Gene sequences

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Trait-Related Loci

Arabidopsis thaliana

CDS Sequence

CDS ID	AT4G16180.2
CDS Infomation	\| transmembrane protein \| Chr4:9165365-9170323 REVERSE LENGTH=2463 \| 201606
Sequence	ATGGAGTTGAGATCGGATTCACGATCGAGTTCGTTTTCTTCTCTCCTATTCGTCGCGTTT CTCTTGTTTCTATGCGGACTCGTTTCTCGTACCGACTCGGCTCAGCAACCTTTCCGTCGC GAGCCAGGTCATCCTCACTGGCATCACAGTGCTTTCCTTGACGTACGAGAGAGTGTTCGA TCCGATGTCCGCCGTATGCTTCACTCCCGTGCCGAGGTACCATTTCAGGTTCCTTTGGAA GTGAATATAGTGCTTGTGGGTTTGAATGGAGATGGAGGTTACAGGTATTCAGTGGATCCT CAAAAACTAGAAGAGTTCCTAAGAGCCAGTTTTTCAACACATAGGCCTTCATGCCAAGAG ACGGGCGAGCCACTTGATATTGAGCATCGAGTTGTTTATAATATCTTTCCTAGTGGGCAA CCTGAATTAATAGCTCTGGAGAAGGCAGTGAAAGAAGCCATGGTGCCTGCTGGAACTGCA CTAGAGGCTGATTTTGGAAGACACTTACCTGCCTATGACGTAGAGGCAATAAAAGTGGAG TCCGCATTTAACCAGCTTTACTCGTATATATTTGATATTGATGTGGGTTCTGGATCAGCC GCAACGGCAGATAAACCTATACCAAGTGCCATATTTGTAGTGAATTTTGATAAGGTAAGA ATGGATCCTAAAAATACAGAGATTGATCTAGACAGCTTGATGTTTGCAAAGCTACCAGAG CTTAGTGATGCAGACAAGGAGAAACAAGAGGCAGATTATATTTATCGATATAGATACAAT GGTGGAGGAGCATCCCAAGTTTGGCTTGCATCAGGCAGATATGTTGTCATAGATTTGTCT GCGGGGCCTTGTACATATGGGAAGATTGAAACTGAAGAGGGCAGTGTTAGTCCCAGAACA GTGCCAAGGATACGAAACATTGTGCTTCCAGGAAATGTTAGCCCTGTTGGTCATCAGTCT ACCCATGATATCTTTTCTGGTCAGTTAGCAGCGTTGGTAGCTACTACAATTGAGCATGTC ATAGCTCCTGATGTCAGGTTTGAGACGGTTGATCTAGCAACTAGGGTGCTGGTACCTATC ATTGTGCTCCAAAACCACAATCGATATAATATCATGGAAAGAGGACAAAACTACAGCATA AATATTGAAGAGATAGAATCTGAGGTAAAGAAAATGATTCATCATGGCCAAGAAGTAGTG ATCGTTGGAGGGGCTCATCCATTACATCGTCATGAGAAGTTAGCTATAGCCGTCTCAAAA GCTATGCGTGGGCATTCCCTTCAGGAAACGAAGAAGGACGGAAGATTTCATGTGCATACC AAAACATACCTAGATGGTGCTATCCTCAAAGAAGAGATGGAAAGGTCGACTGATGTTCTA GCTGCTGGTTTGCTCGACGTGTCTGACCCTGGGCTTTCTAATAAATATTTTCTCCGCCAG AGCTGGGATGATGAATCTGAAGGTTCAAGTGATTCCATAGTAAAGCACAGACCTCTCTGG TCATCTTATAGCTCCAAACTTCAGAAGGGAAAGAAAAAGAAGGCCGTTAAGAAAAAAGGC GATCTCTACCGCACTTATGGAACAAGAGTTATTCCAGTGTTTATACTCTCACTAGCCGAT GTAGATCCAATGCTCATGATGGAAGATGAGAGCCTCGTGTGGGCGAGCAGTGATGTTGTC ATTGTGCTTCAGCATCTAAATGAGAAAATACCTTTGAGTTATGTTTCTGAAACAGAGAGA CAGCATGCTGTCCCATCACAGGTACAGCGACATGTACTTGCAGGTATAGCTTCTGCTTTA GGCGGTGTAAGTGCACCATATGAAAAGACCTCACACGCGCATGAAAGACCTATCACCAAT TGGCTTTGGGCAGCCGGTTGTCACCCGTTTGGACCATTCTCAAACGTCTCCCTGATCAGT CAAATGCTTCAAGATGTTGCACTGAGGAATACTATTTATGCTCGGGTTGATTCTGCTCTA CGCAAAATCCGTGAAACATCAGAGGCAGTACAAAACTTTGCATCCGAATACCTTAAGACT CCACTTGGCGAGCCAGTGAAAGATAAAAAGAACAAAACCAAAACGGAGCTATGGGTCGAG AAGTTCTACAAAAAGACAACAACATTGCCTGAGCCTTTCCCACACGAGCTAGTCGAAAGA TTAGAGAAATATCTAGACACTGTAGAAGAACAACTGGTGGATCTATCTTCTTTGCTATAC GACCACAAGCTATACGATGCTCACCTCAACAGCTCAGAGATTCTTCAAACCACCATGTTT ACACAACAGTACGTAGAACATGTACTGGAAACAGAAAGGGAGAACATGAGATGCTGTAAG ATAGAGTACAAATACACAGTTGGAGTAAAGTCTTACCAAACGTTGGTGTACGGAGGAATA CTTGTGGCTGGTTTTCTCGTTTATTTCCTTGTCATTTTCTTCTCTTCTCCTCCTTCTCGC TAG

