AT1G01040

Information report for AT1G01040

Gene Details

Gene ID: AT1G01040
Gene Symbol: ASU1, ATDCL1, CAF, DCL1, EMB60, EMB76, SIN1, SUS1
Gene Name: ABNORMAL SUSPENSOR 1, DICER-LIKE 1, CARPEL FACTORY, dicer-like 1, EMBRYO DEFECTIVE 60, EMBRYO DEFECTIVE 76, SHORT INTEGUMENTS 1, SUSPENSOR 1
Description: dicer-like 1;(source:Araport11)
TAIR Accession: locus:2200960
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0000229 — flower meristem — floral meristem (exact), mersitema floral (Spanish, exact), 花芽分裂組織 (Japanese, exact), floral apical meristem (related), Poaceae floret meristem (narrow), ear floret meristem (narrow), floret meristem (narrow), tassel floret meristem (narrow)
PO:0009009 — plant embryo — embrión (Spanish, exact), 植物胚 (Japanese, exact), germ (related), embryo (broad)
PO:0020003 — plant ovule — óvulo vegetal (Spanish, exact), 胚珠 (Japanese, exact), Poaceae ovule (narrow), Zea ovule (narrow)
PO:0000013 — cauline leaf — hoja caulinar (Spanish, exact), 茎生葉、茎葉 (Japanese, exact)
PO:0000230 — inflorescence meristem — meristema de la inflorescencia (Spanish, exact), 花序分裂組織 (Japanese, exact)
PO:0009010 — seed — semilla (Spanish, exact), 種子 (Japanese, exact), pyrene (narrow), diaspore (broad)
PO:0009030 — carpel — carpelo (Spanish, exact), 心皮 (Japanese, exact), Poaceae carpel (narrow), Zea carpel (narrow), pistil (broad)
PO:0009032 — petal — pétalo (Spanish, exact), 花弁 (Japanese, exact)
PO:0009047 — stem — caña (Spanish, exact), culm (exact), eje primario (Spanish, exact), primary axis (exact), primary stem (exact), tallo (Spanish, exact), tronco (Spanish, exact), 茎 (Japanese, exact), bole (narrow), cane (narrow), caudex (narrow), caudices (narrow), core (narrow), primocane (narrow), scape (narrow), stalk (narrow), trunk (narrow)
PO:0025281 — pollen — polen (Spanish, exact), pollen grain (exact), 花粉 (Japanese, exact)
PO:0000084 — plant sperm cell — célula espermática o esperma (Spanish, exact), male gamete (exact), microgamete (exact), 植物精子細胞 (Japanese, exact), sperm nucleus (related), sperm cell (broad)
PO:0000293 — guard cell — célula guardiana (Spanish, exact), occlusive cell (exact), 孔辺細胞 (Japanese, exact)

GO:0009616 — acts upstream of or within — RNAi-mediated antiviral immune response
GO:0006396 — acts upstream of or within — RNA processing
GO:0006364 — involved in — rRNA processing
GO:0048317 — acts upstream of or within — seed morphogenesis
GO:0010599 — acts upstream of or within — lsiRNA processing
GO:0005515 — enables — protein binding
GO:0010098 — acts upstream of or within — suspensor development
GO:0010228 — acts upstream of or within — vegetative to reproductive phase transition of meristem
GO:0000911 — acts upstream of or within — cytokinesis by cell plate formation
GO:0035279 — acts upstream of or within — miRNA-mediated gene silencing by mRNA destabilization
GO:0009908 — acts upstream of or within — flower development
GO:0035196 — acts upstream of or within — miRNA processing
GO:0005737 — is active in — cytoplasm
GO:0031053 — acts upstream of or within — primary miRNA processing
GO:0004525 — enables — ribonuclease III activity
GO:0010267 — acts upstream of or within — ta-siRNA processing
GO:0009880 — acts upstream of or within — embryonic pattern specification
GO:0005634 — located in — nucleus
GO:2000034 — acts upstream of or within — regulation of seed maturation
GO:0005737 — located in — cytoplasm
GO:0030422 — involved in — siRNA processing
GO:0003723 — enables — RNA binding
GO:0010445 — located in — nuclear dicing body
GO:0003725 — enables — double-stranded RNA binding
GO:0003677 — enables — DNA binding
GO:0005634 — is active in — nucleus

CS16068 — embryo defective; developmental arrest of mutant embryos, altered suspensor.
CS16069 — embryo defective; developmental arrest of mutant embryos, altered suspensor.
CS16070 — embryo defective; developmental arrest of mutant embryos, altered suspensor.
CS16071 — embryo defective; developmental arrest of mutant embryos, altered suspensor.
CS24092 — embryo defective; globular
CS24094 — embryo defective; globular
CS3089 — female sterile; altered ovule development; integuments fail to cover nucellus; reduced plant height; reduced length in inflorescence internodes; reduced levels of pollen, smaller leaves; late flowering, slow growth.
CS3828 — Increased abundance of miRNA precursors.
CS3828 — indeterminate floral meristems, producing extra whorls of stamens and an indefinite number of carpels; unregulated cell division in the center of the flower with normal floral organ identity; plants also show other developmental defects including absence of axillary inflorescence meristems and abnormally shaped cotyledons, leaves, sepals, stamens and carpels
CS6338 — developmental arrest of mutant embryos occurs at globular stage; white to pale green seeds; pale yellow-green embryo; 23.5% mutant; 56.9% aborted seeds in top half of silique.
CS66326 — dcl1 mutant-like defects in embryo development in 17% of the selfed progeny. Partial supression of the early embryonic dcl1 phenotype.
CS66327 — dcl1 mutant-like defects in embryo development in 25% of the selfed progeny. Full penetrance of the dcl1 phenotype.
CS66328 — Supression of dcl1 phenotypes in early stages of embryo development (globular and early heart stage). Full penetrance of dcl1 phenotype in later stages (late heart and torpedo stage).
CS68113 — Homozygous mutants are embryo lethal. Early embryos of homozygous mutants accumulate more chlorophyll, mature earlier than the wild-type, and have abnormal patterns of cell division. A second segregating T-DNA insertion slightly increases carpel number.
CS6953 — Altered ovule development; integuments fail to cover nucellus; female sterile; reduced levels of pollen. Smaller leaves than wild type; late flowering; slow growth; reduced length of inflorescence internodes; reduced plant height.
CS84713 — developmental arrest of mutant embryos occurs at globular stage, altered suspensor; white to pale yellow-green seeds; white to pale yellow-green embryo; 24.4% mutant; 50.5% aborted seeds in top half of silique.
CS84714 — developmental arrest of mutant embryos occurs at globular stage, abnormally large suspensor; pale yellow-green seeds; white embryo; 25.8% mutant; 49.3% aborted seeds in top half of silique.

