Publication: Pattern formation in auxin flux
Pattern formation in auxin flux
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Feller, C., Gabriel, J.-P., Mazza, C., & Yerly, F. (2014). Pattern formation in auxin flux. Journal of Mathematical Biology, 68, 879–909. https://doi.org/10.1007/s00285-013-0655-9
Abstract
Abstract
Abstract
The plant hormone auxin is fundamental for plant growth, and its spatial distribution in plant tissues is critical for plant morphogenesis. We consider a leading model of the polar auxin flux, and study in full detail the stability of the possible equilibrium configurations. We show that the critical states of the auxin transport process are composed of basic building blocks, which are isolated in a background of auxin depleted cells, and are not geometrically regular in general. The same model was considered recently through a contin
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Creators (Authors)
- Feller, Chrystel
- Gabriel, Jean-Pierre
- Mazza, Christian
- Yerly, Florence
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Citations
Feller, C., Gabriel, J.-P., Mazza, C., & Yerly, F. (2014). Pattern formation in auxin flux. Journal of Mathematical Biology, 68, 879–909. https://doi.org/10.1007/s00285-013-0655-9