Peptide Sequence

PEP ID	AT4G16180.2
PEP Infomation	\| transmembrane protein \| Chr4:9165365-9170323 REVERSE LENGTH=820 \| 201606
Sequence	MELRSDSRSSSFSSLLFVAFLLFLCGLVSRTDSAQQPFRREPGHPHWHHSAFLDVRESVR SDVRRMLHSRAEVPFQVPLEVNIVLVGLNGDGGYRYSVDPQKLEEFLRASFSTHRPSCQE TGEPLDIEHRVVYNIFPSGQPELIALEKAVKEAMVPAGTALEADFGRHLPAYDVEAIKVE SAFNQLYSYIFDIDVGSGSAATADKPIPSAIFVVNFDKVRMDPKNTEIDLDSLMFAKLPE LSDADKEKQEADYIYRYRYNGGGASQVWLASGRYVVIDLSAGPCTYGKIETEEGSVSPRT VPRIRNIVLPGNVSPVGHQSTHDIFSGQLAALVATTIEHVIAPDVRFETVDLATRVLVPI IVLQNHNRYNIMERGQNYSINIEEIESEVKKMIHHGQEVVIVGGAHPLHRHEKLAIAVSK AMRGHSLQETKKDGRFHVHTKTYLDGAILKEEMERSTDVLAAGLLDVSDPGLSNKYFLRQ SWDDESEGSSDSIVKHRPLWSSYSSKLQKGKKKKAVKKKGDLYRTYGTRVIPVFILSLAD VDPMLMMEDESLVWASSDVVIVLQHLNEKIPLSYVSETERQHAVPSQVQRHVLAGIASAL GGVSAPYEKTSHAHERPITNWLWAAGCHPFGPFSNVSLISQMLQDVALRNTIYARVDSAL RKIRETSEAVQNFASEYLKTPLGEPVKDKKNKTKTELWVEKFYKKTTTLPEPFPHELVER LEKYLDTVEEQLVDLSSLLYDHKLYDAHLNSSEILQTTMFTQQYVEHVLETERENMRCCK IEYKYTVGVKSYQTLVYGGILVAGFLVYFLVIFFSSPPSR

