Abstract
Understanding the regulation of radial growth that underlies wood development is of great importance for future use of tree products as a renewable resource. For this purpose, we have performed a detailed analysis of cytokinin function in the regulation of cambial development in a tree stem. Furthermore, we have identified potential cytokinin signaling response genes active during the secondary development in Arabidopsis and currently studying the best candidate genes also in Populus.
Highlights
Understanding the regulation of radial growth that underlies wood development is of great importance for future use of tree products as a renewable resource
We have performed a detailed analysis of cytokinin function in the regulation of cambial development in a tree stem
We have identified potential cytokinin signaling response genes active during the secondary development in Arabidopsis and currently studying the best candidate genes in Populus
Summary
Introduction Understanding the regulation of radial growth that underlies wood development is of great importance for future use of tree products as a renewable resource.
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