Ate1 mRNA localized to the tips of the growth cones, likely due to zipcode-mediated targeting. Both ATE1 and arginylated beta-actin are localized at the growth cones
DdAte1-GFP localization in the cytosol and nucleus is more persistent than in transient pseudopodial protruxadsions. DdAte1-GFP expressing cells are measured in nuclei, cytosol, and lamellipodia. DdAte1-GFP is slightly more prominent in cortical protrusions than in the nucleus. Localization analysis of GFP-tagged Ate1, overview
DdAte1-GFP localization in the cytosol and nucleus is more persistent than in transient pseudopodial protruxadsions. DdAte1-GFP expressing cells are measured in nuclei, cytosol, and lamellipodia. DdAte1-GFP is slightly more prominent in cortical protrusions than in the nucleus. Localization analysis of GFP-tagged Ate1, overview
DdAte1-GFP localization in the cytosol and nucleus is more persistent than in transient pseudopodial protruxadsions. DdAte1-GFP expressing cells are measured in nuclei, cytosol, and lamellipodia. DdAte1-GFP is slightly more prominent in cortical protrusions than in the nucleus. Localization analysis of GFP-tagged Ate1, overview
ATE1 prominently localizes to the growth cones, in addition to the cell bodies. The Ate1 mRNA sequence reveals the existence of putative zipcode-binding sequences involved in mRNA targeting to the cell periphery and local translation at the growth cones
ATE1 prominently localizes to the growth cones, in addition to the cell bodies. The Ate1 mRNA sequence reveals the existence of putative zipcode-binding sequences involved in mRNA targeting to the cell periphery and local translation at the growth cones