AT5G20490

Gene Details

Gene ID: AT5G20490
Gene Symbol: ATXIK, XI-17, XI-K, XIK
Gene Name: MYOSIN XI K, MYOSIN XI-17
Description: myosin family protein with Dil;(source:Araport11)
TAIR Accession:
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0009001 — fruit — frucht (exact, German), fruto (exact, Spanish), 果実 (exact, Japanese), coenocarp (narrow), syncarp (narrow), aggregate fruit (broad), compound fruit (broad), dehiscent fruit (broad), diaspore (broad), indehiscent fruit (broad), multiple fruit (broad), propagule (broad)
PO:0009005 — root — raíz (Spanish, exact), radices (exact, plural), radix (exact), 根 (Japanese, exact), aerial root (narrow), climbing root (narrow)
PO:0009025 — vascular leaf — foliage leaf (exact), hoja vascular (Spanish, exact), leaf, vascular (exact), vascular leaves (exact, plural), 維管束のある葉, または維管束植物の葉 (Japanese, exact), crozier (related), macrophyll (related), megaphyll (related), ascidia (narrow), ascidium (narrow), fiddlehead (narrow), frond (narrow), needle-like leaf (narrow), pitcher (narrow), pitcher blade (narrow), pitcher-blade (narrow), scale-like leaf (narrow), sterile frond (narrow), trophophyll (narrow)
PO:0009046 — flower — flor (Spanish, exact), 花 (Japanese, exact), floret (related), Asteraceae floret (narrow), basal flower (narrow), double flower (narrow), hermaphrodite flower (narrow), monoclinous flower (narrow), perfect flower (narrow)
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)

3KO — Short hypocotyls when grown in dark in the absence of sucrose. Only partially rescued by addition of 15mM sucrose.
SALK_067972C — The xik-2 mutant has normal root growth, but its root hairs are only 50% of the length of wild type root hairs, and they have a hooked shape when grown on media with sugar. The stem trichomes are crooked and wavy and often have abnormally elongated stalks. The trichomes on the leaves also have size and shape irregularities. But, the total number of trichomes is the same for mutants and wild-type plants.
SALK_067972C — There are no obvious defects in the aerial tissues of xi-k mutant plants grown under normal conditions. The root length of the mutant is also normal, but, it has shorter roots hairs than wild-type plants. There are decreased rates of movement of Golgi stacks, peroxisomes, and mitochondria in root hairs and leaves.
SALK_136682C — The xik-1 mutant has normal root growth, but its root hairs are only 49% of the length of wild type root hairs, and they have a hooked shape when grown on media with sugar. The stem trichomes are crooked and wavy and often have abnormally elongated stalks. The trichomes on the leaves also have size and shape irregularities. But, the total number of trichomes is the same for mutants and wild-type plants.
WiscDsLox417C12 (HOMOZYGOUS) — There are no obvious defects in the aerial tissues of xi-k mutant plants grown under normal conditions. The root length of the mutant is also normal, but, it has shorter roots hairs than wild-type plants.
xi-k / xi-1 — The xi-k / xi-1 double mutant plants are shorter and have smaller rosettes than wild type plants. Their reduced leaf size results from decreased cell size and decreased cell number. These double mutants produce fewer seeds per silique than wild type plants. In the leaf epidermis, Golgi stacks, peroxisomes, and mitochondria move more slowly in these mutant cells than in wild-type cells. Root hair length is reduced to ~35% of the wild type root hair length in these double mutants, but their root hair density is very similar to the wild type density.
xi-k / xi-2 — The overall growth of the xi-k / xi-2 double mutant is normal. In the leaf epidermis, Golgi stacks, peroxisomes, and mitochondria move more slowly in these mutant cells than in wild-type cells. Root hair length is reduced to ~20% of the wild type root hair length in these double mutants, but their root hair density is very similar to the wild type density.
xik-3 — The xik-3 mutant has normal root growth, but its root hairs are only 77% of the length of wild type root hairs, and they have a hooked shape when grown on media with sugar. The stem trichomes are crooked and wavy and often have abnormally elongated stalks. The trichomes on the leaves also have size and shape irregularities. But, the total number of trichomes is the same for mutants and wild-type plants.

