Autophagy mediates temporary reprogramming and dedifferentiation in plant somatic cells
E Rodriguez, J Chevalier, J Olsen, J Ansbøl… - The EMBO …, 2020 - embopress.org
Somatic cells acclimate to changes in the environment by temporary reprogramming. Much
has been learned about transcription factors that induce these cell‐state switches in both
plants and animals, but how cells rapidly modulate their proteome remains elusive. Here, we
show rapid induction of autophagy during temporary reprogramming in plants triggered by
phytohormones, immune, and danger signals. Quantitative proteomics following sequential
reprogramming revealed that autophagy is required for timely decay of previous cellular …
has been learned about transcription factors that induce these cell‐state switches in both
plants and animals, but how cells rapidly modulate their proteome remains elusive. Here, we
show rapid induction of autophagy during temporary reprogramming in plants triggered by
phytohormones, immune, and danger signals. Quantitative proteomics following sequential
reprogramming revealed that autophagy is required for timely decay of previous cellular …
[PDF][PDF] Autophagy mediates temporary reprogramming and dedifferentiation in plant somatic cells
MS Kuenzl, K Mechtler, S Lolle, Y Dagdas, M Petersen - scholar.archive.org
Much has been learned about transcription factors that induce these cell-state switches in
both plants and animals, but how cells rapidly modulate their proteome remains elusive.
Here, we show rapid induction of autophagy during temporary reprogramming in plants
triggered by phytohormones, immune and danger signals.
both plants and animals, but how cells rapidly modulate their proteome remains elusive.
Here, we show rapid induction of autophagy during temporary reprogramming in plants
triggered by phytohormones, immune and danger signals.
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