Functional Keywords

Literature and News

Gene Resources

Homologs

Sequences

cDNA Sequence

>AT1G01040.1
GTGGAAAACAGACCAGAAGAGAGAGGAAGACGAAGAGAGAAACAGAACAGAGTAGGGATCGATAGACCGTGGAATCTCAGAATCACAAACACTTTGCAAAAGGGTTTTCAATTCCTATTTATTTACAAAGAAATCATCAATAGTAGTGGTCTCTAGGGTTTTGCTTGCTCTTCTTCGTGACCCCTTTTTACCTGCAAACAACAACTTCAAAATTGGCGTGTTTCGTACGGTCTATCTAACCCTAATCTGTCACAAAACACTCTTCTTCTCTCACCCCTTTTTCTGGGTTTATTCAATTCTCGTGCTTTTGGTTCTGTTTTCTTCTCTGGGGATTTGGTTTTCTTGAGTGAGTTTTTCTCCTCTTTCTTATGTTCTTGATTTGATTATTATATAGAATTATGGTAATGGAGGATGAGCCTAGAGAAGCCACAATAAAGCCTTCTTATTGGCTAGATGCTTGCGAGGACATCTCTTGTGATCTTATCGATGATCTCGTGTCTGAATTTGATCCTTCCTCTGTTGCTGTCAATGAATCCACTGATGAAAACGGCGTCATCAATGATTTTTTCGGTGGGATTGATCACATTTTAGATAGTATCAAGAACGGTGGAGGCTTACCAAACAATGGCGTTTCTGATACCAATTCTCAAATCAACGAGGTTACTGTAACTCCTCAGGTTATTGCTAAGGAGACAGTGAAGGAGAATGGGTTGCAAAAGAATGGCGGTAAGAGAGACGAATTCTCGAAAGAGGAAGGAGACAAGGATAGGAAGAGAGCTAGGGTTTGTAGTTATCAGAGTGAAAGGAGTAACCTTTCAGGTAGAGGGCATGTTAATAATTCTAGGGAGGGAGATAGGTTTATGAATAGGAAACGTACTCGTAATTGGGACGAGGCGGGTAACAATAAGAAGAAAAGGGAATGTAACAATTACAGAAGAGATGGTAGAGATAGAGAAGTTAGGGGTTATTGGGAGAGGGATAAAGTTGGTTCCAATGAGTTGGTTTATAGGTCAGGGACTTGGGAAGCTGATCATGAAAGAGATGTTAAGAAAGTGAGTGGTGGAAACCGCGAATGCGATGTCAAGGCAGAGGAGAACAAGAGTAAGCCTGAAGAACGTAAAGAGAAGGTTGTGGAAGAGCAAGCAAGGCGATACCAGTTGGATGTTCTTGAACAAGCTAAAGCGAAAAACACGATTGCTTTCCTTGAGACCGGTGCTGGAAAGACACTTATCGCGATTCTTCTTATTAAAAGTGTTCATAAGGATCTGATGAGCCAGAACAGAAAAATGCTCTCGGTGTTCTTGGTTCCCAAAGTGCCTTTGGTTTATCAGCAAGCAGAAGTGATCCGTAATCAAACTTGTTTTCAAGTTGGACATTATTGTGGTGAGATGGGACAGGACTTTTGGGATTCTCGAAGGTGGCAACGAGAGTTTGAGTCTAAGCAGGTTCTAGTTATGACAGCACAAATTCTGTTGAATATACTGAGACACAGTATCATTAGAATGGAAACAATTGATCTTCTTATTCTCGACGAGTGTCACCACGCTGTCAAGAAACATCCATACTCTTTAGTGATGTCAGAGTTTTACCATACAACTCCTAAAGATAAAAGACCTGCCATCTTTGGAATGACTGCTTCGCCTGTTAATTTAAAGGGTGTTTCAAGCCAAGTAGATTGTGCGATAAAGATACGTAACCTCGAGACCAAGTTGGATTCTACGGTTTGTACTATAAAAGATCGAAAAGAATTAGAGAAACATGTGCCTATGCCTTCAGAGATAGTCGTCGAGTATGACAAAGCTGCTACTATGTGGTCTCTTCATGAGACAATAAAGCAAATGATTGCAGCTGTTGAAGAAGCGGCACAAGCAAGTTCAAGGAAAAGCAAGTGGCAATTTATGGGGGCTAGGGATGCTGGAGCAAAGGATGAATTGAGACAGGTTTATGGCGTCTCTGAAAGAACGGAGAGCGATGGTGCTGCCAATTTGATTCATAAACTTAGAGCTATCAATTATACTCTTGCTGAATTGGGTCAATGGTGTGCTTACAAGGTGGGACAATCATTCTTGTCTGCTTTGCAAAGTGATGAGAGGGTGAATTTCCAAGTCGACGTGAAGTTTCAAGAATCATACCTCAGTGAGGTGGTGTCACTCTTGCAATGTGAGCTTCTGGAAGGCGCTGCTGCTGAAAAAGTCGCGGCGGAAGTTGGCAAACCAGAAAATGGTAATGCACATGACGAGATGGAGGAGGGAGAGCTCCCTGATGATCCTGTGGTCTCGGGAGGGGAGCACGTTGATGAAGTAATAGGCGCCGCAGTGGCTGATGGGAAAGTTACTCCAAAAGTACAATCATTGATCAAACTACTCCTCAAATATCAGCACACAGCTGATTTTCGAGCTATTGTTTTCGTTGAGAGGGTGGTTGCTGCTTTGGTTCTTCCTAAGGTTTTTGCGGAGCTGCCTTCGCTTAGTTTTATACGGTGTGCCAGCATGATTGGACACAATAACAGCCAGGAGATGAAATCATCTCAAATGCAGGATACAATTTCCAAATTCCGAGATGGGCATGTGACACTGTTAGTTGCCACAAGCGTTGCTGAGGAAGGACTTGATATTAGGCAATGTAACGTTGTTATGCGTTTCGACCTTGCAAAGACGGTGCTGGCATACATTCAGTCTCGTGGCCGGGCAAGAAAGCCTGGATCAGACTACATACTCATGGTTGAGAGAGGAAATGTATCTCACGCAGCGTTCCTAAGGAATGCTAGGAACAGTGAGGAGACACTTCGAAAAGAAGCAATAGAAAGGACTGATCTTAGTCATCTCAAAGATACATCGAGATTAATCTCAATTGATGCTGTGCCTGGTACAGTTTATAAGGTGGAGGCAACTGGTGCCATGGTTAGCTTGAATTCCGCGGTTGGTCTTGTACATTTCTACTGCTCTCAGCTTCCTGGTGACAGGTATGCAATCCTTCGTCCTGAGTTTAGCATGGAGAAGCATGAAAAGCCTGGGGGCCACACGGAATATTCATGTAGGCTTCAGCTTCCTTGCAATGCACCGTTTGAAATACTTGAGGGTCCTGTTTGCAGTTCAATGCGTCTTGCACAACAGGCTGTATGTTTAGCTGCTTGCAAGAAACTGCATGAGATGGGTGCATTTACCGATATGCTATTACCGGACAAAGGAAGTGGTCAAGACGCTGAGAAGGCTGACCAAGATGATGAAGGTGAGCCTGTTCCTGGAACTGCTAGACATAGAGAGTTCTATCCTGAAGGTGTGGCGGATGTACTTAAGGGAGAATGGGTTTCATCTGGAAAGGAAGTTTGTGAGAGCTCAAAGCTATTCCATTTATACATGTATAATGTCAGATGTGTAGATTTTGGCTCTTCAAAAGATCCATTCCTAAGCGAAGTTTCAGAGTTCGCGATTCTTTTTGGCAATGAGCTGGATGCAGAGGTATTATCGATGTCTATGGATCTTTATGTTGCTCGGGCCATGATCACTAAAGCATCTCTTGCTTTCAAGGGATCACTTGATATTACAGAAAACCAGCTATCATCTCTAAAAAAGTTTCATGTGAGGTTAATGAGTATCGTGTTGGATGTTGATGTTGAACCCTCCACGACACCATGGGATCCTGCAAAGGCCTACCTGTTTGTCCCTGTTACTGACAATACGTCTATGGAACCCATAAAAGGGATCAACTGGGAATTGGTTGAAAAGATTACGAAAACCACAGCGTGGGACAACCCTCTTCAGAGAGCTCGTCCCGATGTATATCTCGGGACTAATGAGAGAACTCTTGGTGGGGACAGAAGGGAATATGGGTTTGGTAAACTTCGTCACAACATTGTATTTGGGCAGAAATCTCACCCAACTTATGGTATTAGAGGAGCTGTTGCATCCTTCGATGTTGTGAGAGCTTCTGGATTGTTACCTGTGAGAGATGCTTTTGAGAAGGAAGTAGAAGAGGATTTATCAAAAGGAAAATTGATGATGGCTGATGGGTGCATGGTTGCAGAAGATCTTATTGGGAAAATAGTGACAGCCGCACATTCCGGGAAGCGGTTTTACGTAGATTCAATTTGTTATGACATGAGTGCAGAAACATCTTTCCCTAGGAAAGAGGGATATCTTGGTCCCCTAGAGTACAACACGTACGCTGACTATTACAAGCAAAAGTATGGAGTTGATTTGAACTGTAAGCAACAACCTTTGATTAAAGGACGTGGTGTTTCGTATTGCAAGAACCTTCTTTCTCCTCGGTTTGAACAGTCAGGTGAATCTGAGACAGTCCTTGATAAGACATATTACGTGTTTCTTCCACCTGAACTATGCGTTGTGCATCCGCTTTCGGGTTCACTTATCCGAGGTGCTCAGAGGTTACCCTCTATAATGAGAAGAGTTGAGAGCATGTTACTCGCTGTTCAACTCAAAAATTTGATTAGTTATCCTATTCCCACATCAAAGATTCTTGAAGCCTTGACTGCCGCCTCGTGCCAGGAAACGTTCTGCTACGAGAGAGCTGAGCTTTTAGGAGATGCGTATCTAAAATGGGTTGTTAGTCGTTTTCTGTTTCTCAAGTATCCTCAAAAGCACGAGGGTCAGCTTACAAGGATGAGGCAACAAATGGTTAGTAATATGGTTCTTTATCAGTTTGCTCTGGTTAAAGGGCTTCAGTCATATATCCAGGCGGATCGATTCGCCCCGTCTAGGTGGTCTGCTCCTGGTGTGCCTCCGGTTTTCGACGAGGACACAAAAGATGGAGGATCTTCGTTTTTCGATGAAGAGCAAAAACCTGTTTCCGAGGAAAACAGCGATGTGTTTGAAGATGGGGAGATGGAGGATGGTGAACTAGAGGGTGATTTGAGTTCGTACCGAGTTTTATCTAGCAAAACGTTAGCTGATGTTGTTGAGGCTTTGATTGGTGTTTATTACGTCGAAGGGGGTAAGATTGCAGCTAATCATTTGATGAAATGGATTGGGATTCACGTGGAGGATGATCCTGATGAAGTCGATGGAACATTGAAAAATGTTAATGTTCCAGAGAGTGTGCTCAAGAGCATCGACTTTGTTGGTCTTGAGAGAGCTCTTAAATATGAGTTTAAAGAGAAAGGTCTTCTTGTTGAAGCTATAACACATGCTTCAAGACCATCTTCAGGTGTTTCGTGTTACCAGAGATTGGAATTTGTTGGTGACGCGGTCTTGGATCATCTCATCACAAGACATCTATTTTTCACATACACAAGCCTTCCTCCTGGTCGGTTAACAGATCTTCGAGCTGCAGCGGTTAACAACGAGAATTTTGCTCGCGTTGCGGTTAAACATAAACTCCACTTGTACCTTCGTCACGGTTCAAGCGCCCTCGAAAAACAGATTCGGGAATTTGTGAAGGAGGTTCAAACCGAGTCATCGAAACCGGGGTTTAACTCTTTTGGTTTGGGAGACTGCAAAGCACCAAAAGTTCTTGGAGACATTGTTGAATCTATTGCAGGTGCTATTTTTCTTGATAGTGGAAAAGATACAACTGCTGCTTGGAAGGTTTTTCAACCTTTGCTTCAGCCCATGGTGACACCAGAGACACTTCCAATGCATCCGGTGCGAGAGCTACAAGAGCGGTGCCAGCAACAAGCAGAAGGGTTAGAATACAAAGCGAGTAGGAGTGGTAACACAGCGACTGTGGAAGTTTTCATCGACGGTGTTCAAGTTGGAGTAGCGCAAAACCCGCAGAAGAAAATGGCTCAAAAGCTAGCTGCGAGGAACGCACTTGCAGCTTTGAAAGAGAAAGAAATAGCAGAATCAAAGGAGAAGCATATCAACAACGGTAATGCGGGAGAGGATCAAGGCGAGAATGAGAATGGGAACAAGAAGAATGGGCATCAGCCGTTTACGAGACAAACGTTGAATGATATTTGTTTGAGGAAGAATTGGCCAATGCCTTCTTACAGATGTGTGAAAGAAGGAGGACCGGCTCATGCAAAGAGATTTACGTTTGGGGTAAGAGTTAATACGAGCGATAGAGGATGGACCGATGAGTGTATTGGCGAGCCAATGCCGAGTGTTAAGAAAGCTAAGGATTCAGCTGCGGTTCTTCTACTTGAGCTTTTAAATAAAACTTTTTCTTGATTCTTTTACTCTCTTCAACGAGATGTAGTCATTACATTTTAAACCTTAAAACCATAGTGGTTGTAGTGTTTTAATTGATCTGTTGTTATTCGAGTTTAATTGGTTTATAGAACTCTTCAAACAAATTAAACCAAAAATTTCAATGCCA
>AT1G01040.2
GTGGAAAACAGACCAGAAGAGAGAGGAAGACGAAGAGAGAAACAGAACAGAGTAGGGATCGATAGACCGTGGAATCTCAGAATCACAAACACTTTGCAAAAGGGTTTTCAATTCCTATTTATTTACAAAGAAATCATCAATAGTAGTGGTCTCTAGGGTTTTGCTTGCTCTTCTTCGTGACCCCTTTTTACCTGCAAACAACAACTTCAAAATTGGCGTGTTTCGTACGGTCTATCTAACCCTAATCTGTCACAAAACACTCTTCTTCTCTCACCCCTTTTTCTGGGTTTATTCAATTCTCGTGCTTTTGGTTCTGTTTTCTTCTCTGGGGATTTGGTTTTCTTGAGTGAGTTTTTCTCCTCTTTCTTATGTTCTTGATTTGATTATTATATAGAATTATGGTAATGGAGGATGAGCCTAGAGAAGCCACAATAAAGCCTTCTTATTGGCTAGATGCTTGCGAGGACATCTCTTGTGATCTTATCGATGATCTCGTGTCTGAATTTGATCCTTCCTCTGTTGCTGTCAATGAATCCACTGATGAAAACGGCGTCATCAATGATTTTTTCGGTGGGATTGATCACATTTTAGATAGTATCAAGAACGGTGGAGGCTTACCAAACAATGGCGTTTCTGATACCAATTCTCAAATCAACGAGGTTACTGTAACTCCTCAGGTTATTGCTAAGGAGACAGTGAAGGAGAATGGGTTGCAAAAGAATGGCGGTAAGAGAGACGAATTCTCGAAAGAGGAAGGAGACAAGGATAGGAAGAGAGCTAGGGTTTGTAGTTATCAGAGTGAAAGGAGTAACCTTTCAGGTAGAGGGCATGTTAATAATTCTAGGGAGGGAGATAGGTTTATGAATAGGAAACGTACTCGTAATTGGGACGAGGCGGGTAACAATAAGAAGAAAAGGGAATGTAACAATTACAGAAGAGATGGTAGAGATAGAGAAGTTAGGGGTTATTGGGAGAGGGATAAAGTTGGTTCCAATGAGTTGGTTTATAGGTCAGGGACTTGGGAAGCTGATCATGAAAGAGATGTTAAGAAAGTGAGTGGTGGAAACCGCGAATGCGATGTCAAGGCAGAGGAGAACAAGAGTAAGCCTGAAGAACGTAAAGAGAAGGTTGTGGAAGAGCAAGCAAGGCGATACCAGTTGGATGTTCTTGAACAAGCTAAAGCGAAAAACACGATTGCTTTCCTTGAGACCGGTGCTGGAAAGACACTTATCGCGATTCTTCTTATTAAAAGTGTTCATAAGGATCTGATGAGCCAGAACAGAAAAATGCTCTCGGTGTTCTTGGTTCCCAAAGTGCCTTTGGTTTATCAGCAAGCAGAAGTGATCCGTAATCAAACTTGTTTTCAAGTTGGACATTATTGTGGTGAGATGGGACAGGACTTTTGGGATTCTCGAAGGTGGCAACGAGAGTTTGAGTCTAAGCAGGTTCTAGTTATGACAGCACAAATTCTGTTGAATATACTGAGACACAGTATCATTAGAATGGAAACAATTGATCTTCTTATTCTCGACGAGTGTCACCACGCTGTCAAGAAACATCCATACTCTTTAGTGATGTCAGAGTTTTACCATACAACTCCTAAAGATAAAAGACCTGCCATCTTTGGAATGACTGCTTCGCCTGTTAATTTAAAGGGTGTTTCAAGCCAAGTAGATTGTGCGATAAAGATACGTAACCTCGAGACCAAGTTGGATTCTACGGTTTGTACTATAAAAGATCGAAAAGAATTAGAGAAACATGTGCCTATGCCTTCAGAGATAGTCGTCGAGTATGACAAAGCTGCTACTATGTGGTCTCTTCATGAGACAATAAAGCAAATGATTGCAGCTGTTGAAGAAGCGGCACAAGCAAGTTCAAGGAAAAGCAAGTGGCAATTTATGGGGGCTAGGGATGCTGGAGCAAAGGATGAATTGAGACAGGTTTATGGCGTCTCTGAAAGAACGGAGAGCGATGGTGCTGCCAATTTGATTCATAAACTTAGAGCTATCAATTATACTCTTGCTGAATTGGGTCAATGGTGTGCTTACAAGGTGGGACAATCATTCTTGTCTGCTTTGCAAAGTGATGAGAGGGTGAATTTCCAAGTCGACGTGAAGTTTCAAGAATCATACCTCAGTGAGGTGGTGTCACTCTTGCAATGTGAGCTTCTGGAAGGCGCTGCTGCTGAAAAAGTCGCGGCGGAAGTTGGCAAACCAGAAAATGGTAATGCACATGACGAGATGGAGGAGGGAGAGCTCCCTGATGATCCTGTGGTCTCGGGAGGGGAGCACGTTGATGAAGTAATAGGCGCCGCAGTGGCTGATGGGAAAGTTACTCCAAAAGTACAATCATTGATCAAACTACTCCTCAAATATCAGCACACAGCTGATTTTCGAGCTATTGTTTTCGTTGAGAGGGTGGTTGCTGCTTTGGTTCTTCCTAAGGTTTTTGCGGAGCTGCCTTCGCTTAGTTTTATACGGTGTGCCAGCATGATTGGACACAATAACAGCCAGGAGATGAAATCATCTCAAATGCAGGATACAATTTCCAAATTCCGAGATGGGCATGTGACACTGTTAGTTGCCACAAGCGTTGCTGAGGAAGGACTTGATATTAGGCAATGTAACGTTGTTATGCGTTTCGACCTTGCAAAGACGGTGCTGGCATACATTCAGTCTCGTGGCCGGGCAAGAAAGCCTGGATCAGACTACATACTCATGGTTGAGAGAGGAAATGTATCTCACGCAGCGTTCCTAAGGAATGCTAGGAACAGTGAGGAGACACTTCGAAAAGAAGCAATAGAAAGGACTGATCTTAGTCATCTCAAAGATACATCGAGATTAATCTCAATTGATGCTGTGCCTGGTACAGTTTATAAGGTGGAGGCAACTGGTGCCATGGTTAGCTTGAATTCCGCGGTTGGTCTTGTACATTTCTACTGCTCTCAGCTTCCTGGTGACAGGTATGCAATCCTTCGTCCTGAGTTTAGCATGGAGAAGCATGAAAAGCCTGGGGGCCACACGGAATATTCATGTAGGCTTCAGCTTCCTTGCAATGCACCGTTTGAAATACTTGAGGGTCCTGTTTGCAGTTCAATGCGTCTTGCACAACAGGCTGTATGTTTAGCTGCTTGCAAGAAACTGCATGAGATGGGTGCATTTACCGATATGCTATTACCGGACAAAGGAAGTGGTCAAGACGCTGAGAAGGCTGACCAAGATGATGAAGGTGAGCCTGTTCCTGGAACTGCTAGACATAGAGAGTTCTATCCTGAAGGTGTGGCGGATGTACTTAAGGGAGAATGGGTTTCATCTGGAAAGGAAGTTTGTGAGAGCTCAAAGCTATTCCATTTATACATGTATAATGTCAGATGTGTAGATTTTGGCTCTTCAAAAGATCCATTCCTAAGCGAAGTTTCAGAGTTCGCGATTCTTTTTGGCAATGAGCTGGATGCAGAGGTATTATCGATGTCTATGGATCTTTATGTTGCTCGGGCCATGATCACTAAAGCATCTCTTGCTTTCAAGGGATCACTTGATATTACAGAAAACCAGCTATCATCTCTAAAAAAGTTTCATGTGAGGTTAATGAGTATCGTGTTGGATGTTGATGTTGAACCCTCCACGACACCATGGGATCCTGCAAAGGCCTACCTGTTTGTCCCTGTTACTGACAATACGTCTATGGAACCCATAAAAGGGATCAACTGGGAATTGGTTGAAAAGATTACGAAAACCACAGCGTGGGACAACCCTCTTCAGAGAGCTCGTCCCGATGTATATCTCGGGACTAATGAGAGAACTCTTGGTGGGGACAGAAGGGAATATGGGTTTGGTAAACTTCGTCACAACATTGTATTTGGGCAGAAATCTCACCCAACTTATGGTATTAGAGGAGCTGTTGCATCCTTCGATGTTGTGAGAGCTTCTGGATTGTTACCTGTGAGAGATGCTTTTGAGAAGGAAGTAGAAGAGGATTTATCAAAAGGAAAATTGATGATGGCTGATGGGTGCATGGTTGCAGAAGATCTTATTGGGAAAATAGTGACAGCCGCACATTCCGGGAAGCGGTTTTACGTAGATTCAATTTGTTATGACATGAGTGCAGAAACATCTTTCCCTAGGAAAGAGGGATATCTTGGTCCCCTAGAGTACAACACGTACGCTGACTATTACAAGCAAAAGTATGGAGTTGATTTGAACTGTAAGCAACAACCTTTGATTAAAGGACGTGGTGTTTCGTATTGCAAGAACCTTCTTTCTCCTCGGTTTGAACAGTCAGGTGAATCTGAGACAGTCCTTGATAAGACATATTACGTGTTTCTTCCACCTGAACTATGCGTTGTGCATCCGCTTTCGGGTTCACTTATCCGAGGTGCTCAGAGGTTACCCTCTATAATGAGAAGAGTTGAGAGCATGTTACTCGCTGTTCAACTCAAAAATTTGATTAGTTATCCTATTCCCACATCAAAGATTCTTGAAGCCTTGACTGCCGCCTCGTGCCAGGAAACGTTCTGCTACGAGAGAGCTGAGCTTTTAGGAGATGCGTATCTAAAATGGGTTGTTAGTCGTTTTCTGTTTCTCAAGTATCCTCAAAAGCACGAGGGTCAGCTTACAAGGATGAGGCAACAAATGGTTAGTAATATGGTTCTTTATCAGTTTGCTCTGGTTAAAGGGCTTCAGTCATATATCCAGGCGGATCGATTCGCCCCGTCTAGGTGGTCTGCTCCTGGTGTGCCTCCGGTTTTCGACGAGGACACAAAAGATGGAGGATCTTCGTTTTTCGATGAAGAGCAAAAACCTGTTTCCGAGGAAAACAGCGATGTGTTTGAAGATGGGGAGATGGAGGATGGTGAACTAGAGGGTGATTTGAGTTCGTACCGAGTTTTATCTAGCAAAACGTTAGCTGATGTTGTTGAGGCTTTGATTGGTGTTTATTACGTCGAAGGGGGTAAGATTGCAGCTAATCATTTGATGAAATGGATTGGGATTCACGTGGAGGATGATCCTGATGAAGTCGATGGAACATTGAAAAATGTTAATGTTCCAGAGAGTGTGCTCAAGAGCATCGACTTTGTTGGTCTTGAGAGAGCTCTTAAATATGAGTTTAAAGAGAAAGGTCTTCTTGTTGAAGCTATAACACATGCTTCAAGACCATCTTCAGGTGTTTCGTGTTACCAGAGATTGGAATTTGTTGGTGACGCGGTCTTGGATCATCTCATCACAAGACATCTATTTTTCACATACACAAGCCTTCCTCCTGGTCGGTTAACAGATCTTCGAGCTGCAGCGGTTAACAACGAGAATTTTGCTCGCGTTGCGGTTAAACATAAACTCCACTTGTACCTTCGTCACGGTTCAAGCGCCCTCGAAAAACAGATTCGGGAATTTGTGAAGGAGGTTCAAACCGAGTCATCGAAACCGGGGTTTAACTCTTTTGGTTTGGGAGACTGCAAAGCACCAAAAGTTCTTGGAGACATTGTTGAATCTATTGCAGGTGCTATTTTTCTTGATAGTGGAAAAGATACAACTGCTGCTTGGAAGGTTTTTCAACCTTTGCTTCAGCCCATGGTGACACCAGAGACACTTCCAATGCATCCGGTGCGAGAGCTACAAGAGCGGTGCCAGCAACAAGCAGAAGGGTTAGAATACAAAGCGAGTAGGAGTGGTAACACAGCGACTGTGGAAGTTTTCATCGACGGTGTTCAAGTTGGAGTAGCGCAAAACCCGCAGAAGAAAATGGCTCAAAAGCTAGCTGCGAGGAACGCACTTGCAGCTTTGAAAGAGAAAGAAATAGCAGAATCAAAGGAGAAGCATATCAACAACGGTAATGCGGGAGAGGATCAAGGCGAGAATGAGAATGGGAACAAGAAGAATGGGCATCAGCCGTTTACGAGACAAACGTTGAATGATATTTGTTTGAGGAAGAATTGGCCAATGCCTTCTTACAGATGTGTGAAAGAAGGAGGACCGGCTCATGCAAAGAGATTTACGTTTGGGGTAAGAGTTAATACGAGCGATAGAGGATGGACCGATGAGTGTATTGGCGAGCCAATGCCGAGTGTTAAGAAAGCTAAGGATTCAGCTGCGGTTCTTCTACTTGAGCTTTTAAATAAAACTTTTTCTTGATTCTTTTACTCTCTTCAACGAGATGTAGTCATTACATTTTAAACCTTAAAACCATAGTGGTTGTAGTGTTTTAATTGATCTGTTGTTATTCGAGTTTAATTGGTTTATAGAACTCTTCAAACAAATTAAACCAAAAATTTCAATGCCA

