Gradient Expression of Transcription Factor Imposes a Boundary on Organ Regeneration Potential in Plants. Durgaprasad, K., Roy, M. V., Venugopal M., A., Kareem, A., Raj, K., Willemsen, V., Mähönen, A. P., Scheres, B., & Prasad, K. Cell Reports, 29(2):453–463.e3, October, 2019. ![Gradient Expression of Transcription Factor Imposes a Boundary on Organ Regeneration Potential in Plants [link]](https://bibbase.org/img/filetypes/link.svg "link")
Paper doi abstract bibtex A wide variety of multicellular organisms across the kingdoms display remarkable ability to restore their tissues or organs when they suffer damage. However, the ability to repair damage is not uniformly distributed throughout body parts. Here, we unravel the elusive mechanistic basis of boundaries on organ regeneration potential using root tip resection as a model and show that the dosage of gradient-expressed PLT2 transcription factor is the underlying cause. While transient downregulation of PLT2 in distinct set of plt mutant backgrounds renders meristematic cells incapable of regeneration, forced expression of PLT2 acts through auto-activation to confer regeneration potential to the cells undergoing differentiation. Surprisingly, sustained exposure to nuclear PLT2, beyond a threshold, leads to reduction of regeneration potential despite giving rise to longer meristem. Our studies reveal dosage-dependent role of gradient-expressed PLT2 in root tip regeneration and uncouple the size of an organ from its regeneration potential.
@article{durgaprasad_gradient_2019,
title = {Gradient {Expression} of {Transcription} {Factor} {Imposes} a {Boundary} on {Organ} {Regeneration} {Potential} in {Plants}},
volume = {29},
issn = {2211-1247},
url = {https://www.sciencedirect.com/science/article/pii/S2211124719311611},
doi = {10.1016/j.celrep.2019.08.099},
abstract = {A wide variety of multicellular organisms across the kingdoms display remarkable ability to restore their tissues or organs when they suffer damage. However, the ability to repair damage is not uniformly distributed throughout body parts. Here, we unravel the elusive mechanistic basis of boundaries on organ regeneration potential using root tip resection as a model and show that the dosage of gradient-expressed PLT2 transcription factor is the underlying cause. While transient downregulation of PLT2 in distinct set of plt mutant backgrounds renders meristematic cells incapable of regeneration, forced expression of PLT2 acts through auto-activation to confer regeneration potential to the cells undergoing differentiation. Surprisingly, sustained exposure to nuclear PLT2, beyond a threshold, leads to reduction of regeneration potential despite giving rise to longer meristem. Our studies reveal dosage-dependent role of gradient-expressed PLT2 in root tip regeneration and uncouple the size of an organ from its regeneration potential.},
number = {2},
urldate = {2026-09-07},
journal = {Cell Reports},
author = {Durgaprasad, Kavya and Roy, Merin V. and Venugopal M., Anjali and Kareem, Abdul and Raj, Kiran and Willemsen, Viola and Mähönen, Ari Pekka and Scheres, Ben and Prasad, Kalika},
month = oct,
year = {2019},
keywords = {PLETHORA gradient, autoregulation, dosage dependent, lateral root, multicellular organism, organ regeneration, organ size, root meristem, stem cells},
pages = {453--463.e3},
}
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