AT4G29380

Gene Details

Gene ID: AT4G29380
Gene Symbol: AtVPS15, MTV11, VPS15
Gene Name: Arabidopsis thaliana vacuolar protein sorting 15, modified transport to the vacuole 11, vacuolar protein sorting 15
Description: protein kinase family protein / WD-40 repeat family protein;(source:Araport11)
TAIR Accession: locus:2118234
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0000037 — shoot axis apex — ápice del epiblasto (epiblastema) (Spanish, exact), シュート頂、茎頂 (Japanese, exact)
PO:0008019 — leaf lamina base — base de la lámina de la hoja (Spanish, exact), 葉身基部 (Japanese, exact)
PO:0009006 — shoot system — sistema de epiblasto (epiblastema) (Spanish, exact), シュート系、苗条系 (Japanese, exact), Poaceae crown (related), shoot (related), thalli (related), thallus (related), tree crown (narrow)
PO:0009009 — plant embryo — embrión (Spanish, exact), 植物胚 (Japanese, exact), germ (related), embryo (broad)
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:0009029 — stamen — estambre (Spanish, exact), 雄蕊 (Japanese, exact), Poaceae stamen (narrow), Zea stamen (narrow)
PO:0009031 — sepal — sépalo (Spanish, exact), がく片 (Japanese, exact)
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:0009052 — inflorescence flower pedicel — 小花柄 (Japanese, related), pedicelo (Spanish, broad)
PO:0020030 — cotyledon — cotiledón (Spanish, exact), seed leaf (exact), 子葉 (Japanese, exact)
PO:0020100 — hypocotyl — hipocótile (Spanish, exact), 胚軸 (Japanese, exact)
PO:0025022 — collective leaf structure — estructura colectiva de hoja (Spanish, exact), leaf series (exact), 葉が集まった構造 (Japanese, exact), leaf whorl (narrow), rosette (narrow), cycle (broad), verticil (broad)
PO:0025281 — pollen — polen (Spanish, exact), pollen grain (exact), 花粉 (Japanese, exact)

GO:0004674 — enables — protein serine/threonine kinase activity
GO:0006623 — involved in — protein targeting to vacuole
GO:0016236 — involved in — macroautophagy
GO:0005515 — enables — protein binding
GO:0005770 — is active in — late endosome
GO:0005794 — located in — Golgi apparatus