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT5G20490.2
AAATAATAATTAAGAAAAAAAAGTGTTAGAGAGAGAAAGACACACAGCTCAAAAGAGAACATTGTTGTTGCTCGAGGAGAGAGAAAAACAAAAAAAAAAGCCATTAGAGAACGTCGTCTGCAAAGAAAGAAGAAGGCCAAGTCTAGCTTTCTTTCATTCTGCTTCTTCAACAATCAATCAGCTTTCTTGAGAGAGATTAAAAAATTCATTCAGATTCAGCTTTTTGAAAAGAATTTTGGCTCCGTTAATTCCGATCTCCCGATTTCTCCGTGTCTGCTTTGAGCTGACTTCAAGGAGAATTTTTCTCAGACACACCAACTCGAGAGAATCTGCCCGATCTGACTCGTCTTGTTGCCTGACTCGCTGAGTCAGCTTTCTGCAAAATCGGTCTCTCTTGGATGAGTTAACTGGGAAAAAGAGAGAGGATCTATTGGAAAAAAAGGAGTAGCCATGGTTGGCCCAGTCAATATAATAGTTGGTTCTCATGTTTGGATTGAAGATCCTGGAGCGGCATGGATTGATGGTGAAGTTGTCAAAATTAATGGCGAAGAAGTTCATGCACATACCACAAATGGGAAGACCGTTGTGGCCAATATCGCAAACGTATTTCCAAAGGATACAGAGGCTCCCCCTGGGGGTGTTGATGACATGACAAAGCTCTCATATTTACATGAACCAGGTGTTTTGAATAACTTGGCCATGAGATATGAGTTGAACGAAATTTATACATATACTGGTAACATCTTGATTGCTGTAAATCCGTTTCAAAGGTTACCACATCTCTATGATACTCATATGATGGAGCAGTACAAAGGAGCAGGCTTTGGGGAACTAAGCCCCCATGTGTTTGCCATTGCAGAAGTTGCTTACAGGGCAATGATAAATGAGGGCAAGAGCAACTCAATTCTGGTAAGTGGGGAAAGTGGTGCTGGTAAGACTGAGACAACAAAGATGCTTATGCGCTACCTTGCTTACCTTGGTGGTCGATCCGGCGTTGAAGGAAGGACAGTGGAACAGCAAGTTCTGGAGTCAAATCCAGTTCTTGAAGCTTTTGGCAACGCTAAAACTCTCAGGAATAACAACTCCAGTCGATTTGGAAAGTTTGTCGAGCTTCAGTTTGACAACTGTGGGAGAATATCTGGAGCAGCTGTGCGAACATATTTGTTGGAAAGGTCTCGAGTGTGTCAAATATCAGATCCTGAAAGAAATTACCACTGCTTTTACCTTTTATGTGCTGCCCCACCTGAGGAAAGAGAAAAGTTCAAGTTGGGAGATCCTAAGTTATTCCACTACCTAAATCAATCGAAGTGCTATAAACTGGATGGAGTGGATGACACCGAGGAGTATCTTGCTACCCGACGAGCTATGGATATTGTTGGCATCAGTGAAGAGGAACAGGATGCAATATTTAGAGTTGTTGCTGCAATCCTTCATCTAGGTAATGTCAATTTTGCAAAAGGAAAAGAGATTGACTCCTCAGTTTTGAAGGATGAGAAATCAAGATATCATCTTGATGTATGTGCTGAACTTCTTAGGTGTGATGCAAAGAAAATGGAAGATGCATTGATAAAACGTGTAATGGTGACACCAGAAGAGGTTATTACAAGAACACTTGATCCTGATTCAGCCACGGGTAGCAGGGATGCGTTAGCAAAAACTATCTATTCACGCTTGTTTGATTGGCTTGTTGACAAAATTAACAATTCCATCGGGCAAGATCCGAATTCTAAGACAATTATTGGTGTTCTTGATATCTATGGGTTTGAAAGCTTTAAGATCAACAGCTTTGAGCAGTTTTGCATCAATTTTACCAATGAAAAGCTGCAACAACATTTCAACCAGCACGTCTTCAAAATGGAACAAGAAGATTATACTAAAGAAGAGATCAACTGGAGTTACATAGAATTTGTTGATAACAAGGATGTCTTGGAGCTCATTGAGAAGAAACCTGGAGGAGTCATTGCACTTCTAGATGAGGCATGTATGTTTCCGAAGTCGACACATGAAACATTTGCTCAGAAGCTGTATCAAACGTTCAAAAACTATAAGCGGTTCACCAAACCAAAGCTATCTCGGACCAGCTTTGCAATATCGCATTATGCTGGAGAGGTAACATATCAGGCTGACTTGTTCCTTGATAAGAATAAAGATTACGTGGTGGCAGAACATCAGGATCTTTTGATTGCTTCCAGTGATACTTTTGTAGCTGGTCTATTTCCTCGCCTACCAGAAGAAACATCAAGTAAAACCAAATTTTCTTCCATCGGGTCACGCTTTAAGCTTCAACTTCAATCTTTGATGGAGACACTGAGTTCAACAGAACCTCACTATATCAGATGTGTGAAGCCAAATAATGTACTTAAGCCTGCTATCTTCGAGAATGTGAACGTAATTCAACAATTACGGTGTGGTGGTGTTCTGGAAGCTATTAGAATCAGCTGTGCAGGTTATCCTACAAAGCGGACGTTTTATGAGTTTCTCAATCGTTTTGGTGTACTTGCTCCAGAAGTTCTGGAAGGAAATTATGATGACAAAGTTGCATGCAAAATGCTTCTGGATAAGATAGGCTTAAAGGGTTATGAATTAGGGAAAACAAAAGTATTCCTTAGGGCTGGGCAGATGGCTGAGTTGGATGCAAGAAGAGCTGAGGTTCTCGGAAATGCAGCTAGGAGAATTCAAAGGCAAAGCCGTACTTTTATTGCGTGCAAAGAATTCCGTGCTCTACGAGGAGCTGCTATCGTGTTACAGTCTAACTGCCGAGGCAAATTGGCATGCAACCTTTATGAGGAAATGCGACGCCAGGCAGCAGCGGTGAAGATTCAGAAGATTTTCAGAAGACATATTGCCAGAGAATCTTATTTAAGAATTAGACATTCAACAATAACAGTTCAAACAGCGCTAAGGGGAATGGTTGCTCGCAATGAGTTCAGGTTTAGAAAGCAAATGAAGGCTGCTACTATTATCCAGGCTCGTCTTCGAAGTCATCTCACACATTCTTACTACAAGCAACTCCAGAAAGCTGCCCTTTCTACACAATGTGGCTGGAGGAGCAGGGTTGCACGAAAAGAATTGAGGACACTTAAGATGGCCGCACGAGACACAGGAGCCCTTAGAGAGGCGAAAGACAAACTTGAAAAGCGTGTTGAGGAATTAACATGGCGTTTACAACTAGAAAAGCGACAGAGAACCGAGCTGGAAGAAGCAAAAACCCAAGAATACGCAAAACAACAGGAGGCTTTAGAGACAATGCGGTTGCAAGTTGAAGAAGCAAACGCTGCTGTAATTAGAGAGCGGGAGGCTGCAAGGAAAGCTATTGAAGAAGCACCTCCAGTCATTAAGGAGACTCCCGTATTGGTTGAGGATACTGAAAAAATCAATTCATTAACATCAGAGGTGGAAGCTCTAAAGGCTTCGCTTCAGGCTGAACGACAAGCCGCAGAAAATTTGAGAAAAGCTTTCTCTGAGGCAGAAGCTAGAAATTCCGAGCTGGCGACAGAGCTTGAAAATGCTACAAGAAAAGCAGATCAGCTTCATGAATCAGTACAAAGACTAGAAGAGAAGCTTTCGAATTCAGAGTCAGAGATTCAAGTACTCCGTCAACAGGCACTTGCTATTTCGCCAACCAGCAGAACTATGGCCACACGATCAAAAACAATGCTTTTACCGAGAACTCCAGAGAATGGAAATTATCTTAATGGAGGAACAAAGACTACACCGGACATGACTCTTGCTGTACGGGAACCAGAGTCTGAGGAGAAACCACAGAAACATCTGAATGAAAAGCAACAGGAAAACCAGGATTTACTAGTCAAGTGTATTTCACAAAATCTTGGATACAATGGAGACAAGCCTGTTGCTGCATGTGTCATATACAAATGTCTTCTTCACTGGAGATCATTTGAAGTGGAAAGAACTAGCGTCTTTGACCGTATCATTCAAACAATAGCTACAGCCATTGAAGTGCCAGATAACAATGAGGTTTTGGCGTATTGGTTATCTAATTCGGCCACCTTATTATTGCTTCTGCAACGCACACTCAAAGCAACTGGAGCAGCTAGTTTAACACCGCAGAGGCGAAGAACAACATCAGCATCCCTTTTTGGAAGGATGTCACAAGGATTAAGGGGATCTCCTCAAAGTGCTGGACTCTCTTTTCTGAATAGACAAGGGCTCACCAAGCTTGACGACTTGAGGCAAGTTGAAGCAAAGTACCCCGCACTACTTTTCAAGCAGCAGCTTACTGCATTCCTCGAGAAGATATATGGAATGATCAGAGATAACCTAAAGAAAGAGATCTCTCCTCTTCTTGGCTTATGTATACAGGCACCAAGGACATCAAGGGCAAGTTTGGTGAAAGGAAGAGCACAAGCAAATGCTGTTGCTCAACAAGCTCTGATTGCACATTGGCAAAGTATCAGAAAAAGCCTAAACAGTTACTTGAATTTAATGAAAGCAAACAATGCTCCACCCTTCTTAGTCCGCAAAGTATTCACACAAATATTCTCCTTCATCAACGTTCAGCTTTTCAACAGTCTTCTTCTACGTCGTGAGTGTTGCTCATTCAGCAATGGGGAGTACGTTAAAGCTGGTTTGGCTGAATTAGAGCAGTGGTGTATAGAGGCTACCGATGAATATGCTGGCTCAGCTTGGGATGAGTTGAGGCATATCAGGCAGGCTGTTGGCTTCTTGGTTATTCATCAAAAGCCAAAAAAGACCTTAGACGAAATTACAAGAGAACTCTGTCCGGTGCTAAGTATACAACAGCTATACAGAATCAGCACAATGTACTGGGATGACAAATATGGCACCCATAGTGTTTCTTCAGATGTTATTGCAAACATGAGGGTTATGATGACAGAGGACTCGAACAATGCCGTAAGCAGCTCCTTCCTTTTGGACGATGACTCGAGCATTCCATTCACGGTGGAGGATATATCAAAGTCCATGCAACAAGTGGATGTAAATGACATTGAACCTCCTCAACTAATCCGTGAAAACTCGGGTTTCGGATTCTTGCTCACACGTAAAGAAGGCAGTACATCGTAACTGCCCTCGGAGAACTCGGTATGGTCCATCAAATACGATTGCATCTACCGCATATACATAAATACATCGTGTGAGCCGCTGCATTCCTATGGGCATTTTGTGTATATTATCTTCTTTTCGGTTTCCATTCTTTCTTCTTCTTTGTTTTGGGGTTCAGTCTCCGGCCTTTGTATTTGTGGAGAGGCCGAGTTTATTTCATTCTTTGCATCCCTGTGTAGTTATGGAAACTCACAGGGGTTATTTGTTTGCCATTTTGGTTTTGTCATAGAATGGCTTTAGGTGTGTTTGATGCTGTCCTGCCCAGAGAGGGGAGGAGAGTATTGTTTTAGTCAATTACTTATTTGTTGGTTTGGGCGAGTTCTTATACTCGTTTTGGGAAATTGTAATGAATGAACTAGAATTTGTTTTCACTATTTATATAGGTTGCACATCTTATATTTTTCATGTGTTTCTTAAAGAGACTTTTTTGTTGTTGTATTGAATGTTTCTAGAAGTAGTCCAGAATACAATAACAGAGCAATGTCCAATCGCAGAACTGAAACGAAACA
>AT5G20490.1
AAATAATAATTAAGAAAAAAAAGTGTTAGAGAGAGAAAGACACACAGCTCAAAAGAGAACATTGTTGTTGCTCGAGGAGAGAGAAAAACAAAAAAAAAAGCCATTAGAGAACGTCGTCTGCAAAGAAAGAAGAAGGCCAAGTCTAGCTTTCTTTCATTCTGCTTCTTCAACAATCAATCAGCTTTCTTGAGAGAGATTAAAAAATTCATTCAGATTCAGCTTTTTGAAAAGAATTTTGGCTCCGTTAATTCCGATCTCCCGATTTCTCCGTGTCTGCTTTGAGCTGACTTCAAGGAGAATTTTTCTCAGACACACCAACTCGAGAGAATCTGCCCGATCTGACTCGTCTTGTTGCCTGACTCGCTGAGTCAGCTTTCTGCAAAATCGGTCTCTCTTGGATGAGTTAACTGGGAAAAAGAGAGAGGATCTATTGGAAAAAAAGGAGTAGCCATGGTTGGCCCAGTCAATATAATAGTTGGTTCTCATGTTTGGATTGAAGATCCTGGAGCGGCATGGATTGATGGTGAAGTTGTCAAAATTAATGGCGAAGAAGTTCATGCACATACCACAAATGGGAAGACCGTTGTGGCCAATATCGCAAACGTATTTCCAAAGGATACAGAGGCTCCCCCTGGGGGTGTTGATGACATGACAAAGCTCTCATATTTACATGAACCAGGTGTTTTGAATAACTTGGCCATGAGATATGAGTTGAACGAAATTTATACATATACTGGTAACATCTTGATTGCTGTAAATCCGTTTCAAAGGTTACCACATCTCTATGATACTCATATGATGGAGCAGTACAAAGGAGCAGGCTTTGGGGAACTAAGCCCCCATGTGTTTGCCATTGCAGAAGTTGCTTACAGGGCAATGATAAATGAGGGCAAGAGCAACTCAATTCTGGTAAGTGGGGAAAGTGGTGCTGGTAAGACTGAGACAACAAAGATGCTTATGCGCTACCTTGCTTACCTTGGTGGTCGATCCGGCGTTGAAGGAAGGACAGTGGAACAGCAAGTTCTGGAGTCAAATCCAGTTCTTGAAGCTTTTGGCAACGCTAAAACTCTCAGGAATAACAACTCCAGTCGATTTGGAAAGTTTGTCGAGCTTCAGTTTGACAACTGTGGGAGAATATCTGGAGCAGCTGTGCGAACATATTTGTTGGAAAGGTCTCGAGTGTGTCAAATATCAGATCCTGAAAGAAATTACCACTGCTTTTACCTTTTATGTGCTGCCCCACCTGAGGAAAGAGAAAAGTTCAAGTTGGGAGATCCTAAGTTATTCCACTACCTAAATCAATCGAAGTGCTATAAACTGGATGGAGTGGATGACACCGAGGAGTATCTTGCTACCCGACGAGCTATGGATATTGTTGGCATCAGTGAAGAGGAACAGGATGCAATATTTAGAGTTGTTGCTGCAATCCTTCATCTAGGTAATGTCAATTTTGCAAAAGGAAAAGAGATTGACTCCTCAGTTTTGAAGGATGAGAAATCAAGATATCATCTTGATGTATGTGCTGAACTTCTTAGGTGTGATGCAAAGAAAATGGAAGATGCATTGATAAAACGTGTAATGGTGACACCAGAAGAGGTTATTACAAGAACACTTGATCCTGATTCAGCCACGGGTAGCAGGGATGCGTTAGCAAAAACTATCTATTCACGCTTGTTTGATTGGCTTGTTGACAAAATTAACAATTCCATCGGGCAAGATCCGAATTCTAAGACAATTATTGGTGTTCTTGATATCTATGGGTTTGAAAGCTTTAAGATCAACAGCTTTGAGCAGTTTTGCATCAATTTTACCAATGAAAAGCTGCAACAACATTTCAACCAGCACGTCTTCAAAATGGAACAAGAAGATTATACTAAAGAAGAGATCAACTGGAGTTACATAGAATTTGTTGATAACAAGGATGTCTTGGAGCTCATTGAGAAGAAACCTGGAGGAGTCATTGCACTTCTAGATGAGGCATGTATGTTTCCGAAGTCGACACATGAAACATTTGCTCAGAAGCTGTATCAAACGTTCAAAAACTATAAGCGGTTCACCAAACCAAAGCTATCTCGGACCAGCTTTGCAATATCGCATTATGCTGGAGAGGTAACATATCAGGCTGACTTGTTCCTTGATAAGAATAAAGATTACGTGGTGGCAGAACATCAGGATCTTTTGATTGCTTCCAGTGATACTTTTGTAGCTGGTCTATTTCCTCGCCTACCAGAAGAAACATCAAGTAAAACCAAATTTTCTTCCATCGGGTCACGCTTTAAGCTTCAACTTCAATCTTTGATGGAGACACTGAGTTCAACAGAACCTCACTATATCAGATGTGTGAAGCCAAATAATGTACTTAAGCCTGCTATCTTCGAGAATGTGAACGTAATTCAACAATTACGGTGTGGTGGTGTTCTGGAAGCTATTAGAATCAGCTGTGCAGGTTATCCTACAAAGCGGACGTTTTATGAGTTTCTCAATCGTTTTGGTGTACTTGCTCCAGAAGTTCTGGAAGGAAATTATGATGACAAAGTTGCATGCAAAATGCTTCTGGATAAGATAGGCTTAAAGGGTTATGAATTAGGGAAAACAAAAGTATTCCTTAGGGCTGGGCAGATGGCTGAGTTGGATGCAAGAAGAGCTGAGGTTCTCGGAAATGCAGCTAGGAGAATTCAAAGGCAAAGCCGTACTTTTATTGCGTGCAAAGAATTCCGTGCTCTACGAGGAGCTGCTATCGTGTTACAGTCTAACTGCCGAGGCAAATTGGCATGCAACCTTTATGAGGAAATGCGACGCCAGGCAGCAGCGGTGAAGATTCAGAAGATTTTCAGAAGACATATTGCCAGAGAATCTTATTTAAGAATTAGACATTCAACAATAACAGTTCAAACAGCGCTAAGGGGAATGGTTGCTCGCAATGAGTTCAGGTTTAGAAAGCAAATGAAGGCTGCTACTATTATCCAGGCTCGTCTTCGAAGTCATCTCACACATTCTTACTACAAGCAACTCCAGAAAGCTGCCCTTTCTACACAATGTGGCTGGAGGAGCAGGGTTGCACGAAAAGAATTGAGGACACTTAAGATGGCCGCACGAGACACAGGAGCCCTTAGAGAGGCGAAAGACAAACTTGAAAAGCGTGTTGAGGAATTAACATGGCGTTTACAACTAGAAAAGCGACAGAGAACCGAGCTGGAAGAAGCAAAAACCCAAGAATACGCAAAACAACAGGAGGCTTTAGAGACAATGCGGTTGCAAGTTGAAGAAGCAAACGCTGCTGTAATTAGAGAGCGGGAGGCTGCAAGGAAAGCTATTGAAGAAGCACCTCCAGTCATTAAGGAGACTCCCGTATTGGTTGAGGATACTGAAAAAATCAATTCATTAACATCAGAGGTGGAAGCTCTAAAGGCTTCGCTTCAGGCTGAACGACAAGCCGCAGAAAATTTGAGAAAAGCTTTCTCTGAGGCAGAAGCTAGAAATTCCGAGCTGGCGACAGAGCTTGAAAATGCTACAAGAAAAGCAGATCAGCTTCATGAATCAGTACAAAGACTAGAAGAGAAGCTTTCGAATTCAGAGTCAGAGATTCAAGTACTCCGTCAACAGGCACTTGCTATTTCGCCAACCAGCAGAACTATGGCCACACGATCAAAAACAATGCTTTTACCGAGAACTCCAGAGAATGGAAATTATCTTAATGGAGGAACAAAGACTACACCGGACATGACTCTTGCTGTACGGGAACCAGAGTCTGAGGAGAAACCACAGAAACATCTGAATGAAAAGCAACAGGAAAACCAGGATTTACTAGTCAAGTGTATTTCACAAAATCTTGGATACAATGGAGACAAGCCTGTTGCTGCATGTGTCATATACAAATGTCTTCTTCACTGGAGATCATTTGAAGTGGAAAGAACTAGCGTCTTTGACCGTATCATTCAAACAATAGCTACAGCCATTGAAGTGCCAGATAACAATGAGGTTTTGGCGTATTGGTTATCTAATTCGGCCACCTTATTATTGCTTCTGCAACGCACACTCAAAGCAACTGGAGCAGCTAGTTTAACACCGCAGAGGCGAAGAACAACATCAGCATCCCTTTTTGGAAGGATGTCACAAGGATTAAGGGGATCTCCTCAAAGTGCTGGACTCTCTTTTCTGAATAGACAAGGGCTCACCAAGCTTGACGACTTGAGGCAAGTTGAAGCAAAGTACCCCGCACTACTTTTCAAGCAGCAGCTTACTGCATTCCTCGAGAAGATATATGGAATGATCAGAGATAACCTAAAGAAAGAGATCTCTCCTCTTCTTGGCTTATGTATACAGGCACCAAGGACATCAAGGGCAAGTTTGGTGAAAGGAAGAGCACAAGCAAATGCTGTTGCTCAACAAGCTCTGATTGCACATTGGCAAAGTATCAGAAAAAGCCTAAACAGTTACTTGAATTTAATGAAAGCAAACAATGCTCCACCCTTCTTAGTCCGCAAAGTATTCACACAAATATTCTCCTTCATCAACGTTCAGCTTTTCAACAGTCTTCTTCTACGTCGTGAGTGTTGCTCATTCAGCAATGGGGAGTACGTTAAAGCTGGTTTGGCTGAATTAGAGCAGTGGTGTATAGAGGCTACCGATGAATATGCTGGCTCAGCTTGGGATGAGTTGAGGCATATCAGGCAGGCTGTTGGCTTCTTGGTTATTCATCAAAAGCCAAAAAAGACCTTAGACGAAATTACAAGAGAACTCTGTCCGGTGCTAAGTATACAACAGCTATACAGAATCAGCACAATGTACTGGGATGACAAATATGGCACCCATAGTGTTTCTTCAGATGTTATTGCAAACATGAGGGTTATGATGACAGAGGACTCGAACAATGCCGTAAGCAGCTCCTTCCTTTTGGACGATGACTCGAGCATTCCATTCACGGTGGAGGATATATCAAAGTCCATGCAACAAGTGGATGTAAATGACATTGAACCTCCTCAACTAATCCGTGAAAACTCGGGTTTCGGATTCTTGCTCACACGTAAAGAAGGCAGTACATCGTAACTGCCCTCGGAGAACTCGGTATGGTCCATCAAATACGATTGCATCTACCGCATATACATAAATACATCGTGTGAGCCGCTGCATTCCTATGGGCATTTTGTGTATATTATCTTCTTTTCGGTTTCCATTCTTTCTTCTTCTTTGTTTTGGGGTTCAGTCTCCGGCCTTTGTATTTGTGGAGAGGCCGAGTTTATTTCATTCTTTGCATCCCTGTGTAGTTATGGAAACTCACAGGGGTTATTTGTTTGCCATTTTGGTTTTGTCATAGAATGGCTTTAGGTGTGTTTGATGCTGTCCTGCCCAGAGAGGGGAGGAGAGTATTGTTTTAGTCAATTACTTATTTGTTGGTTTGGGCGAGTTCTTATACTCGTTTTGGGAAATTGTAATGAATGAACTAGAATTTGTTTTCACTATTTATATAGGTTGCACATCTTATATTTTTCATGTGTTTCTTAAAGAGACTTTTTTGTTGTTGTATTGAATGTTTCTAGAAGTAGTCCAGAATACAATAACAGAGCAATGTCCAATCGCAGAACTGAAACGAAACA
>AT5G20490.3
AAATAATAATTAAGAAAAAAAAGTGTTAGAGAGAGAAAGACACACAGCTCAAAAGAGAACATTGTTGTTGCTCGAGGAGAGAGAAAAACAAAAAAAAAAGCCATTAGAGAACGTCGTCTGCAAAGAAAGAAGAAGGCCAAGTCTAGCTTTCTTTCATTCTGCTTCTTCAACAATCAATCAGCTTTCTTGAGAGAGATTAAAAAATTCATTCAGATTCAGCTTTTTGAAAAGAATTTTGGCTCCGTTAATTCCGATCTCCCGATTTCTCCGTGTCTGCTTTGAGCTGACTTCAAGGAGAATTTTTCTCAGACACACCAACTCGAGAGAATCTGCCCGATCTGACTCGTCTTGTTGCCTGACTCGCTGAGTCAGCTTTCTGCAAAATCGGTCTCTCTTGGATGAGTTAACTGGGAAAAAGAGAGAGGATCTATTGGAAAAAAAGGAGTAGCCATGGTTGGCCCAGTCAATATAATAGTTGGTTCTCATGTTTGGATTGAAGATCCTGGAGCGGCATGGATTGATGGTGAAGTTGTCAAAATTAATGGCGAAGAAGTTCATGCACATACCACAAATGGGAAGACCGTTGTGGCCAATATCGCAAACGTATTTCCAAAGGATACAGAGGCTCCCCCTGGGGGTGTTGATGACATGACAAAGCTCTCATATTTACATGAACCAGGTGTTTTGAATAACTTGGCCATGAGATATGAGTTGAACGAAATTTATACATATACTGGTAACATCTTGATTGCTGTAAATCCGTTTCAAAGGTTACCACATCTCTATGATACTCATATGATGGAGCAGTACAAAGGAGCAGGCTTTGGGGAACTAAGCCCCCATGTGTTTGCCATTGCAGAAGTTGCTTACAGGGCAATGATAAATGAGGGCAAGAGCAACTCAATTCTGGTAAGTGGGGAAAGTGGTGCTGGTAAGACTGAGACAACAAAGATGCTTATGCGCTACCTTGCTTACCTTGGTGGTCGATCCGGCGTTGAAGGAAGGACAGTGGAACAGCAAGTTCTGGAGTCAAATCCAGTTCTTGAAGCTTTTGGCAACGCTAAAACTCTCAGGAATAACAACTCCAGTCGATTTGGAAAGTTTGTCGAGCTTCAGTTTGACAACTGTGGGAGAATATCTGGAGCAGCTGTGCGAACATATTTGTTGGAAAGGTCTCGAGTGTGTCAAATATCAGATCCTGAAAGAAATTACCACTGCTTTTACCTTTTATGTGCTGCCCCACCTGAGGAAAGAGAAAAGTTCAAGTTGGGAGATCCTAAGTTATTCCACTACCTAAATCAATCGAAGTGCTATAAACTGGATGGAGTGGATGACACCGAGGAGTATCTTGCTACCCGACGAGCTATGGATATTGTTGGCATCAGTGAAGAGGAACAGGATGCAATATTTAGAGTTGTTGCTGCAATCCTTCATCTAGGTAATGTCAATTTTGCAAAAGGAAAAGAGATTGACTCCTCAGTTTTGAAGGATGAGAAATCAAGATATCATCTTGATGTATGTGCTGAACTTCTTAGGTGTGATGCAAAGAAAATGGAAGATGCATTGATAAAACGTGTAATGGTGACACCAGAAGAGGTTATTACAAGAACACTTGATCCTGATTCAGCCACGGGTAGCAGGGATGCGTTAGCAAAAACTATCTATTCACGCTTGTTTGATTGGCTTGTTGACAAAATTAACAATTCCATCGGGCAAGATCCGAATTCTAAGACAATTATTGGTGTTCTTGATATCTATGGGTTTGAAAGCTTTAAGATCAACAGCTTTGAGCAGTTTTGCATCAATTTTACCAATGAAAAGCTGCAACAACATTTCAACCAGCACGTCTTCAAAATGGAACAAGAAGATTATACTAAAGAAGAGATCAACTGGAGTTACATAGAATTTGTTGATAACAAGGATGTCTTGGAGCTCATTGAGAAGAAACCTGGAGGAGTCATTGCACTTCTAGATGAGGCATGTATGTTTCCGAAGTCGACACATGAAACATTTGCTCAGAAGCTGTATCAAACGTTCAAAAACTATAAGCGGTTCACCAAACCAAAGCTATCTCGGACCAGCTTTGCAATATCGCATTATGCTGGAGAGGTAACATATCAGGCTGACTTGTTCCTTGATAAGAATAAAGATTACGTGGTGGCAGAACATCAGGATCTTTTGATTGCTTCCAGTGATACTTTTGTAGCTGGTCTATTTCCTCGCCTACCAGAAGAAACATCAAGTAAAACCAAATTTTCTTCCATCGGGTCACGCTTTAAGCTTCAACTTCAATCTTTGATGGAGACACTGAGTTCAACAGAACCTCACTATATCAGATGTGTGAAGCCAAATAATGTACTTAAGCCTGCTATCTTCGAGAATGTGAACGTAATTCAACAATTACGGTGTGGTGGTGTTCTGGAAGCTATTAGAATCAGCTGTGCAGGTTATCCTACAAAGCGGACGTTTTATGAGTTTCTCAATCGTTTTGGTGTACTTGCTCCAGAAGTTCTGGAAGGAAATTATGATGACAAAGTTGCATGCAAAATGCTTCTGGATAAGATAGGCTTAAAGGGTTATGAATTAGGGAAAACAAAAGTATTCCTTAGGGCTGGGCAGATGGCTGAGTTGGATGCAAGAAGAGCTGAGGTTCTCGGAAATGCAGCTAGGAGAATTCAAAGGCAAAGCCGTACTTTTATTGCGTGCAAAGAATTCCGTGCTCTACGAGGAGCTGCTATCGTGTTACAGTCTAACTGCCGAGGCAAATTGGCATGCAACCTTTATGAGGAAATGCGACGCCAGGCAGCAGCGGTGAAGATTCAGAAGATTTTCAGAAGACATATTGCCAGAGAATCTTATTTAAGAATTAGACATTCAACAATAACAGTTCAAACAGCGCTAAGGGGAATGGTTGCTCGCAATGAGTTCAGGTTTAGAAAGCAAATGAAGGCTGCTACTATTATCCAGGCTCGTCTTCGAAGTCATCTCACACATTCTTACTACAAGCAACTCCAGAAAGCTGCCCTTTCTACACAATGTGGCTGGAGGAGCAGGGTTGCACGAAAAGAATTGAGGACACTTAAGATGGCCGCACGAGACACAGGAGCCCTTAGAGAGGCGAAAGACAAACTTGAAAAGCGTGTTGAGGAATTAACATGGCGTTTACAACTAGAAAAGCGACAGAGAACCGAGCTGGAAGAAGCAAAAACCCAAGAATACGCAAAACAACAGGAGGCTTTAGAGACAATGCGGTTGCAAGTTGAAGAAGCAAACGCTGCTGTAATTAGAGAGCGGGAGGCTGCAAGGAAAGCTATTGAAGAAGCACCTCCAGTCATTAAGGAGACTCCCGTATTGGTTGAGGATACTGAAAAAATCAATTCATTAACATCAGAGGTGGAAGCTCTAAAGGCTTCGCTTCAGGCTGAACGACAAGCCGCAGAAAATTTGAGAAAAGCTTTCTCTGAGGCAGAAGCTAGAAATTCCGAGCTGGCGACAGAGCTTGAAAATGCTACAAGAAAAGCAGATCAGCTTCATGAATCAGTACAAAGACTAGAAGAGAAGCTTTCGAATTCAGAGTCAGAGATTCAAGTACTCCGTCAACAGGCACTTGCTATTTCGCCAACCAGCAGAACTATGGCCACACGATCAAAAACAATGCTTTTACCGAGAACTCCAGAGAATGGAAATTATCTTAATGGAGGAACAAAGACTACACCGGACATGACTCTTGCTGTACGGGAACCAGAGTCTGAGGAGAAACCACAGAAACATCTGAATGAAAAGCAACAGGAAAACCAGGATTTACTAGTCAAGTGTATTTCACAAAATCTTGGATACAATGGAGACAAGCCTGTTGCTGCATGTGTCATATACAAATGTCTTCTTCACTGGAGATCATTTGAAGTGGAAAGAACTAGCGTCTTTGACCGTATCATTCAAACAATAGCTACAGCCATTGAAGTGCCAGATAACAATGAGGTTTTGGCGTATTGGTTATCTAATTCGGCCACCTTATTATTGCTTCTGCAACGCACACTCAAAGCAACTGGAGCAGCTAGTTTAACACCGCAGAGGCGAAGAACAACATCAGCATCCCTTTTTGGAAGGATGTCACAAGGATTAAGGGGATCTCCTCAAAGTGCTGGACTCTCTTTTCTGAATAGACAAGGGCTCACCAAGCTTGACGACTTGAGGCAAGTTGAAGCAAAGTACCCCGCACTACTTTTCAAGCAGCAGCTTACTGCATTCCTCGAGAAGATATATGGAATGATCAGAGATAACCTAAAGAAAGAGATCTCTCCTCTTCTTGGCTTATGTATACAGGCACCAAGGACATCAAGGGCAAGTTTGGTGAAAGGAAGAGCACAAGCAAATGCTGTTGCTCAACAAGCTCTGATTGCACATTGGCAAAGTATCAGAAAAAGCCTAAACAGTTACTTGAATTTAATGAAAGCAAACAATGCTCCACCCTTCTTAGTCCGCAAAGTATTCACACAAATATTCTCCTTCATCAACGTTCAGCTTTTCAACAGTCTTCTTCTACGTCGTGAGTGTTGCTCATTCAGCAATGGGGAGTACGTTAAAGCTGGTTTGGCTGAATTAGAGCAGTGGTGTATAGAGGCTACCGATGAATATGCTGGCTCAGCTTGGGATGAGTTGAGGCATATCAGGCAGGCTGTTGGCTTCTTGGTTATTCATCAAAAGCCAAAAAAGACCTTAGACGAAATTACAAGAGAACTCTGTCCGGTGCTAAGTATACAACAGCTATACAGAATCAGCACAATGTACTGGGATGACAAATATGGCACCCATAGTGTTTCTTCAGATGTTATTGCAAACATGAGGGTTATGATGACAGAGGACTCGAACAATGCCGTAAGCAGCTCCTTCCTTTTGGACGATGACTCGAGCATTCCATTCACGGTGGAGGATATATCAAAGTCCATGCAACAAGTGGATGTAAATGACATTGAACCTCCTCAACTAATCCGTGAAAACTCGGGTTTCGGATTCTTGCTCACACGTAAAGAAGGCAGTACATCGTAACTGCCCTCGGAGAACTCGGTATGGTCCATCAAATACGATTGCATCTACCGCATATACATAAATACATCGTGTGAGCCGCTGCATTCCTATGGGCATTTTGTGTATATTATCTTCTTTTCGGTTTCCATTCTTTCTTCTTCTTTGTTTTGGGGTTCAGTCTCCGGCCTTTGTATTTGTGGAGAGGCCGAGTTTATTTCATTCTTTGCATCCCTGTGTAGTTATGGAAACTCACAGGGGTTATTTGTTTGCCATTTTGGTTTTGTCATAGAATGGCTTTAGGTGTGTTTGATGCTGTCCTGCCCAGAGAGGGGAGGAGAGTATTGTTTTAGTCAATTACTTATTTGTTGGTTTGGGCGAGTTCTTATACTCGTTTTGGGAAATTGTAATGAATGAACTAGAATTTGTTTTCACTATTTATATAGGTTGCACATCTTATATTTTTCATGTGTTTCTTAAAGAGACTTTTTTGTTGTTGTATTGAATGTTTCTAGAAGTAGTCCAGAATACAATAACAGAGCAATGTCCAATCGCAGAACTGAAACGAAACA

CDS Sequence

Protein Sequence