AT5G23570

Gene Details

Gene ID: AT5G23570
Gene Symbol: ATSGS3, SGS3
Gene Name: SUPPRESSOR OF GENE SILENCING 3, SUPPRESSOR OF GENE SILENCING 3
Description: XS domain-containing protein / XS zinc finger domain-containing protein-like protein;(source:Araport11)
TAIR Accession:
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0009005 — root — raíz (Spanish, exact), radices (exact, plural), radix (exact), 根 (Japanese, exact), aerial root (narrow), climbing root (narrow)
PO:0000003 — whole plant — planta entera (Spanish, exact), 植物体全体 (Japanese, exact), clonal colony (related), colony (related), bush (narrow), frutex (narrow), frutices (narrow), gametophyte (narrow), herb (narrow), liana (narrow), prothalli (narrow), prothallium (narrow), prothallus (narrow), seedling (narrow), shrub (narrow), sporophyte (narrow), suffrutex (narrow), suffrutices (narrow), tree (narrow), vine (narrow), woody clump (narrow), genet (broad), ramet (broad)
PO:0000013 — cauline leaf — hoja caulinar (Spanish, exact), 茎生葉、茎葉 (Japanese, exact)
PO:0000014 — rosette leaf — hoja en roseta (Spanish, exact), ロゼット葉 (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: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)

CS24289 — A proportion of pre-meiotic ovules have two MMCs and have several abnormally enlarged sub-epidermal cells.
CS24289 — Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum; defective in PTGS of sense transgenes.
CS24290 — Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum; defective in PTGS of sense transgenes.
CS67868 — Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum.
CS67870 — Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum
CS67871 — Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum.
CS72471 — small rosettes
CS72730 — sensor protein localizes to cytosol
CS72731 — sensor protein localizes to cytosol
CS72732 — CFP protein localizes to cytosol
CS72733 — cpVenus protein localizes to cytosol
sgs3-1 — Downward-curled leaf margins.
sgs3-1 — Enhanced susceptibility to virus, reduction in post-transcriptional gene silencing
sgs3-1 — Infection with cucumber mosaic virus (CMV) revealed an overaccumulation of CMV RNA compared to wild type.
sgs3-1 — TAS1, TAS2, and TAS3 ta-siRNAs were below detectable levels.
sgs3-1 (L1) — Restoration of GUS activity of the transgene through inhibition of silencing.
sgs3-2 (L1) — Restoration of GUS activity of the transgene through inhibition of silencing.
sgs3-3 — Infection with cucumber mosaic virus (CMV) revealed an overaccumulation of CMV RNA compared to wild type.
sgs3-3 (L1) — Restoration of GUS activity of the transgene through inhibition of silencing.
sgs3-4 (L1) — Restoration of GUS activity of the transgene through inhibition of silencing.
sgs3-5 (L1) — Restoration of GUS activity of the transgene through inhibition of silencing.
sgs3-6 (L1) — Restoration of GUS activity of the transgene through inhibition of silencing.
sgs3-7 (2a3) — Reduction in post-transcriptional gene silencing.
sgs3-8 (2a3) — Reduction in post-transcriptional gene silencing.
sgs3-9 — Infection with cucumber mosaic virus (CMV) revealed an overaccumulation of CMV RNA compared to wild type.
sgs3-9 — No obvious leaf developmental defects.
sgs3-9 — TAS1, TAS2, and TAS3 ta-siRNAs were detected.
sgs3-9 (2a3) — Reduction in post-transcriptional gene silencing.

