCTCGTGATTCTCCT CTCCTTCTCTGGAGCTCTCTCAAGCGATGACAAAGAGAAGAAGACGAAATCGGTCGATAA AAAGAAAGAAGTAACTTATGATGGAACGTCTTTGATCATCAATGGAAATAGAGAACTCCT TTACTCTGGCTCCATACATTACCCTCGTAGCACTCCTGAAATGTGGCCAAACATCATCAA GAGAGCGAAACAAGGCGGTTTGAACACGATTCAGACATACGTTTTTTGGAACGTTCATGA GCCTGAGCAGGGAAAGTTCAATTTTTCGGGTAGAGCCGACTTGGTGAAGTTCATAAAATT AATTGAGAAGAATGGTTTGTATGTAACCTTGAGGCTTGGACCTTTTATTCAAGCTGAATG GACTCATGGAGGACTTCCTTACTGGCTGAGGGAAGTTCCCGGGATCTTCTTCCGTACCGA TAATGAACCTTTCAAGGAACATACAGAGAGATATGTTAAGGTGGTACTTGACATGATGAA GGAGGAGAAGCTTTTTGCTTCACAAGGAGGCCCCATTATATTAGGACAGATTGAGAATGA GTATAGTGCGGTTCAACGAGCATATAAAGAAGATGGATTAAACTACATTAAGTGGGCATC TAAACTGGTACACTCGATGGATTTGGGGATCCCATGGGTTATGTGTAAGCAAAATGATGC TCCTGATCCTATGATCAACGCTTGTAACGGAAGACATTGCGGTGATACATTCCCTGGTCC AAACAAAGACAACAAGCCATCTTTATGGACAGAGAACTGGACTACTCAGTTCCGCGTTTT TGGCGATCCCCCAGCACAAAGATCTGTAGAAGATATAGCATATTCTGTTGCCCGGTTTTT CTCCAAGAATGGAACCCATGTTAACTACTATATGTATCACGGAGGTACTAACTTTGGAAG AACCTCTGCACATTATGTGACAACTCGTTACTACGACGATGCACCTCTTGATGAATTCGG ACTGGAAAGGGAGCCTAAGTACGGTCATCTAAAGCATCTTCACAACGCCCTTAACTTGTG CAAGAAGGCACTTCTCTGGGGCCAGCCTCGAGTCGAGAAGCCTAGCAATGAAACAGAGAT TCGATACTACGAGCAGCCTGGAACTAAAGTTTGTGCAGCATTTTTGGCTAACAATAACAC AGAAGCTGCAGAAAAAATCAAATTCAGAGGCAAGGAATATCTTATCCCGCACCGCTCCAT CAGTATTCTCCCTGACTGCAAAACCGTTGTTTATAACACCGGGGAGATCATCTCTCATCA TACTTCAAGAAACTTCATGAAATCGAAAAAAGCGAATAAGAACTTTGATTTCAAAGTGTT CACCGAGTCAGTGCCAAGTAAGATCAAGGGTGACTCTTTTATACCCGTTGAACTCTACGG CTTGACCAAAGATGAGTCTGATTACGGATGGTACACAACAAGCTTTAAAATAGATGACAA TGACCTCTCTAAGAAGAAAGGAGGTAAGCCTAATCTGAGGATTGCTAGTCTTGGCCACGC GTTGCATGTATGGCTCAATGGAGAATACCTTGGAAACGGACATGGTAGCCATGAAGAGAA GAGTTTCGTCTTTCAGAAGCCAGTTACTCTAAAAGAAGGAGAGAACCACTTAACCATGCT AGGTGTTTTGACGGGATTTCCGGATAGTGGATCTTATATGGAGCATAGATACACAGGTCC ACGTAGTGTTTCCATCTTAGGTTTGGGCTCTGGAACACTTGATCTCACTGAAGAAAACAA ATGGGGAAACAAGGTGGGTATGGAAGGCGAAAGGCTTGGTATCCACGCCGAAGAAGGATT GAAGAAGGTTAAATGGGAGAAAGCTTCAGGGAAAGAACCGGGAATGACATGGTACCAGAC ATACTTCGATGCACCAGAGAGCCAAAGTGCAGCAGCAATTAGGATGAACGGAATGGGGAA AGGTTTGATTTGGGTGAACGGAGAAGGTGTTGGTCGATATTGGATGTCGTTTCTATCGCC TTTAGGACAGCCTACGCAAATCGAGTATCACATCCCTAGGTCTTTCTTGAAGCCCAAGAA AAATCTTCTGGTTATATTTGAGGAAGAACCAAATGTGAAGCCAGAGCTTATCGACTTTGT CATCGTCAATAGAGATACGGTGTGTTCTTATATTGGAGAAAACTACACTCCTAGTGTCCG TCACTGGACCAGGAAGAATGACCAAGTTCAGGCCATCACTGATGACGTGCATCTCACGGC TAATCTCAAATGTTCCGGCACAAAGAAAATCTCCGCTGTGGAATTCGCAAGCTTTGGGAA TCCTAATGGGACTTGTGGCAACTTCACTCTTGGAAGTTGTAATGCTCCTGTTTCTAAGAA AGTCGTTGAAAAGTACTGTTTGGGTAAAGCAGAGTGTGTGATTCCGGTGAACAAGAGTAC GTTCGAGCAAGACAAAAAGGATTCATGTCCCAAAGTCGAGAAGAAGCTTGCGGTACAAGT CAAGTGTGGCCGTGACAAGAAGAACTAAGGATATATATTTTATTTGCTTCGCTGAACGGT TTTATACCTAATGTTTTTGTAGATACTAAAATTATGCATTGATTTTTTGTTCCATTTTTG AATTTATTAACTAAAATGTTTATCATACAGATATATACGCGTGATTGTATATAGTGAAGT TTCTAATCAAAGTTAAGGTGTATATTGGCCTATCTCGTTTTTATAATGCTC