CDS Sequence

>AT1G01040.1
ATGGTAATGGAGGATGAGCCTAGAGAAGCCACAATAAAGCCTTCTTATTGGCTAGATGCTTGCGAGGACATCTCTTGTGATCTTATCGATGATCTCGTGTCTGAATTTGATCCTTCCTCTGTTGCTGTCAATGAATCCACTGATGAAAACGGCGTCATCAATGATTTTTTCGGTGGGATTGATCACATTTTAGATAGTATCAAGAACGGTGGAGGCTTACCAAACAATGGCGTTTCTGATACCAATTCTCAAATCAACGAGGTTACTGTAACTCCTCAGGTTATTGCTAAGGAGACAGTGAAGGAGAATGGGTTGCAAAAGAATGGCGGTAAGAGAGACGAATTCTCGAAAGAGGAAGGAGACAAGGATAGGAAGAGAGCTAGGGTTTGTAGTTATCAGAGTGAAAGGAGTAACCTTTCAGGTAGAGGGCATGTTAATAATTCTAGGGAGGGAGATAGGTTTATGAATAGGAAACGTACTCGTAATTGGGACGAGGCGGGTAACAATAAGAAGAAAAGGGAATGTAACAATTACAGAAGAGATGGTAGAGATAGAGAAGTTAGGGGTTATTGGGAGAGGGATAAAGTTGGTTCCAATGAGTTGGTTTATAGGTCAGGGACTTGGGAAGCTGATCATGAAAGAGATGTTAAGAAAGTGAGTGGTGGAAACCGCGAATGCGATGTCAAGGCAGAGGAGAACAAGAGTAAGCCTGAAGAACGTAAAGAGAAGGTTGTGGAAGAGCAAGCAAGGCGATACCAGTTGGATGTTCTTGAACAAGCTAAAGCGAAAAACACGATTGCTTTCCTTGAGACCGGTGCTGGAAAGACACTTATCGCGATTCTTCTTATTAAAAGTGTTCATAAGGATCTGATGAGCCAGAACAGAAAAATGCTCTCGGTGTTCTTGGTTCCCAAAGTGCCTTTGGTTTATCAGCAAGCAGAAGTGATCCGTAATCAAACTTGTTTTCAAGTTGGACATTATTGTGGTGAGATGGGACAGGACTTTTGGGATTCTCGAAGGTGGCAACGAGAGTTTGAGTCTAAGCAGGTTCTAGTTATGACAGCACAAATTCTGTTGAATATACTGAGACACAGTATCATTAGAATGGAAACAATTGATCTTCTTATTCTCGACGAGTGTCACCACGCTGTCAAGAAACATCCATACTCTTTAGTGATGTCAGAGTTTTACCATACAACTCCTAAAGATAAAAGACCTGCCATCTTTGGAATGACTGCTTCGCCTGTTAATTTAAAGGGTGTTTCAAGCCAAGTAGATTGTGCGATAAAGATACGTAACCTCGAGACCAAGTTGGATTCTACGGTTTGTACTATAAAAGATCGAAAAGAATTAGAGAAACATGTGCCTATGCCTTCAGAGATAGTCGTCGAGTATGACAAAGCTGCTACTATGTGGTCTCTTCATGAGACAATAAAGCAAATGATTGCAGCTGTTGAAGAAGCGGCACAAGCAAGTTCAAGGAAAAGCAAGTGGCAATTTATGGGGGCTAGGGATGCTGGAGCAAAGGATGAATTGAGACAGGTTTATGGCGTCTCTGAAAGAACGGAGAGCGATGGTGCTGCCAATTTGATTCATAAACTTAGAGCTATCAATTATACTCTTGCTGAATTGGGTCAATGGTGTGCTTACAAGGTGGGACAATCATTCTTGTCTGCTTTGCAAAGTGATGAGAGGGTGAATTTCCAAGTCGACGTGAAGTTTCAAGAATCATACCTCAGTGAGGTGGTGTCACTCTTGCAATGTGAGCTTCTGGAAGGCGCTGCTGCTGAAAAAGTCGCGGCGGAAGTTGGCAAACCAGAAAATGGTAATGCACATGACGAGATGGAGGAGGGAGAGCTCCCTGATGATCCTGTGGTCTCGGGAGGGGAGCACGTTGATGAAGTAATAGGCGCCGCAGTGGCTGATGGGAAAGTTACTCCAAAAGTACAATCATTGATCAAACTACTCCTCAAATATCAGCACACAGCTGATTTTCGAGCTATTGTTTTCGTTGAGAGGGTGGTTGCTGCTTTGGTTCTTCCTAAGGTTTTTGCGGAGCTGCCTTCGCTTAGTTTTATACGGTGTGCCAGCATGATTGGACACAATAACAGCCAGGAGATGAAATCATCTCAAATGCAGGATACAATTTCCAAATTCCGAGATGGGCATGTGACACTGTTAGTTGCCACAAGCGTTGCTGAGGAAGGACTTGATATTAGGCAATGTAACGTTGTTATGCGTTTCGACCTTGCAAAGACGGTGCTGGCATACATTCAGTCTCGTGGCCGGGCAAGAAAGCCTGGATCAGACTACATACTCATGGTTGAGAGAGGAAATGTATCTCACGCAGCGTTCCTAAGGAATGCTAGGAACAGTGAGGAGACACTTCGAAAAGAAGCAATAGAAAGGACTGATCTTAGTCATCTCAAAGATACATCGAGATTAATCTCAATTGATGCTGTGCCTGGTACAGTTTATAAGGTGGAGGCAACTGGTGCCATGGTTAGCTTGAATTCCGCGGTTGGTCTTGTACATTTCTACTGCTCTCAGCTTCCTGGTGACAGGTATGCAATCCTTCGTCCTGAGTTTAGCATGGAGAAGCATGAAAAGCCTGGGGGCCACACGGAATATTCATGTAGGCTTCAGCTTCCTTGCAATGCACCGTTTGAAATACTTGAGGGTCCTGTTTGCAGTTCAATGCGTCTTGCACAACAGGCTGTATGTTTAGCTGCTTGCAAGAAACTGCATGAGATGGGTGCATTTACCGATATGCTATTACCGGACAAAGGAAGTGGTCAAGACGCTGAGAAGGCTGACCAAGATGATGAAGGTGAGCCTGTTCCTGGAACTGCTAGACATAGAGAGTTCTATCCTGAAGGTGTGGCGGATGTACTTAAGGGAGAATGGGTTTCATCTGGAAAGGAAGTTTGTGAGAGCTCAAAGCTATTCCATTTATACATGTATAATGTCAGATGTGTAGATTTTGGCTCTTCAAAAGATCCATTCCTAAGCGAAGTTTCAGAGTTCGCGATTCTTTTTGGCAATGAGCTGGATGCAGAGGTATTATCGATGTCTATGGATCTTTATGTTGCTCGGGCCATGATCACTAAAGCATCTCTTGCTTTCAAGGGATCACTTGATATTACAGAAAACCAGCTATCATCTCTAAAAAAGTTTCATGTGAGGTTAATGAGTATCGTGTTGGATGTTGATGTTGAACCCTCCACGACACCATGGGATCCTGCAAAGGCCTACCTGTTTGTCCCTGTTACTGACAATACGTCTATGGAACCCATAAAAGGGATCAACTGGGAATTGGTTGAAAAGATTACGAAAACCACAGCGTGGGACAACCCTCTTCAGAGAGCTCGTCCCGATGTATATCTCGGGACTAATGAGAGAACTCTTGGTGGGGACAGAAGGGAATATGGGTTTGGTAAACTTCGTCACAACATTGTATTTGGGCAGAAATCTCACCCAACTTATGGTATTAGAGGAGCTGTTGCATCCTTCGATGTTGTGAGAGCTTCTGGATTGTTACCTGTGAGAGATGCTTTTGAGAAGGAAGTAGAAGAGGATTTATCAAAAGGAAAATTGATGATGGCTGATGGGTGCATGGTTGCAGAAGATCTTATTGGGAAAATAGTGACAGCCGCACATTCCGGGAAGCGGTTTTACGTAGATTCAATTTGTTATGACATGAGTGCAGAAACATCTTTCCCTAGGAAAGAGGGATATCTTGGTCCCCTAGAGTACAACACGTACGCTGACTATTACAAGCAAAAGTATGGAGTTGATTTGAACTGTAAGCAACAACCTTTGATTAAAGGACGTGGTGTTTCGTATTGCAAGAACCTTCTTTCTCCTCGGTTTGAACAGTCAGGTGAATCTGAGACAGTCCTTGATAAGACATATTACGTGTTTCTTCCACCTGAACTATGCGTTGTGCATCCGCTTTCGGGTTCACTTATCCGAGGTGCTCAGAGGTTACCCTCTATAATGAGAAGAGTTGAGAGCATGTTACTCGCTGTTCAACTCAAAAATTTGATTAGTTATCCTATTCCCACATCAAAGATTCTTGAAGCCTTGACTGCCGCCTCGTGCCAGGAAACGTTCTGCTACGAGAGAGCTGAGCTTTTAGGAGATGCGTATCTAAAATGGGTTGTTAGTCGTTTTCTGTTTCTCAAGTATCCTCAAAAGCACGAGGGTCAGCTTACAAGGATGAGGCAACAAATGGTTAGTAATATGGTTCTTTATCAGTTTGCTCTGGTTAAAGGGCTTCAGTCATATATCCAGGCGGATCGATTCGCCCCGTCTAGGTGGTCTGCTCCTGGTGTGCCTCCGGTTTTCGACGAGGACACAAAAGATGGAGGATCTTCGTTTTTCGATGAAGAGCAAAAACCTGTTTCCGAGGAAAACAGCGATGTGTTTGAAGATGGGGAGATGGAGGATGGTGAACTAGAGGGTGATTTGAGTTCGTACCGAGTTTTATCTAGCAAAACGTTAGCTGATGTTGTTGAGGCTTTGATTGGTGTTTATTACGTCGAAGGGGGTAAGATTGCAGCTAATCATTTGATGAAATGGATTGGGATTCACGTGGAGGATGATCCTGATGAAGTCGATGGAACATTGAAAAATGTTAATGTTCCAGAGAGTGTGCTCAAGAGCATCGACTTTGTTGGTCTTGAGAGAGCTCTTAAATATGAGTTTAAAGAGAAAGGTCTTCTTGTTGAAGCTATAACACATGCTTCAAGACCATCTTCAGGTGTTTCGTGTTACCAGAGATTGGAATTTGTTGGTGACGCGGTCTTGGATCATCTCATCACAAGACATCTATTTTTCACATACACAAGCCTTCCTCCTGGTCGGTTAACAGATCTTCGAGCTGCAGCGGTTAACAACGAGAATTTTGCTCGCGTTGCGGTTAAACATAAACTCCACTTGTACCTTCGTCACGGTTCAAGCGCCCTCGAAAAACAGATTCGGGAATTTGTGAAGGAGGTTCAAACCGAGTCATCGAAACCGGGGTTTAACTCTTTTGGTTTGGGAGACTGCAAAGCACCAAAAGTTCTTGGAGACATTGTTGAATCTATTGCAGGTGCTATTTTTCTTGATAGTGGAAAAGATACAACTGCTGCTTGGAAGGTTTTTCAACCTTTGCTTCAGCCCATGGTGACACCAGAGACACTTCCAATGCATCCGGTGCGAGAGCTACAAGAGCGGTGCCAGCAACAAGCAGAAGGGTTAGAATACAAAGCGAGTAGGAGTGGTAACACAGCGACTGTGGAAGTTTTCATCGACGGTGTTCAAGTTGGAGTAGCGCAAAACCCGCAGAAGAAAATGGCTCAAAAGCTAGCTGCGAGGAACGCACTTGCAGCTTTGAAAGAGAAAGAAATAGCAGAATCAAAGGAGAAGCATATCAACAACGGTAATGCGGGAGAGGATCAAGGCGAGAATGAGAATGGGAACAAGAAGAATGGGCATCAGCCGTTTACGAGACAAACGTTGAATGATATTTGTTTGAGGAAGAATTGGCCAATGCCTTCTTACAGATGTGTGAAAGAAGGAGGACCGGCTCATGCAAAGAGATTTACGTTTGGGGTAAGAGTTAATACGAGCGATAGAGGATGGACCGATGAGTGTATTGGCGAGCCAATGCCGAGTGTTAAGAAAGCTAAGGATTCAGCTGCGGTTCTTCTACTTGAGCTTTTAAATAAAACTTTTTCTTGA
>AT1G01040.2
ATGGTAATGGAGGATGAGCCTAGAGAAGCCACAATAAAGCCTTCTTATTGGCTAGATGCTTGCGAGGACATCTCTTGTGATCTTATCGATGATCTCGTGTCTGAATTTGATCCTTCCTCTGTTGCTGTCAATGAATCCACTGATGAAAACGGCGTCATCAATGATTTTTTCGGTGGGATTGATCACATTTTAGATAGTATCAAGAACGGTGGAGGCTTACCAAACAATGGCGTTTCTGATACCAATTCTCAAATCAACGAGGTTACTGTAACTCCTCAGGTTATTGCTAAGGAGACAGTGAAGGAGAATGGGTTGCAAAAGAATGGCGGTAAGAGAGACGAATTCTCGAAAGAGGAAGGAGACAAGGATAGGAAGAGAGCTAGGGTTTGTAGTTATCAGAGTGAAAGGAGTAACCTTTCAGGTAGAGGGCATGTTAATAATTCTAGGGAGGGAGATAGGTTTATGAATAGGAAACGTACTCGTAATTGGGACGAGGCGGGTAACAATAAGAAGAAAAGGGAATGTAACAATTACAGAAGAGATGGTAGAGATAGAGAAGTTAGGGGTTATTGGGAGAGGGATAAAGTTGGTTCCAATGAGTTGGTTTATAGGTCAGGGACTTGGGAAGCTGATCATGAAAGAGATGTTAAGAAAGTGAGTGGTGGAAACCGCGAATGCGATGTCAAGGCAGAGGAGAACAAGAGTAAGCCTGAAGAACGTAAAGAGAAGGTTGTGGAAGAGCAAGCAAGGCGATACCAGTTGGATGTTCTTGAACAAGCTAAAGCGAAAAACACGATTGCTTTCCTTGAGACCGGTGCTGGAAAGACACTTATCGCGATTCTTCTTATTAAAAGTGTTCATAAGGATCTGATGAGCCAGAACAGAAAAATGCTCTCGGTGTTCTTGGTTCCCAAAGTGCCTTTGGTTTATCAGCAAGCAGAAGTGATCCGTAATCAAACTTGTTTTCAAGTTGGACATTATTGTGGTGAGATGGGACAGGACTTTTGGGATTCTCGAAGGTGGCAACGAGAGTTTGAGTCTAAGCAGGTTCTAGTTATGACAGCACAAATTCTGTTGAATATACTGAGACACAGTATCATTAGAATGGAAACAATTGATCTTCTTATTCTCGACGAGTGTCACCACGCTGTCAAGAAACATCCATACTCTTTAGTGATGTCAGAGTTTTACCATACAACTCCTAAAGATAAAAGACCTGCCATCTTTGGAATGACTGCTTCGCCTGTTAATTTAAAGGGTGTTTCAAGCCAAGTAGATTGTGCGATAAAGATACGTAACCTCGAGACCAAGTTGGATTCTACGGTTTGTACTATAAAAGATCGAAAAGAATTAGAGAAACATGTGCCTATGCCTTCAGAGATAGTCGTCGAGTATGACAAAGCTGCTACTATGTGGTCTCTTCATGAGACAATAAAGCAAATGATTGCAGCTGTTGAAGAAGCGGCACAAGCAAGTTCAAGGAAAAGCAAGTGGCAATTTATGGGGGCTAGGGATGCTGGAGCAAAGGATGAATTGAGACAGGTTTATGGCGTCTCTGAAAGAACGGAGAGCGATGGTGCTGCCAATTTGATTCATAAACTTAGAGCTATCAATTATACTCTTGCTGAATTGGGTCAATGGTGTGCTTACAAGGTGGGACAATCATTCTTGTCTGCTTTGCAAAGTGATGAGAGGGTGAATTTCCAAGTCGACGTGAAGTTTCAAGAATCATACCTCAGTGAGGTGGTGTCACTCTTGCAATGTGAGCTTCTGGAAGGCGCTGCTGCTGAAAAAGTCGCGGCGGAAGTTGGCAAACCAGAAAATGGTAATGCACATGACGAGATGGAGGAGGGAGAGCTCCCTGATGATCCTGTGGTCTCGGGAGGGGAGCACGTTGATGAAGTAATAGGCGCCGCAGTGGCTGATGGGAAAGTTACTCCAAAAGTACAATCATTGATCAAACTACTCCTCAAATATCAGCACACAGCTGATTTTCGAGCTATTGTTTTCGTTGAGAGGGTGGTTGCTGCTTTGGTTCTTCCTAAGGTTTTTGCGGAGCTGCCTTCGCTTAGTTTTATACGGTGTGCCAGCATGATTGGACACAATAACAGCCAGGAGATGAAATCATCTCAAATGCAGGATACAATTTCCAAATTCCGAGATGGGCATGTGACACTGTTAGTTGCCACAAGCGTTGCTGAGGAAGGACTTGATATTAGGCAATGTAACGTTGTTATGCGTTTCGACCTTGCAAAGACGGTGCTGGCATACATTCAGTCTCGTGGCCGGGCAAGAAAGCCTGGATCAGACTACATACTCATGGTTGAGAGAGGAAATGTATCTCACGCAGCGTTCCTAAGGAATGCTAGGAACAGTGAGGAGACACTTCGAAAAGAAGCAATAGAAAGGACTGATCTTAGTCATCTCAAAGATACATCGAGATTAATCTCAATTGATGCTGTGCCTGGTACAGTTTATAAGGTGGAGGCAACTGGTGCCATGGTTAGCTTGAATTCCGCGGTTGGTCTTGTACATTTCTACTGCTCTCAGCTTCCTGGTGACAGGTATGCAATCCTTCGTCCTGAGTTTAGCATGGAGAAGCATGAAAAGCCTGGGGGCCACACGGAATATTCATGTAGGCTTCAGCTTCCTTGCAATGCACCGTTTGAAATACTTGAGGGTCCTGTTTGCAGTTCAATGCGTCTTGCACAACAGGCTGTATGTTTAGCTGCTTGCAAGAAACTGCATGAGATGGGTGCATTTACCGATATGCTATTACCGGACAAAGGAAGTGGTCAAGACGCTGAGAAGGCTGACCAAGATGATGAAGGTGAGCCTGTTCCTGGAACTGCTAGACATAGAGAGTTCTATCCTGAAGGTGTGGCGGATGTACTTAAGGGAGAATGGGTTTCATCTGGAAAGGAAGTTTGTGAGAGCTCAAAGCTATTCCATTTATACATGTATAATGTCAGATGTGTAGATTTTGGCTCTTCAAAAGATCCATTCCTAAGCGAAGTTTCAGAGTTCGCGATTCTTTTTGGCAATGAGCTGGATGCAGAGGTATTATCGATGTCTATGGATCTTTATGTTGCTCGGGCCATGATCACTAAAGCATCTCTTGCTTTCAAGGGATCACTTGATATTACAGAAAACCAGCTATCATCTCTAAAAAAGTTTCATGTGAGGTTAATGAGTATCGTGTTGGATGTTGATGTTGAACCCTCCACGACACCATGGGATCCTGCAAAGGCCTACCTGTTTGTCCCTGTTACTGACAATACGTCTATGGAACCCATAAAAGGGATCAACTGGGAATTGGTTGAAAAGATTACGAAAACCACAGCGTGGGACAACCCTCTTCAGAGAGCTCGTCCCGATGTATATCTCGGGACTAATGAGAGAACTCTTGGTGGGGACAGAAGGGAATATGGGTTTGGTAAACTTCGTCACAACATTGTATTTGGGCAGAAATCTCACCCAACTTATGGTATTAGAGGAGCTGTTGCATCCTTCGATGTTGTGAGAGCTTCTGGATTGTTACCTGTGAGAGATGCTTTTGAGAAGGAAGTAGAAGAGGATTTATCAAAAGGAAAATTGATGATGGCTGATGGGTGCATGGTTGCAGAAGATCTTATTGGGAAAATAGTGACAGCCGCACATTCCGGGAAGCGGTTTTACGTAGATTCAATTTGTTATGACATGAGTGCAGAAACATCTTTCCCTAGGAAAGAGGGATATCTTGGTCCCCTAGAGTACAACACGTACGCTGACTATTACAAGCAAAAGTATGGAGTTGATTTGAACTGTAAGCAACAACCTTTGATTAAAGGACGTGGTGTTTCGTATTGCAAGAACCTTCTTTCTCCTCGGTTTGAACAGTCAGGTGAATCTGAGACAGTCCTTGATAAGACATATTACGTGTTTCTTCCACCTGAACTATGCGTTGTGCATCCGCTTTCGGGTTCACTTATCCGAGGTGCTCAGAGGTTACCCTCTATAATGAGAAGAGTTGAGAGCATGTTACTCGCTGTTCAACTCAAAAATTTGATTAGTTATCCTATTCCCACATCAAAGATTCTTGAAGCCTTGACTGCCGCCTCGTGCCAGGAAACGTTCTGCTACGAGAGAGCTGAGCTTTTAGGAGATGCGTATCTAAAATGGGTTGTTAGTCGTTTTCTGTTTCTCAAGTATCCTCAAAAGCACGAGGGTCAGCTTACAAGGATGAGGCAACAAATGGTTAGTAATATGGTTCTTTATCAGTTTGCTCTGGTTAAAGGGCTTCAGTCATATATCCAGGCGGATCGATTCGCCCCGTCTAGGTGGTCTGCTCCTGGTGTGCCTCCGGTTTTCGACGAGGACACAAAAGATGGAGGATCTTCGTTTTTCGATGAAGAGCAAAAACCTGTTTCCGAGGAAAACAGCGATGTGTTTGAAGATGGGGAGATGGAGGATGGTGAACTAGAGGGTGATTTGAGTTCGTACCGAGTTTTATCTAGCAAAACGTTAGCTGATGTTGTTGAGGCTTTGATTGGTGTTTATTACGTCGAAGGGGGTAAGATTGCAGCTAATCATTTGATGAAATGGATTGGGATTCACGTGGAGGATGATCCTGATGAAGTCGATGGAACATTGAAAAATGTTAATGTTCCAGAGAGTGTGCTCAAGAGCATCGACTTTGTTGGTCTTGAGAGAGCTCTTAAATATGAGTTTAAAGAGAAAGGTCTTCTTGTTGAAGCTATAACACATGCTTCAAGACCATCTTCAGGTGTTTCGTGTTACCAGAGATTGGAATTTGTTGGTGACGCGGTCTTGGATCATCTCATCACAAGACATCTATTTTTCACATACACAAGCCTTCCTCCTGGTCGGTTAACAGATCTTCGAGCTGCAGCGGTTAACAACGAGAATTTTGCTCGCGTTGCGGTTAAACATAAACTCCACTTGTACCTTCGTCACGGTTCAAGCGCCCTCGAAAAACAGATTCGGGAATTTGTGAAGGAGGTTCAAACCGAGTCATCGAAACCGGGGTTTAACTCTTTTGGTTTGGGAGACTGCAAAGCACCAAAAGTTCTTGGAGACATTGTTGAATCTATTGCAGGTGCTATTTTTCTTGATAGTGGAAAAGATACAACTGCTGCTTGGAAGGTTTTTCAACCTTTGCTTCAGCCCATGGTGACACCAGAGACACTTCCAATGCATCCGGTGCGAGAGCTACAAGAGCGGTGCCAGCAACAAGCAGAAGGGTTAGAATACAAAGCGAGTAGGAGTGGTAACACAGCGACTGTGGAAGTTTTCATCGACGGTGTTCAAGTTGGAGTAGCGCAAAACCCGCAGAAGAAAATGGCTCAAAAGCTAGCTGCGAGGAACGCACTTGCAGCTTTGAAAGAGAAAGAAATAGCAGAATCAAAGGAGAAGCATATCAACAACGGTAATGCGGGAGAGGATCAAGGCGAGAATGAGAATGGGAACAAGAAGAATGGGCATCAGCCGTTTACGAGACAAACGTTGAATGATATTTGTTTGAGGAAGAATTGGCCAATGCCTTCTTACAGATGTGTGAAAGAAGGAGGACCGGCTCATGCAAAGAGATTTACGTTTGGGGTAAGAGTTAATACGAGCGATAGAGGATGGACCGATGAGTGTATTGGCGAGCCAATGCCGAGTGTTAAGAAAGCTAAGGATTCAGCTGCGGTTCTTCTACTTGAGCTTTTAAATAAAACTTTTTCTTGA