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT5G23570.2
GCAAGACATGTTTACGTTGACAAACAAACAAAAATTAAGCAAGTCATGTTCGTAGCAATAAATTAATAGTGGGAACAATTAAGTTAAGCGAAAAAGGAAAAAAAAAGGTACAAAAATGAAAACAAAATCAAACTGAATGAAAATTTGGAGTCCAGAATCGGAAAAACGAGGCCGTTTTAGAGCTTAATAAGCTTCCTCATTTGTCTCTTCTTCGTCAGTTTATTTTCTTCCTCCGGAGTCCTGACTCACTACTCTCACTCTCCGGCGCTTTAAACTTACGTTCTCCGTCGTTTACTCTGTAAGTTTTCTGCCTTAGAGCCTCCGATCGCCTCACCGCATGCATTCTGTGCTCGATTTCTCTTTTTCTTCGCTGGAAAAATTGCCCTAATGTTCTCGATTTCGAAGGTTTTTGTGCTATGGGTTACTTTTTTCCCTATATTTTATAGTTCTTAGGTAACGATACCTGCGTCTTACTGTTTTTGTTCATTTTGTTGTGCTTTCACCGTTTAGTCGCTGATCGGAGTATTTGACTGTGAAAAATCCTTCGTTTTTTGGTTTTTGTTTCATATAAATCGGATTGATCTACCTTTTGTGCTTTGATGTTTGTTTTTTGAGCCTATGCGTTGTTGGCTTGTTATAACTTCACGTTCATGTGTGGATTTTGAGATTTTGGTAGTGACTGTGGGTTTCTTTGGTGGCTATAGGTTGTAAAAATGAGTTCTAGGGCTGGTCCAATGTCTAAGGAAAAGAACGTTCAGGGTGGTTATAGGCCTGAGGTTGAACAGTTGGTTCAAGGTTTGGCAGGGACGAGACTGGCTTCTTCACAAGATGATGGAGGAGAGTGGGAGGTCATTTCCAAGAAGAACAAGAACAAACCAGGAAACACTTCTGGAAAAACTTGGGTTTCTCAGAATTCGAATCCTCCTAGAGCTTGGGGTGGTCAGCAGCAAGGGAGAGGTAGCAACGTATCTGGGAGAGGAAACAATGTATCCGGGAGAGGTAACGGCAATGGTCGGGGCATTCAAGCTAACATATCTGGTCGGGGACGAGCGTTGAGCAGAAAGTATGATAACAACTTTGTGGCACCCCCACCTGTATCTCGCCCTCCTTTGGAAGGAGGATGGAATTGGCAGGCAAGAGGAGGTTCTGCTCAGCACACAGCTGTGCAGGAGTTTCCTGACGTGGAGGATGATGTGGATAATGCTTCTGAGGAAGAGAATGATTCCGATGCTTTGGATGATTCTGATGACGACCTTGCAAGTGATGATTATGACTCGGATGTGAGTCAAAAGAGCCATGGATCACGAAAGCAGAATAAGTGGTTCAAAAAGTTCTTTGGCAGCTTGGATAGCTTGTCGATCGAGCAGATAAATGAACCACAGAGGCAGTGGCATTGTCCAGCTTGTCAGAACGGACCTGGTGCCATCGATTGGTATAACCTGCACCCTCTACTAGCTCATGCGAGGACAAAAGGAGCTAGGCGAGTTAAGCTCCATAGAGAATTGGCTGAAGTTTTAGAAAAGGATCTACAGATGAGAGGCGCATCTGTCATTCCTTGTGGTGAGATTTATGGGCAGTGGAAGGGTTTGGGTGAGGATGAAAAGGATTATGAAATTGTCTGGCCTCCAATGGTCATCATCATGAATACTAGACTGGATAAGGACGATAACGATAAGTGGCTCGGCATGGGCAACCAAGAGCTGCTGGAATACTTCGACAAGTATGAGGCTCTTAGAGCACGCCATTCCTATGGTCCACAGGGCCATCGTGGGATGAGTGTTCTGATGTTTGAGAGCAGTGCCACTGGCTATTTGGAGGCCGAACGCCTCCACCGGGAGTTAGCTGAGATGGGGTTAGATAGAATTGCCTGGGGTCAGAAGCGCAGTATGTTTTCTGGAGGTGTTCGCCAACTGTATGGCTTCCTTGCAACGAAGCAAGATCTGGACATATTCAATCAACACTCTCAAGGCAAAACAAGGCTGAAATTCGAGTTGAAATCATACCAAGAGATGGTTGTAAAGGAGCTGAGGCAGATCTCTGAGGACAATCAGCAGCTGAACTACTTTAAGAACAAGCTCTCAAAACAGAACAAGCACGCCAAGGTGCTTGAGGAATCTCTGGAAATTATGAGCGAGAAGCTGCGTAGAACTGCAGAGGATAATCGGATCGTGAGACAGAGAACTAAGATGCAGCATGAACAGAACAGGGAAGAGGTATGATTTTTCCTAGAAAATCACAAACTTGACATTTTGTATTACCTACTGATTCACATTTTTGATTATATTGTCCAACAAAAAACCTGTGGTGGTTTGAAGATGGATGCACACGACAGGTTTTTCATGGATTCAATCAAACAGATCCATGAAAGAAGAGACGCAAAGGAGGAGAATTTCGAGATGTTGCAGCAGCAGGAACGTGCCAAGGTTGTTGGCCAGCAGCAGCAGAACATTAATCCCTCTAGCAATGACGATTGCCGAAAGAGAGCTGAGGAAGTGTCAAGCTTCATCGAGTTTCAAGAGAAAGAGATGGAGGAGTTTGTGGAAGAGAGGGAGATGCTGATAAAAGATCAAGAGAAGAAGATGGAAGACATGAAGAAGAGGCATCACGAGGAGATATTTGATCTGGAGAAAGAATTTGATGAGGCTTTGGAACAGCTCATGTACAAGCATGGCCTTCACAATGAAGATGATTGAGACAAAAGTCTGGTACACAAGACAAGACTAAGTTTCTTTGTTTTGCTTTTGGTATGTCGGAAAGTAGGAGATCTGAGAGACTCCATTTAAATACTAGGACAAATCTAAGGAGATTATAGATTATTATCCTCCAATTTTTAGTAGACGGATCTAAGGAAGCATTAAGTTCTTGTGACTAAAACCAAGTTTCCTTAGTATTTTGTTTTTTTTTGGTAAAATTTCATATGAAAGTTAGACATATTACCAAACGTCAGAGTGAATCACAGAATGG
>AT5G23570.4
GCAAGACATGTTTACGTTGACAAACAAACAAAAATTAAGCAAGTCATGTTCGTAGCAATAAATTAATAGTGGGAACAATTAAGTTAAGCGAAAAAGGAAAAAAAAAGGTACAAAAATGAAAACAAAATCAAACTGAATGAAAATTTGGAGTCCAGAATCGGAAAAACGAGGCCGTTTTAGAGCTTAATAAGCTTCCTCATTTGTCTCTTCTTCGTCAGTTTATTTTCTTCCTCCGGAGTCCTGACTCACTACTCTCACTCTCCGGCGCTTTAAACTTACGTTCTCCGTCGTTTACTCTGTAAGTTTTCTGCCTTAGAGCCTCCGATCGCCTCACCGCATGCATTCTGTGCTCGATTTCTCTTTTTCTTCGCTGGAAAAATTGCCCTAATGTTCTCGATTTCGAAGGTTTTTGTGCTATGGGTTACTTTTTTCCCTATATTTTATAGTTCTTAGGTAACGATACCTGCGTCTTACTGTTTTTGTTCATTTTGTTGTGCTTTCACCGTTTAGTCGCTGATCGGAGTATTTGACTGTGAAAAATCCTTCGTTTTTTGGTTTTTGTTTCATATAAATCGGATTGATCTACCTTTTGTGCTTTGATGTTTGTTTTTTGAGCCTATGCGTTGTTGGCTTGTTATAACTTCACGTTCATGTGTGGATTTTGAGATTTTGGTAGTGACTGTGGGTTTCTTTGGTGGCTATAGGTTGTAAAAATGAGTTCTAGGGCTGGTCCAATGTCTAAGGAAAAGAACGTTCAGGGTGGTTATAGGCCTGAGGTTGAACAGTTGGTTCAAGGTTTGGCAGGGACGAGACTGGCTTCTTCACAAGATGATGGAGGAGAGTGGGAGGTCATTTCCAAGAAGAACAAGAACAAACCAGGAAACACTTCTGGAAAAACTTGGGTTTCTCAGAATTCGAATCCTCCTAGAGCTTGGGGTGGTCAGCAGCAAGGGAGAGGTAGCAACGTATCTGGGAGAGGAAACAATGTATCCGGGAGAGGTAACGGCAATGGTCGGGGCATTCAAGCTAACATATCTGGTCGGGGACGAGCGTTGAGCAGAAAGTATGATAACAACTTTGTGGCACCCCCACCTGTATCTCGCCCTCCTTTGGAAGGAGGATGGAATTGGCAGGCAAGAGGAGGTTCTGCTCAGCACACAGCTGTGCAGGAGTTTCCTGACGTGGAGGATGATGTGGATAATGCTTCTGAGGAAGAGAATGATTCCGATGCTTTGGATGATTCTGATGACGACCTTGCAAGTGATGATTATGACTCGGATGTGAGTCAAAAGAGCCATGGATCACGAAAGCAGAATAAGTGGTTCAAAAAGTTCTTTGGCAGCTTGGATAGCTTGTCGATCGAGCAGATAAATGAACCACAGAGGCAGTGGCATTGTCCAGCTTGTCAGAACGGACCTGGTGCCATCGATTGGTATAACCTGCACCCTCTACTAGCTCATGCGAGGACAAAAGGAGCTAGGCGAGTTAAGCTCCATAGAGAATTGGCTGAAGTTTTAGAAAAGGATCTACAGATGAGAGGCGCATCTGTCATTCCTTGTGGTGAGATTTATGGGCAGTGGAAGGGTTTGGGTGAGGATGAAAAGGATTATGAAATTGTCTGGCCTCCAATGGTCATCATCATGAATACTAGACTGGATAAGGACGATAACGATAAGTGGCTCGGCATGGGCAACCAAGAGCTGCTGGAATACTTCGACAAGTATGAGGCTCTTAGAGCACGCCATTCCTATGGTCCACAGGGCCATCGTGGGATGAGTGTTCTGATGTTTGAGAGCAGTGCCACTGGCTATTTGGAGGCCGAACGCCTCCACCGGGAGTTAGCTGAGATGGGGTTAGATAGAATTGCCTGGGGTCAGAAGCGCAGTATGTTTTCTGGAGGTGTTCGCCAACTGTATGGCTTCCTTGCAACGAAGCAAGATCTGGACATATTCAATCAACACTCTCAAGGCAAAACAAGGCTGAAATTCGAGTTGAAATCATACCAAGAGATGGTTGTAAAGGAGCTGAGGCAGATCTCTGAGGACAATCAGCAGCTGAACTACTTTAAGAACAAGCTCTCAAAACAGAACAAGCACGCCAAGGTGCTTGAGGAATCTCTGGAAATTATGAGCGAGAAGCTGCGTAGAACTGCAGAGGATAATCGGATCGTGAGACAGAGAACTAAGATGCAGCATGAACAGAACAGGGAAGAGGTATGATTTTTCCTAGAAAATCACAAACTTGACATTTTGTATTACCTACTGATTCACATTTTTGATTATATTGTCCAACAAAAAACCTGTGGTGGTTTGAAGATGGATGCACACGACAGGTTTTTCATGGATTCAATCAAACAGATCCATGAAAGAAGAGACGCAAAGGAGGAGAATTTCGAGATGTTGCAGCAGCAGGAACGTGCCAAGGTTGTTGGCCAGCAGCAGCAGAACATTAATCCCTCTAGCAATGACGATTGCCGAAAGAGAGCTGAGGAAGTGTCAAGCTTCATCGAGTTTCAAGAGAAAGAGATGGAGGAGTTTGTGGAAGAGAGGGAGATGCTGATAAAAGATCAAGAGAAGAAGATGGAAGACATGAAGAAGAGGCATCACGAGGAGATATTTGATCTGGAGAAAGAATTTGATGAGGCTTTGGAACAGCTCATGTACAAGCATGGCCTTCACAATGAAGATGATTGAGACAAAAGTCTGGTACACAAGACAAGACTAAGTTTCTTTGTTTTGCTTTTGGTATGTCGGAAAGTAGGAGATCTGAGAGACTCCATTTAAATACTAGGACAAATCTAAGGAGATTATAGATTATTATCCTCCAATTTTTAGTAGACGGATCTAAGGAAGCATTAAGTTCTTGTGACTAAAACCAAGTTTCCTTAGTATTTTGTTTTTTTTTGGTAAAATTTCATATGAAAGTTAGACATATTACCAAACGTCAGAGTGAATCACAGAATGG