Transcript Sequence

Transcript ID	AT4G16180.2
Transcript Infomation	\| transmembrane protein \| Chr4:9165201-9171064 REVERSE LENGTH=3368 \| 201606
Sequence	CTCTTAGTCAGCAATAAACATAATGATTGGTATATTATTGCCTGTATACATTCTCTAAAG CATTGAATTTACATCAGTACCAATCACATCTTTCTATTCATTCCAGATTCAAATCACAAC ATTTTAACTTATCTACCAATCAACTTGTTCATAGCCATCCAAACCAGAGCTTAATGTGAG AGACTGCTACAGCATCAATGGAAACATTGCAAGTTGTTGTGCTCACACAGTGCAAGACAA GATGACATACACCGGTCCATTAAACAGGACAGCTAGCGTTTAACATACTCATTGAAAGGC ATTTCCTACAACAAAACAACCATCTGAGCATGTATCCGTTTCCCATTTGTGAAATCTTTC CTCTGTTTGCATTCCTGCAATGGCACAGCAATAAGTCTCACGCTCGACTTGCGACCCGCT ACACCAAAATGGCCCAACAGCTTCCTTTCAATCTCTCCCATATAGTGTCTTATTCAGCTT CAATTTCTTTCTCTGATTCTCCACCTGAAATATCCTTGTGATTATAGGTATCACATATAG CCATATAGGCAAAGCAGGTCACAATATCACATATAGACAGAGCAGGTCAGGTCACCTTAA TAATAAAACTTGAGGGTAAATTAGTAATTAGCCTTAATTTTCCCATTTCTGCTCCCTCGC CGTAAGCGACTTGTAGCGACTCTCGCCAGTCCAGTCCAAAATCGGGAGGTGAGCGAAATC TCCGGTTGTTTTTTTTCAGTCATGGAGTTGAGATCGGATTCACGATCGAGTTCGTTTTCT TCTCTCCTATTCGTCGCGTTTCTCTTGTTTCTATGCGGACTCGTTTCTCGTACCGACTCG GCTCAGCAACCTTTCCGTCGCGAGCCAGGTCATCCTCACTGGCATCACAGTGCTTTCCTT GACGTACGAGAGAGTGTTCGATCCGATGTCCGCCGTATGCTTCACTCCCGTGCCGAGGTA CCATTTCAGGTTCCTTTGGAAGTGAATATAGTGCTTGTGGGTTTGAATGGAGATGGAGGT TACAGGTATTCAGTGGATCCTCAAAAACTAGAAGAGTTCCTAAGAGCCAGTTTTTCAACA CATAGGCCTTCATGCCAAGAGACGGGCGAGCCACTTGATATTGAGCATCGAGTTGTTTAT AATATCTTTCCTAGTGGGCAACCTGAATTAATAGCTCTGGAGAAGGCAGTGAAAGAAGCC ATGGTGCCTGCTGGAACTGCACTAGAGGCTGATTTTGGAAGACACTTACCTGCCTATGAC GTAGAGGCAATAAAAGTGGAGTCCGCATTTAACCAGCTTTACTCGTATATATTTGATATT GATGTGGGTTCTGGATCAGCCGCAACGGCAGATAAACCTATACCAAGTGCCATATTTGTA GTGAATTTTGATAAGGTAAGAATGGATCCTAAAAATACAGAGATTGATCTAGACAGCTTG ATGTTTGCAAAGCTACCAGAGCTTAGTGATGCAGACAAGGAGAAACAAGAGGCAGATTAT ATTTATCGATATAGATACAATGGTGGAGGAGCATCCCAAGTTTGGCTTGCATCAGGCAGA TATGTTGTCATAGATTTGTCTGCGGGGCCTTGTACATATGGGAAGATTGAAACTGAAGAG GGCAGTGTTAGTCCCAGAACAGTGCCAAGGATACGAAACATTGTGCTTCCAGGAAATGTT AGCCCTGTTGGTCATCAGTCTACCCATGATATCTTTTCTGGTCAGTTAGCAGCGTTGGTA GCTACTACAATTGAGCATGTCATAGCTCCTGATGTCAGGTTTGAGACGGTTGATCTAGCA ACTAGGGTGCTGGTACCTATCATTGTGCTCCAAAACCACAATCGATATAATATCATGGAA AGAGGACAAAACTACAGCATAAATATTGAAGAGATAGAATCTGAGGTAAAGAAAATGATT CATCATGGCCAAGAAGTAGTGATCGTTGGAGGGGCTCATCCATTACATCGTCATGAGAAG TTAGCTATAGCCGTCTCAAAAGCTATGCGTGGGCATTCCCTTCAGGAAACGAAGAAGGAC GGAAGATTTCATGTGCATACCAAAACATACCTAGATGGTGCTATCCTCAAAGAAGAGATG GAAAGGTCGACTGATGTTCTAGCTGCTGGTTTGCTCGACGTGTCTGACCCTGGGCTTTCT AATAAATATTTTCTCCGCCAGAGCTGGGATGATGAATCTGAAGGTTCAAGTGATTCCATA GTAAAGCACAGACCTCTCTGGTCATCTTATAGCTCCAAACTTCAGAAGGGAAAGAAAAAG AAGGCCGTTAAGAAAAAAGGCGATCTCTACCGCACTTATGGAACAAGAGTTATTCCAGTG TTTATACTCTCACTAGCCGATGTAGATCCAATGCTCATGATGGAAGATGAGAGCCTCGTG TGGGCGAGCAGTGATGTTGTCATTGTGCTTCAGCATCTAAATGAGAAAATACCTTTGAGT TATGTTTCTGAAACAGAGAGACAGCATGCTGTCCCATCACAGGTACAGCGACATGTACTT GCAGGTATAGCTTCTGCTTTAGGCGGTGTAAGTGCACCATATGAAAAGACCTCACACGCG CATGAAAGACCTATCACCAATTGGCTTTGGGCAGCCGGTTGTCACCCGTTTGGACCATTC TCAAACGTCTCCCTGATCAGTCAAATGCTTCAAGATGTTGCACTGAGGAATACTATTTAT GCTCGGGTTGATTCTGCTCTACGCAAAATCCGTGAAACATCAGAGGCAGTACAAAACTTT GCATCCGAATACCTTAAGACTCCACTTGGCGAGCCAGTGAAAGATAAAAAGAACAAAACC AAAACGGAGCTATGGGTCGAGAAGTTCTACAAAAAGACAACAACATTGCCTGAGCCTTTC CCACACGAGCTAGTCGAAAGATTAGAGAAATATCTAGACACTGTAGAAGAACAACTGGTG GATCTATCTTCTTTGCTATACGACCACAAGCTATACGATGCTCACCTCAACAGCTCAGAG ATTCTTCAAACCACCATGTTTACACAACAGTACGTAGAACATGTACTGGAAACAGAAAGG GAGAACATGAGATGCTGTAAGATAGAGTACAAATACACAGTTGGAGTAAAGTCTTACCAA ACGTTGGTGTACGGAGGAATACTTGTGGCTGGTTTTCTCGTTTATTTCCTTGTCATTTTC TTCTCTTCTCCTCCTTCTCGCTAGCCTACACCTTGGTATTTACGGTCTAATAGATTTTTG TAAGTGTAACAATTTCTTGTTGAAGAGTTACTTTTATGAACTAATTTTTTCGTCTGATAA TTTTGCTTATTTTATTGACTTACCTAATTCACACTGATTCAACATATATAAGTGATTGTG CGGGTCGA