GO:0030242 — involved in — autophagy of peroxisome
GO:0005737 — located in — cytoplasm
GO:0009846 — acts upstream of or within — pollen germination
GO:0045324 — involved in — late endosome to vacuole transport
GO:0006468 — involved in — protein phosphorylation
GO:0009846 — involved in — pollen germination
GO:0010008 — located in — endosome membrane
GO:0048015 — involved in — phosphatidylinositol-mediated signaling
GO:0005524 — enables — ATP binding
GO:0005942 — part of — phosphatidylinositol 3-kinase complex
GO:0009555 — acts upstream of or within — pollen development
GO:0005886 — located in — plasma membrane
GO:0080008 — part of — Cul4-RING E3 ubiquitin ligase complex
GO:0034271 — part of — phosphatidylinositol 3-kinase complex, class III, type I
GO:0071561 — is active in — nucleus-vacuole junction
GO:0034272 — part of — phosphatidylinositol 3-kinase complex, class III, type II

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT4G29380.1
CCAAACTATAAAACAATTCCGAGGAAGTCCAAAACACGTATCTTTTTCCTCCGTCGCCGGAGACGATTCTCTTTATCACCGGAATAATCAGATTCCATGTTCGAATTCAGCTGAGTATTATAAGTTATAACCCCAATCGAAGGACAAAGAATTTTAATTTTTAAAAAGTCTTCGATGGGAAACAAAATCGCTCGTACGACACAAGTCTCGGCGACGGAGTACTATCTCCACGACTTGCCGTCTTCATACAATCTGGTCTTAAAAGAGGTTTTAGGTCGAGGAAGATTCCTAAAGTCGATTCAATGTAAGCACGATGAAGGATTGGTTGTTGTTAAGGTTTACTTCAAGCGTGGTGACTCGATCGATCTCAGAGAGTATGAGCGTCGTCTCGTTAAGATCAAAGATGTGTTTTTGTCTCTAGAACATCCTCACGTTTGGCCTTTTCAGTTTTGGCAAGAGACTGATAAAGCAGCGTATCTAGTGAGGCAATACTTTTACAGTAATCTACATGATCGCTTGAGTACGAGGCCTTTCCTCAGTCTTGTAGAGAAGAAGTGGTTGGCGTTTCAGTTGCTTCTTGCTGTGAAGCAATGTCATGAGAAGGATATATGTCATGGTGATATCAAGTGCGAGAACGTATTGTTGACTTCCTGGAACTGGCTTTACCTTGCTGATTTTGCATCCTTCAAACCTACATACATTCCTTATGATGATCCTTCAGACTTCTCGTTCTTCTTTGACACAAGGGGACAAAGACTTTGTTATCTGGCTCCAGAGAGATTCTATGAGCATGGAGGTGAGACACAAGTAGCACAAGATGCTCCATTAAAGCCCTCCATGGATATATTTGCTGTGGGGTGTGTGATAGCCGAACTTTTTCTTGAGGGTCAGCCACTATTTGAACTGGCGCAGCTTCTCGCTTATCGTAGAGGGCAACATGATCCTAGCCAACACCTTGAAAAGATTCCTGATCCGGGAATTCGCAAGATGATTCTTCATATGATTCAGTTAGAACCCGAAGCACGCCTATCTGCTGAAGACTACCTGCAAAATTATGTGGGAGTTGTTTTCCCAAACTACTTCTCACCATTTCTGCACACTTTATATTGTTGTTGGAATCCACTTCCTTCAGACATGAGGGTAGCAACTTGCCAGGGGATATTTCAAGAAATACTTAAAAAGATGATGGAAAATAAGTCAGGTGATGAGATCGGCGTTGATTCTCCTGTAACTTCAAATCCAATGAACGCAAGCACAGTACAGGAAACTTTTGCAAATCACAAATTGAACTCATCTAAGGATTTGATAAGGAATACTGTGAACTCTAAGGATGAGATCTTTTACTCTATTTCTGATGCACTCAAGAAAAATCGCCATCCTTTCTTGAAAAAGATAACAATGGACGATTTGGGTACACTGATGTCTCTCTATGATAGCCGTTCTGACACTTATGGCACGCCTTTTCTACCGGTAGAGGGTAACATGAGATGTGAGGGAATGGTTCTGATTGCATCTATGCTCTGTTCTTGTATCCGCAATATCAAGTTGCCTCATTTGAGGAGGGAAGCTATACTTCTATTGAGATCTTGCTCTTTGTATATTGATGATGATGATCGCTTACAGCGTGTACTTCCATACGTCGTTGCCTTGCTTTCTGATCCAACAGCAATCGTGCGGTGCGCTGCCATGGAAACTTTGTGTGACATTCTGCCGCTTGTCCGAGATTTTCCTCCTAGTGATGCAAAGATTTTCCCAGAGTACATATTTCCGATGCTCTCCATGCTTCCTGAAGATACGGAAGAGAGTGTGAGGATATGCTATGCCAGCAATATTGCAAAACTCGCTCTTACTGCTTATGGATTCTTGATACATTCTTTCCAGTTGAGCGATGTAGGGGTTCTTAATGAATTGAATTCCCAGCAGATCTCCACTACACCTGCTAGTGAGACCCCTAGTCATTTGCAAAAGGCAAATGGCAATGCGCAGCTTCAACAGCTTAGAAAAACTATAGCTGAAGTTGTTCAAGAGCTTGTTATGGGTCCAAAACAAACTCCAAATGTTAGAAGAGCACTCCTTCAGGACATAGGGGAGCTCTGCTTTTTCTTTGGTCAGAGGCAGAGTAATGACTTTCTACTACCGATCCTCCCTGCCTTTCTAAACGACAGAGATGAGCAGCTAAGATCTGTATTCTTTGAGAAGATTGTTTATGTATGCTTTTTTGTTGGCCAGAGAAGTGTGGAGGAGTATCTATTGCCTTATATCGATCAAGCTTTGAGTGATCAGACGGAGGCTGTTATTGTCAATGCATTGGAGTGCTTATCCACATTATGCAAGAGTAGTTTCTTGCGGAAGAGAGCTCTCCTCCAAATGATAGAGTGTGTTTATCCTTTGTTGTGCTATCCATCTCAATGGGTAAGGAGGGCAGTTGTCACTTTCATTGCCGCAAGTAGTGAATGCTTAGGTGCAGTCGACTCTTATGCTTTTATTGCCCCAGTAATACGCTCTTATCTTAGTAGACTGCCTGCGTCAATTGCTTCTGAGGAAGGTCTACTTTCATGTTTGAAGCCCCCTGTCACAAGGGAGGTAGTTTATCGTATCTTTGAAAAAACCAGGAACCCAGAATTCATGGCGAAACAGCGAAAGATGTGGTATAGTTCTTCACCTCAGTCCAAAGATTGGGAATCTGTTGATTTGTTTGACAAAGATGCTGGGGAGTTGAATTCAGTAGAATGCAGGGCCGAACAGAAGCAAAGTGTGGAAGGAAAAAAACAGATTAAGAGTGCATCAAAGCAACCAGAAGTTCAAGGAAAGTATGCAGAAAAGGATGCTAAATTAAGAATCCCGAGAAACCCAAGACCTAATGCTTCTAACACTGTTGAGCTACGTGATCCCGTGTATCCAGAGAAGTTACAGTTCTCTGGGTTTATGGCACCATATGTATCTGGTGCGAATAGCTTTATTGAACCAGAGAACATACCTCTCTATTCGTTTAGCATGGACAAACGAGCAGCTACAAATCCTCCTGTGGCTTCTGAGTCTTCATTGCAGATGAACTCTCTGGGAATGGGTTCATTGTCTGTGCCATGGATGGATTCCATGAGTAAATCATTTAACTTGGCTAGTTCGGTCCCAGTGCCTAAGCTGATTTCTGGGTCATTCCATGTCGGTACCAATCCTAAACAATTTTACAGAGTGGTACATGAGCCAGAAAGCAGAGAAAATGATCAAATCTCCTCAGCCATCAGTAAATTTCAAGACCTCGGAGTATCAAGCTCCTCAAAAAGTGCTTCTGTAACTTCAGAAGATGCTTCTTCTCCAGCGGATCTTGTAGGAGAGCCATCTCTGTCAAGGACATCGGTTCCGGATTCAGGGTGGAAGCCTCGTGGAGTATTAGTTGCTCATCTACAAGAGCATCGCTCTGCGGTCAATGACATTGCCACTTCAAGCGATCATAGCTTTTTTGTTAGTGCATCAGATGATTCCACAGTGAAGGTGTGGGACTCTAGAAAACTGGAAAAGGACATCTCTTTTAGGTCAAGGCTAACATATCATCTCGAGGGAAGCAGAGGGATGTGCACAACAATGCTTCGGAATTCAACGCAAGTTGTAGTTGGAGCCTCTGATGGTGTGATACATATGTTTTCAATTGACCATATCTCCAGAGGCTTGGGGAACGTAGTGGAGAAGTATTCAGGCATTGTTGATATTAAAAAGAAAGATGTTAAAGAAGGCGCTCTAGTTTCTCTCTTGAATTATACTGCTGATAGCCTTTCTGGTCCGATGGTAATGTATAGTACCCAAAACTGCGGAATCCACCTTTGGGATACAAGGTCAGATTTAGATGCATGGACACTGAAAGCAAATCCTGAAGAAGGATATGTGTCTTCATTGGTTACAAGTCCTTGTGGGAATTGGTTTGTCTCTGGGTCTTCAAGGGGAGTGCTTACTCTTTGGGATTTGAGATTTCGTGTTCCTGTAAATTCGTGGCAATACCCCATCATATGTCCCATAGAGAAGATGTGCCTCTGCTTTCTTCCTCCAAGCGTCTCAGTGTCCACCACTATGAAACCTTTAATTTATGTTGCTGCCGGTTGCAACGAAGTTTCACTCTGGAATGCAGAGGGAGGTAGCTGTCACCAGGTATTGAGAGTAGCCAATTATGAAAATGAGACGGATGTTTCCGAGTTTCAATGGAAGTTACCAAGCAATAAGGTAAATCCGAAGCCGAATCATCGTCAGAACATGAGCTCCAAGTACAGAATCGAAGAGTTGAACGAGCCTCCTCCTCGTCTTCCTGGTATCCGCTCTTTGCTCCCTTTACCTGGAGGTGACTTGTTAACAGGTGGTACTGACTTGAAGATTCGGCGTTGGGATTACTCCAGCCCTGAGAGAAGTTATTGTATATGCGGTCCGAGTTTGAAAGGAGTCGGAAATGATGATTTCTATGAACTAAAAACCAACACGGGCGTGCAATTTGTTCAGGAGACAAAGAGACGGCCTCTGGCTACTAAACTGACGGCAAAGGCGGTACTTGCGGCTGCTGCGACAGACACAGCGGGTTGTCATCGTGACTCAGTTCAGTCTCTGGCATCTGTGAAGCTGAACCAGAGACTGTTGATATCAAGCAGCAGAGATGGAGCCATAAAGGTCTGGAAGTAAAGAAACCCTGACGGTCTTTCGTGTACAGTGTTATAGTGTTTATTTTATTTTACCTTGTCATTGTACCATCAAATGCTAAAAGAAATTTTTTAGCCTTGTATCCTTTTTACTCGATAAACTTCCTTGTACAGATTTTTCCATTGTAGTAAAAACCTTTGATTCTGATCGTTCAAAAGCATATACTTATAAAAAGGTATCATCATATTACATCATTTTTGTATCTATGTAAACACATTGCAGTACAATTCTAAGTTTCTAACTCTGAAATGTCAATCCGTTGAGGAACATGTACTTGGCTCGAGAGTAAACAGTGATTGTAGAATGCTATCAAGGTTGCAAATAACATATGTCGAAAAAAGTATGGTCAAAAGTCAATTCGATGGAGAAATGAACAAGAGAATTACATCGTCTATAGAAAAACCAAATAAGCAAATATCGATAACAAAGCGGATATTGCAGAATTCATACTAACGAGAAAGTAAAACTTCAAGCTTCATGAAGTGTGATCATCATCATCATCTACTTCTCAGAAGAGTTGGGTCCTCTCTTCTTGCCAAATCCAACAACTGAAAAATAACAAATAAAGAGGGAAATATACTTGAGAACCAGTCTACTATGTAGATAAGCAAAGAGACTAATAGCAAAATTGAAGGAATAATCAAATTCTGAGATCTCTCAAGAAGAAAGAATCTAAACAAAACAATCATAACAAATGAATGAAGTAGACAGATTCAGCAAAAGTTTCACAAAATCATAACAAGAATTGATACTCTAACAAAGGCACGATACAAAACTTAGCATTTCTTCTACAGTATGAGCTGATATCTGAAGTTACTAAAACTTGGCTACTTTCATTCAAAGCCTAAGAACACTAGCTCAACTAAACAACTCAAATCAGAGATCTTAACTAAATCTCAAGTTAACAAATGAAACGGAATATATTACCGGCGGTTACGAAACGGCGATTGTGTTGCAACCTTTTGTGAGCACGG
>AT4G29380.2
CCAAACTATAAAACAATTCCGAGGAAGTCCAAAACACGTATCTTTTTCCTCCGTCGCCGGAGACGATTCTCTTTATCACCGGAATAATCAGATTCCATGTTCGAATTCAGCTGAGTATTATAAGTTATAACCCCAATCGAAGGACAAAGAATTTTAATTTTTAAAAAGTCTTCGATGGGAAACAAAATCGCTCGTACGACACAAGTCTCGGCGACGGAGTACTATCTCCACGACTTGCCGTCTTCATACAATCTGGTCTTAAAAGAGGTTTTAGGTCGAGGAAGATTCCTAAAGTCGATTCAATGTAAGCACGATGAAGGATTGGTTGTTGTTAAGGTTTACTTCAAGCGTGGTGACTCGATCGATCTCAGAGAGTATGAGCGTCGTCTCGTTAAGATCAAAGATGTGTTTTTGTCTCTAGAACATCCTCACGTTTGGCCTTTTCAGTTTTGGCAAGAGACTGATAAAGCAGCGTATCTAGTGAGGCAATACTTTTACAGTAATCTACATGATCGCTTGAGTACGAGGCCTTTCCTCAGTCTTGTAGAGAAGAAGTGGTTGGCGTTTCAGTTGCTTCTTGCTGTGAAGCAATGTCATGAGAAGGATATATGTCATGGTGATATCAAGTGCGAGAACGTATTGTTGACTTCCTGGAACTGGCTTTACCTTGCTGATTTTGCATCCTTCAAACCTACATACATTCCTTATGATGATCCTTCAGACTTCTCGTTCTTCTTTGACACAAGGGGACAAAGACTTTGTTATCTGGCTCCAGAGAGATTCTATGAGCATGGAGGTGAGACACAAGTAGCACAAGATGCTCCATTAAAGCCCTCCATGGATATATTTGCTGTGGGGTGTGTGATAGCCGAACTTTTTCTTGAGGGTCAGCCACTATTTGAACTGGCGCAGCTTCTCGCTTATCGTAGAGGGCAACATGATCCTAGCCAACACCTTGAAAAGATTCCTGATCCGGGAATTCGCAAGATGATTCTTCATATGATTCAGTTAGAACCCGAAGCACGCCTATCTGCTGAAGACTACCTGCAAAATTATGTGGGAGTTGTTTTCCCAAACTACTTCTCACCATTTCTGCACACTTTATATTGTTGTTGGAATCCACTTCCTTCAGACATGAGGGTAGCAACTTGCCAGGGGATATTTCAAGAAATACTTAAAAAGATGATGGAAAATAAGTCAGGTGATGAGATCGGCGTTGATTCTCCTGTAACTTCAAATCCAATGAACGCAAGCACAGTACAGGAAACTTTTGCAAATCACAAATTGAACTCATCTAAGGATTTGATAAGGAATACTGTGAACTCTAAGGATGAGATCTTTTACTCTATTTCTGATGCACTCAAGAAAAATCGCCATCCTTTCTTGAAAAAGATAACAATGGACGATTTGGGTACACTGATGTCTCTCTATGATAGCCGTTCTGACACTTATGGCACGCCTTTTCTACCGGTAGAGGGTAACATGAGATGTGAGGGAATGGTTCTGATTGCATCTATGCTCTGTTCTTGTATCCGCAATATCAAGTTGCCTCATTTGAGGAGGGAAGCTATACTTCTATTGAGATCTTGCTCTTTGTATATTGATGATGATGATCGCTTACAGCGTGTACTTCCATACGTCGTTGCCTTGCTTTCTGATCCAACAGCAATCGTGCGGTGCGCTGCCATGGAAACTTTGTGTGACATTCTGCCGCTTGTCCGAGATTTTCCTCCTAGTGATGCAAAGATTTTCCCAGAGTACATATTTCCGATGCTCTCCATGCTTCCTGAAGATACGGAAGAGAGTGTGAGGATATGCTATGCCAGCAATATTGCAAAACTCGCTCTTACTGCTTATGGATTCTTGATACATTCTTTCCAGTTGAGCGATGTAGGGGTTCTTAATGAATTGAATTCCCAGCAGATCTCCACTACACCTGCTAGTGAGACCCCTAGTCATTTGCAAAAGGCAAATGGCAATGCGCAGCTTCAACAGCTTAGAAAAACTATAGCTGAAGTTGTTCAAGAGCTTGTTATGGGTCCAAAACAAACTCCAAATGTTAGAAGAGCACTCCTTCAGGACATAGGGGAGCTCTGCTTTTTCTTTGGTCAGAGGCAGAGTAATGACTTTCTACTACCGATCCTCCCTGCCTTTCTAAACGACAGAGATGAGCAGCTAAGATCTGTATTCTTTGAGAAGATTGTTTATGTATGCTTTTTTGTTGGCCAGAGAAGTGTGGAGGAGTATCTATTGCCTTATATCGATCAAGCTTTGAGTGATCAGACGGAGGCTGTTATTGTCAATGCATTGGAGTGCTTATCCACATTATGCAAGAGTAGTTTCTTGCGGAAGAGAGCTCTCCTCCAAATGATAGAGTGTGTTTATCCTTTGTTGTGCTATCCATCTCAATGGGTAAGGAGGGCAGTTGTCACTTTCATTGCCGCAAGTAGTGAATGCTTAGGTGCAGTCGACTCTTATGCTTTTATTGCCCCAGTAATACGCTCTTATCTTAGTAGACTGCCTGCGTCAATTGCTTCTGAGGAAGGTCTACTTTCATGTTTGAAGCCCCCTGTCACAAGGGAGGTAGTTTATCGTATCTTTGAAAAAACCAGGAACCCAGAATTCATGGCGAAACAGCGAAAGATGTGGTATAGTTCTTCACCTCAGTCCAAAGATTGGGAATCTGTTGATTTGTTTGACAAAGATGCTGGGGAGTTGAATTCAGTAGAATGCAGGGCCGAACAGAAGCAAAGTGTGGAAGGAAAAAAACAGATTAAGAGTGCATCAAAGCAACCAGAAGTTCAAGGAAAGTATGCAGAAAAGGATGCTAAATTAAGAATCCCGAGAAACCCAAGACCTAATGCTTCTAACACTGTTGAGCTACGTGATCCCGTGTATCCAGAGAAGTTACAGTTCTCTGGGTTTATGGCACCATATGTATCTGGTGCGAATAGCTTTATTGAACCAGAGAACATACCTCTCTATTCGTTTAGCATGGACAAACGAGCAGCTACAAATCCTCCTGTGGCTTCTGAGTCTTCATTGCAGATGAACTCTCTGGGAATGGGTTCATTGTCTGTGCCATGGATGGATTCCATGAGTAAATCATTTAACTTGGCTAGTTCGGTCCCAGTGCCTAAGCTGATTTCTGGGTCATTCCATGTCGGTACCAATCCTAAACAATTTTACAGAGTGGTACATGAGCCAGAAAGCAGAGAAAATGATCAAATCTCCTCAGCCATCAGTAAATTTCAAGACCTCGGAGTATCAAGCTCCTCAAAAAGTGCTTCTGTAACTTCAGAAGATGCTTCTTCTCCAGCGGATCTTGTAGGAGAGCCATCTCTGTCAAGGACATCGGTTCCGGATTCAGGGTGGAAGCCTCGTGGAGTATTAGTTGCTCATCTACAAGAGCATCGCTCTGCGGTCAATGACATTGCCACTTCAAGCGATCATAGCTTTTTTGTTAGTGCATCAGATGATTCCACAGTGAAGGTGTGGGACTCTAGAAAACTGGAAAAGGACATCTCTTTTAGGTCAAGGCTAACATATCATCTCGAGGGAAGCAGAGGGATGTGCACAACAATGCTTCGGAATTCAACGCAAGTTGTAGTTGGAGCCTCTGATGGTGTGATACATATGTTTTCAATTGACCATATCTCCAGAGGCTTGGGGAACGTAGTGGAGAAGTATTCAGGCATTGTTGATATTAAAAAGAAAGATGTTAAAGAAGGCGCTCTAGTTTCTCTCTTGAATTATACTGCTGATAGCCTTTCTGGTCCGATGGTAATGTATAGTACCCAAAACTGCGGAATCCACCTTTGGGATACAAGGTCAGATTTAGATGCATGGACACTGAAAGCAAATCCTGAAGAAGGATATGTGTCTTCATTGGTTACAAGTCCTTGTGGGAATTGGTTTGTCTCTGGGTCTTCAAGGGGAGTGCTTACTCTTTGGGATTTGAGATTTCGTGTTCCTGTAAATTCGTGGCAATACCCCATCATATGTCCCATAGAGAAGATGTGCCTCTGCTTTCTTCCTCCAAGCGTCTCAGTGTCCACCACTATGAAACCTTTAATTTATGTTGCTGCCGGTTGCAACGAAGTTTCACTCTGGAATGCAGAGGGAGGTAGCTGTCACCAGGTATTGAGAGTAGCCAATTATGAAAATGAGACGGATGTTTCCGAGTTTCAATGGAAGTTACCAAGCAATAAGGTAAATCCGAAGCCGAATCATCGTCAGAACATGAGCTCCAAGTACAGAATCGAAGAGTTGAACGAGCCTCCTCCTCGTCTTCCTGGTATCCGCTCTTTGCTCCCTTTACCTGGAGGTGACTTGTTAACAGGTGGTACTGACTTGAAGATTCGGCGTTGGGATTACTCCAGCCCTGAGAGAAGTTATTGTATATGCGGTCCGAGTTTGAAAGGAGTCGGAAATGATGATTTCTATGAACTAAAAACCAACACGGGCGTGCAATTTGTTCAGGAGACAAAGAGACGGCCTCTGGCTACTAAACTGACGGCAAAGGCGGTACTTGCGGCTGCTGCGACAGACACAGCGGGTTGTCATCGTGACTCAGTTCAGTCTCTGGCATCTGTGAAGCTGAACCAGAGACTGTTGATATCAAGCAGCAGAGATGGAGCCATAAAGGTCTGGAAGTAAAGAAACCCTGACGGTCTTTCGTGTACAGTGTTATAGTGTTTATTTTATTTTACCTTGTCATTGTACCATCAAATGCTAAAAGAAATTTTTTAGCCTTGTATCCTTTTTACTCGATAAACTTCCTTGTACAGATTTTTCCATTGTAGTAAAAACCTTTGATTCTGATCGTTCAAAAGCATATACTTATAAAAAGGTATCATCATATTACATCATTTTTGTATCTATGTAAACACATTGCAGTACAATTCTAAGTTTCTAACTCTGAAATGTCAATCCGTTGAGGAACATGTACTTGGCTCGAGAGTAAACAGTGATTGTAGAATGCTATCAAGGTTGCAAATAACATATGTCGAAAAAAGTATGGTCAAAAGTCAATTCGATGGAGAAATGAACAAGAGAATTACATCGTCTATAGAAAAACCAAATAAGCAAATATCGATAACAAAGCGGATATTGCAGAATTCATACTAACGAGAAAGTAAAACTTCAAGCTTCATGAAGTGTGATCATCATCATCATCTACTTCTCAGAAGAGTTGGGTCCTCTCTTCTTGCCAAATCCAACAACTGAAAAATAACAAATAAAGAGGGAAATATACTTGAGAACCAGTCTACTATGTAGATAAGCAAAGAGACTAATAGCAAAATTGAAGGAATAATCAAATTCTGAGATCTCTCAAGAAGAAAGAATCTAAACAAAACAATCATAACAAATGAATGAAGTAGACAGATTCAGCAAAAGTTTCACAAAATCATAACAAGAATTGATACTCTAACAAAGGCACGATACAAAACTTAGCATTTCTTCTACAGTATGAGCTGATATCTGAAGTTACTAAAACTTGGCTACTTTCATTCAAAGCCTAAGAACACTAGCTCAACTAAACAACTCAAATCAGAGATCTTAACTAAATCTCAAGTTAACAAATGAAACGGAATATATTACCGGCGGTTACGAAACGGCGATTGTGTTGCAACCTTTTGTGAGCACGG

CDS Sequence

Protein Sequence