>AT5G23570.3
GCAAGACATGTTTACGTTGACAAACAAACAAAAATTAAGCAAGTCATGTTCGTAGCAATAAATTAATAGTGGGAACAATTAAGTTAAGCGAAAAAGGAAAAAAAAAGGTACAAAAATGAAAACAAAATCAAACTGAATGAAAATTTGGAGTCCAGAATCGGAAAAACGAGGCCGTTTTAGAGCTTAATAAGCTTCCTCATTTGTCTCTTCTTCGTCAGTTTATTTTCTTCCTCCGGAGTCCTGACTCACTACTCTCACTCTCCGGCGCTTTAAACTTACGTTCTCCGTCGTTTACTCTGTAAGTTTTCTGCCTTAGAGCCTCCGATCGCCTCACCGCATGCATTCTGTGCTCGATTTCTCTTTTTCTTCGCTGGAAAAATTGCCCTAATGTTCTCGATTTCGAAGGTTTTTGTGCTATGGGTTACTTTTTTCCCTATATTTTATAGTTCTTAGGTAACGATACCTGCGTCTTACTGTTTTTGTTCATTTTGTTGTGCTTTCACCGTTTAGTCGCTGATCGGAGTATTTGACTGTGAAAAATCCTTCGTTTTTTGGTTTTTGTTTCATATAAATCGGATTGATCTACCTTTTGTGCTTTGATGTTTGTTTTTTGAGCCTATGCGTTGTTGGCTTGTTATAACTTCACGTTCATGTGTGGATTTTGAGATTTTGGTAGTGACTGTGGGTTTCTTTGGTGGCTATAGGTTGTAAAAATGAGTTCTAGGGCTGGTCCAATGTCTAAGGAAAAGAACGTTCAGGGTGGTTATAGGCCTGAGGTTGAACAGTTGGTTCAAGGTTTGGCAGGGACGAGACTGGCTTCTTCACAAGATGATGGAGGAGAGTGGGAGGTCATTTCCAAGAAGAACAAGAACAAACCAGGAAACACTTCTGGAAAAACTTGGGTTTCTCAGAATTCGAATCCTCCTAGAGCTTGGGGTGGTCAGCAGCAAGGGAGAGGTAGCAACGTATCTGGGAGAGGAAACAATGTATCCGGGAGAGGTAACGGCAATGGTCGGGGCATTCAAGCTAACATATCTGGTCGGGGACGAGCGTTGAGCAGAAAGTATGATAACAACTTTGTGGCACCCCCACCTGTATCTCGCCCTCCTTTGGAAGGAGGATGGAATTGGCAGGCAAGAGGAGGTTCTGCTCAGCACACAGCTGTGCAGGAGTTTCCTGACGTGGAGGATGATGTGGATAATGCTTCTGAGGAAGAGAATGATTCCGATGCTTTGGATGATTCTGATGACGACCTTGCAAGTGATGATTATGACTCGGATGTGAGTCAAAAGAGCCATGGATCACGAAAGCAGAATAAGTGGTTCAAAAAGTTCTTTGGCAGCTTGGATAGCTTGTCGATCGAGCAGATAAATGAACCACAGAGGCAGTGGCATTGTCCAGCTTGTCAGAACGGACCTGGTGCCATCGATTGGTATAACCTGCACCCTCTACTAGCTCATGCGAGGACAAAAGGAGCTAGGCGAGTTAAGCTCCATAGAGAATTGGCTGAAGTTTTAGAAAAGGATCTACAGATGAGAGGCGCATCTGTCATTCCTTGTGGTGAGATTTATGGGCAGTGGAAGGGTTTGGGTGAGGATGAAAAGGATTATGAAATTGTCTGGCCTCCAATGGTCATCATCATGAATACTAGACTGGATAAGGACGATAACGATAAGTGGCTCGGCATGGGCAACCAAGAGCTGCTGGAATACTTCGACAAGTATGAGGCTCTTAGAGCACGCCATTCCTATGGTCCACAGGGCCATCGTGGGATGAGTGTTCTGATGTTTGAGAGCAGTGCCACTGGCTATTTGGAGGCCGAACGCCTCCACCGGGAGTTAGCTGAGATGGGGTTAGATAGAATTGCCTGGGGTCAGAAGCGCAGTATGTTTTCTGGAGGTGTTCGCCAACTGTATGGCTTCCTTGCAACGAAGCAAGATCTGGACATATTCAATCAACACTCTCAAGGCAAAACAAGGCTGAAATTCGAGTTGAAATCATACCAAGAGATGGTTGTAAAGGAGCTGAGGCAGATCTCTGAGGACAATCAGCAGCTGAACTACTTTAAGAACAAGCTCTCAAAACAGAACAAGCACGCCAAGGTGCTTGAGGAATCTCTGGAAATTATGAGCGAGAAGCTGCGTAGAACTGCAGAGGATAATCGGATCGTGAGACAGAGAACTAAGATGCAGCATGAACAGAACAGGGAAGAGGTATGATTTTTCCTAGAAAATCACAAACTTGACATTTTGTATTACCTACTGATTCACATTTTTGATTATATTGTCCAACAAAAAACCTGTGGTGGTTTGAAGATGGATGCACACGACAGGTTTTTCATGGATTCAATCAAACAGATCCATGAAAGAAGAGACGCAAAGGAGGAGAATTTCGAGATGTTGCAGCAGCAGGAACGTGCCAAGGTTGTTGGCCAGCAGCAGCAGAACATTAATCCCTCTAGCAATGACGATTGCCGAAAGAGAGCTGAGGAAGTGTCAAGCTTCATCGAGTTTCAAGAGAAAGAGATGGAGGAGTTTGTGGAAGAGAGGGAGATGCTGATAAAAGATCAAGAGAAGAAGATGGAAGACATGAAGAAGAGGCATCACGAGGAGATATTTGATCTGGAGAAAGAATTTGATGAGGCTTTGGAACAGCTCATGTACAAGCATGGCCTTCACAATGAAGATGATTGAGACAAAAGTCTGGTACACAAGACAAGACTAAGTTTCTTTGTTTTGCTTTTGGTATGTCGGAAAGTAGGAGATCTGAGAGACTCCATTTAAATACTAGGACAAATCTAAGGAGATTATAGATTATTATCCTCCAATTTTTAGTAGACGGATCTAAGGAAGCATTAAGTTCTTGTGACTAAAACCAAGTTTCCTTAGTATTTTGTTTTTTTTTGGTAAAATTTCATATGAAAGTTAGACATATTACCAAACGTCAGAGTGAATCACAGAATGG
>AT5G23570.1
GCAAGACATGTTTACGTTGACAAACAAACAAAAATTAAGCAAGTCATGTTCGTAGCAATAAATTAATAGTGGGAACAATTAAGTTAAGCGAAAAAGGAAAAAAAAAGGTACAAAAATGAAAACAAAATCAAACTGAATGAAAATTTGGAGTCCAGAATCGGAAAAACGAGGCCGTTTTAGAGCTTAATAAGCTTCCTCATTTGTCTCTTCTTCGTCAGTTTATTTTCTTCCTCCGGAGTCCTGACTCACTACTCTCACTCTCCGGCGCTTTAAACTTACGTTCTCCGTCGTTTACTCTGTAAGTTTTCTGCCTTAGAGCCTCCGATCGCCTCACCGCATGCATTCTGTGCTCGATTTCTCTTTTTCTTCGCTGGAAAAATTGCCCTAATGTTCTCGATTTCGAAGGTTTTTGTGCTATGGGTTACTTTTTTCCCTATATTTTATAGTTCTTAGGTAACGATACCTGCGTCTTACTGTTTTTGTTCATTTTGTTGTGCTTTCACCGTTTAGTCGCTGATCGGAGTATTTGACTGTGAAAAATCCTTCGTTTTTTGGTTTTTGTTTCATATAAATCGGATTGATCTACCTTTTGTGCTTTGATGTTTGTTTTTTGAGCCTATGCGTTGTTGGCTTGTTATAACTTCACGTTCATGTGTGGATTTTGAGATTTTGGTAGTGACTGTGGGTTTCTTTGGTGGCTATAGGTTGTAAAAATGAGTTCTAGGGCTGGTCCAATGTCTAAGGAAAAGAACGTTCAGGGTGGTTATAGGCCTGAGGTTGAACAGTTGGTTCAAGGTTTGGCAGGGACGAGACTGGCTTCTTCACAAGATGATGGAGGAGAGTGGGAGGTCATTTCCAAGAAGAACAAGAACAAACCAGGAAACACTTCTGGAAAAACTTGGGTTTCTCAGAATTCGAATCCTCCTAGAGCTTGGGGTGGTCAGCAGCAAGGGAGAGGTAGCAACGTATCTGGGAGAGGAAACAATGTATCCGGGAGAGGTAACGGCAATGGTCGGGGCATTCAAGCTAACATATCTGGTCGGGGACGAGCGTTGAGCAGAAAGTATGATAACAACTTTGTGGCACCCCCACCTGTATCTCGCCCTCCTTTGGAAGGAGGATGGAATTGGCAGGCAAGAGGAGGTTCTGCTCAGCACACAGCTGTGCAGGAGTTTCCTGACGTGGAGGATGATGTGGATAATGCTTCTGAGGAAGAGAATGATTCCGATGCTTTGGATGATTCTGATGACGACCTTGCAAGTGATGATTATGACTCGGATGTGAGTCAAAAGAGCCATGGATCACGAAAGCAGAATAAGTGGTTCAAAAAGTTCTTTGGCAGCTTGGATAGCTTGTCGATCGAGCAGATAAATGAACCACAGAGGCAGTGGCATTGTCCAGCTTGTCAGAACGGACCTGGTGCCATCGATTGGTATAACCTGCACCCTCTACTAGCTCATGCGAGGACAAAAGGAGCTAGGCGAGTTAAGCTCCATAGAGAATTGGCTGAAGTTTTAGAAAAGGATCTACAGATGAGAGGCGCATCTGTCATTCCTTGTGGTGAGATTTATGGGCAGTGGAAGGGTTTGGGTGAGGATGAAAAGGATTATGAAATTGTCTGGCCTCCAATGGTCATCATCATGAATACTAGACTGGATAAGGACGATAACGATAAGTGGCTCGGCATGGGCAACCAAGAGCTGCTGGAATACTTCGACAAGTATGAGGCTCTTAGAGCACGCCATTCCTATGGTCCACAGGGCCATCGTGGGATGAGTGTTCTGATGTTTGAGAGCAGTGCCACTGGCTATTTGGAGGCCGAACGCCTCCACCGGGAGTTAGCTGAGATGGGGTTAGATAGAATTGCCTGGGGTCAGAAGCGCAGTATGTTTTCTGGAGGTGTTCGCCAACTGTATGGCTTCCTTGCAACGAAGCAAGATCTGGACATATTCAATCAACACTCTCAAGGCAAAACAAGGCTGAAATTCGAGTTGAAATCATACCAAGAGATGGTTGTAAAGGAGCTGAGGCAGATCTCTGAGGACAATCAGCAGCTGAACTACTTTAAGAACAAGCTCTCAAAACAGAACAAGCACGCCAAGGTGCTTGAGGAATCTCTGGAAATTATGAGCGAGAAGCTGCGTAGAACTGCAGAGGATAATCGGATCGTGAGACAGAGAACTAAGATGCAGCATGAACAGAACAGGGAAGAGGTATGATTTTTCCTAGAAAATCACAAACTTGACATTTTGTATTACCTACTGATTCACATTTTTGATTATATTGTCCAACAAAAAACCTGTGGTGGTTTGAAGATGGATGCACACGACAGGTTTTTCATGGATTCAATCAAACAGATCCATGAAAGAAGAGACGCAAAGGAGGAGAATTTCGAGATGTTGCAGCAGCAGGAACGTGCCAAGGTTGTTGGCCAGCAGCAGCAGAACATTAATCCCTCTAGCAATGACGATTGCCGAAAGAGAGCTGAGGAAGTGTCAAGCTTCATCGAGTTTCAAGAGAAAGAGATGGAGGAGTTTGTGGAAGAGAGGGAGATGCTGATAAAAGATCAAGAGAAGAAGATGGAAGACATGAAGAAGAGGCATCACGAGGAGATATTTGATCTGGAGAAAGAATTTGATGAGGCTTTGGAACAGCTCATGTACAAGCATGGCCTTCACAATGAAGATGATTGAGACAAAAGTCTGGTACACAAGACAAGACTAAGTTTCTTTGTTTTGCTTTTGGTATGTCGGAAAGTAGGAGATCTGAGAGACTCCATTTAAATACTAGGACAAATCTAAGGAGATTATAGATTATTATCCTCCAATTTTTAGTAGACGGATCTAAGGAAGCATTAAGTTCTTGTGACTAAAACCAAGTTTCCTTAGTATTTTGTTTTTTTTTGGTAAAATTTCATATGAAAGTTAGACATATTACCAAACGTCAGAGTGAATCACAGAATGG

CDS Sequence

Protein Sequence