Protein Sequence

>AT1G01040.1
MVMEDEPREATIKPSYWLDACEDISCDLIDDLVSEFDPSSVAVNESTDENGVINDFFGGIDHILDSIKNGGGLPNNGVSDTNSQINEVTVTPQVIAKETVKENGLQKNGGKRDEFSKEEGDKDRKRARVCSYQSERSNLSGRGHVNNSREGDRFMNRKRTRNWDEAGNNKKKRECNNYRRDGRDREVRGYWERDKVGSNELVYRSGTWEADHERDVKKVSGGNRECDVKAEENKSKPEERKEKVVEEQARRYQLDVLEQAKAKNTIAFLETGAGKTLIAILLIKSVHKDLMSQNRKMLSVFLVPKVPLVYQQAEVIRNQTCFQVGHYCGEMGQDFWDSRRWQREFESKQVLVMTAQILLNILRHSIIRMETIDLLILDECHHAVKKHPYSLVMSEFYHTTPKDKRPAIFGMTASPVNLKGVSSQVDCAIKIRNLETKLDSTVCTIKDRKELEKHVPMPSEIVVEYDKAATMWSLHETIKQMIAAVEEAAQASSRKSKWQFMGARDAGAKDELRQVYGVSERTESDGAANLIHKLRAINYTLAELGQWCAYKVGQSFLSALQSDERVNFQVDVKFQESYLSEVVSLLQCELLEGAAAEKVAAEVGKPENGNAHDEMEEGELPDDPVVSGGEHVDEVIGAAVADGKVTPKVQSLIKLLLKYQHTADFRAIVFVERVVAALVLPKVFAELPSLSFIRCASMIGHNNSQEMKSSQMQDTISKFRDGHVTLLVATSVAEEGLDIRQCNVVMRFDLAKTVLAYIQSRGRARKPGSDYILMVERGNVSHAAFLRNARNSEETLRKEAIERTDLSHLKDTSRLISIDAVPGTVYKVEATGAMVSLNSAVGLVHFYCSQLPGDRYAILRPEFSMEKHEKPGGHTEYSCRLQLPCNAPFEILEGPVCSSMRLAQQAVCLAACKKLHEMGAFTDMLLPDKGSGQDAEKADQDDEGEPVPGTARHREFYPEGVADVLKGEWVSSGKEVCESSKLFHLYMYNVRCVDFGSSKDPFLSEVSEFAILFGNELDAEVLSMSMDLYVARAMITKASLAFKGSLDITENQLSSLKKFHVRLMSIVLDVDVEPSTTPWDPAKAYLFVPVTDNTSMEPIKGINWELVEKITKTTAWDNPLQRARPDVYLGTNERTLGGDRREYGFGKLRHNIVFGQKSHPTYGIRGAVASFDVVRASGLLPVRDAFEKEVEEDLSKGKLMMADGCMVAEDLIGKIVTAAHSGKRFYVDSICYDMSAETSFPRKEGYLGPLEYNTYADYYKQKYGVDLNCKQQPLIKGRGVSYCKNLLSPRFEQSGESETVLDKTYYVFLPPELCVVHPLSGSLIRGAQRLPSIMRRVESMLLAVQLKNLISYPIPTSKILEALTAASCQETFCYERAELLGDAYLKWVVSRFLFLKYPQKHEGQLTRMRQQMVSNMVLYQFALVKGLQSYIQADRFAPSRWSAPGVPPVFDEDTKDGGSSFFDEEQKPVSEENSDVFEDGEMEDGELEGDLSSYRVLSSKTLADVVEALIGVYYVEGGKIAANHLMKWIGIHVEDDPDEVDGTLKNVNVPESVLKSIDFVGLERALKYEFKEKGLLVEAITHASRPSSGVSCYQRLEFVGDAVLDHLITRHLFFTYTSLPPGRLTDLRAAAVNNENFARVAVKHKLHLYLRHGSSALEKQIREFVKEVQTESSKPGFNSFGLGDCKAPKVLGDIVESIAGAIFLDSGKDTTAAWKVFQPLLQPMVTPETLPMHPVRELQERCQQQAEGLEYKASRSGNTATVEVFIDGVQVGVAQNPQKKMAQKLAARNALAALKEKEIAESKEKHINNGNAGEDQGENENGNKKNGHQPFTRQTLNDICLRKNWPMPSYRCVKEGGPAHAKRFTFGVRVNTSDRGWTDECIGEPMPSVKKAKDSAAVLLLELLNKTFS
>AT1G01040.2
MVMEDEPREATIKPSYWLDACEDISCDLIDDLVSEFDPSSVAVNESTDENGVINDFFGGIDHILDSIKNGGGLPNNGVSDTNSQINEVTVTPQVIAKETVKENGLQKNGGKRDEFSKEEGDKDRKRARVCSYQSERSNLSGRGHVNNSREGDRFMNRKRTRNWDEAGNNKKKRECNNYRRDGRDREVRGYWERDKVGSNELVYRSGTWEADHERDVKKVSGGNRECDVKAEENKSKPEERKEKVVEEQARRYQLDVLEQAKAKNTIAFLETGAGKTLIAILLIKSVHKDLMSQNRKMLSVFLVPKVPLVYQQAEVIRNQTCFQVGHYCGEMGQDFWDSRRWQREFESKQVLVMTAQILLNILRHSIIRMETIDLLILDECHHAVKKHPYSLVMSEFYHTTPKDKRPAIFGMTASPVNLKGVSSQVDCAIKIRNLETKLDSTVCTIKDRKELEKHVPMPSEIVVEYDKAATMWSLHETIKQMIAAVEEAAQASSRKSKWQFMGARDAGAKDELRQVYGVSERTESDGAANLIHKLRAINYTLAELGQWCAYKVGQSFLSALQSDERVNFQVDVKFQESYLSEVVSLLQCELLEGAAAEKVAAEVGKPENGNAHDEMEEGELPDDPVVSGGEHVDEVIGAAVADGKVTPKVQSLIKLLLKYQHTADFRAIVFVERVVAALVLPKVFAELPSLSFIRCASMIGHNNSQEMKSSQMQDTISKFRDGHVTLLVATSVAEEGLDIRQCNVVMRFDLAKTVLAYIQSRGRARKPGSDYILMVERGNVSHAAFLRNARNSEETLRKEAIERTDLSHLKDTSRLISIDAVPGTVYKVEATGAMVSLNSAVGLVHFYCSQLPGDRYAILRPEFSMEKHEKPGGHTEYSCRLQLPCNAPFEILEGPVCSSMRLAQQAVCLAACKKLHEMGAFTDMLLPDKGSGQDAEKADQDDEGEPVPGTARHREFYPEGVADVLKGEWVSSGKEVCESSKLFHLYMYNVRCVDFGSSKDPFLSEVSEFAILFGNELDAEVLSMSMDLYVARAMITKASLAFKGSLDITENQLSSLKKFHVRLMSIVLDVDVEPSTTPWDPAKAYLFVPVTDNTSMEPIKGINWELVEKITKTTAWDNPLQRARPDVYLGTNERTLGGDRREYGFGKLRHNIVFGQKSHPTYGIRGAVASFDVVRASGLLPVRDAFEKEVEEDLSKGKLMMADGCMVAEDLIGKIVTAAHSGKRFYVDSICYDMSAETSFPRKEGYLGPLEYNTYADYYKQKYGVDLNCKQQPLIKGRGVSYCKNLLSPRFEQSGESETVLDKTYYVFLPPELCVVHPLSGSLIRGAQRLPSIMRRVESMLLAVQLKNLISYPIPTSKILEALTAASCQETFCYERAELLGDAYLKWVVSRFLFLKYPQKHEGQLTRMRQQMVSNMVLYQFALVKGLQSYIQADRFAPSRWSAPGVPPVFDEDTKDGGSSFFDEEQKPVSEENSDVFEDGEMEDGELEGDLSSYRVLSSKTLADVVEALIGVYYVEGGKIAANHLMKWIGIHVEDDPDEVDGTLKNVNVPESVLKSIDFVGLERALKYEFKEKGLLVEAITHASRPSSGVSCYQRLEFVGDAVLDHLITRHLFFTYTSLPPGRLTDLRAAAVNNENFARVAVKHKLHLYLRHGSSALEKQIREFVKEVQTESSKPGFNSFGLGDCKAPKVLGDIVESIAGAIFLDSGKDTTAAWKVFQPLLQPMVTPETLPMHPVRELQERCQQQAEGLEYKASRSGNTATVEVFIDGVQVGVAQNPQKKMAQKLAARNALAALKEKEIAESKEKHINNGNAGEDQGENENGNKKNGHQPFTRQTLNDICLRKNWPMPSYRCVKEGGPAHAKRFTFGVRVNTSDRGWTDECIGEPMPSVKKAKDSAAVLLLELLNKTFS