The root meristem is a group of stem cells at the root tip that give rise to differentiated root tissues. The root meristem exists as a balance between new cells added by proliferation, and daughter cells removed by differentiation. The plant hormone, auxin, seems to oversee meristem cell proliferation, while the plant hormone, cytokinin, oversees differentiation. Using Arabidopsis plants, mutants, and expression and chromatin analysis, Dello Ioio et al. (p. 1380) find that signaling pathways from the two hormones converge on the SHY2 gene. Cytokinin activates the SHY2 gene, the effects of which cascade toward redistributing auxin. Auxin, on the other hand, directs degradation of the SHY2 protein, thus stabilizing auxin distribution
<div><p>The study of the concerted action of hormones and transcription factors is fundamental to un...
Upon seed germination, apical meristems grow as cell division prevails over differentiation and reac...
A key question in plant developmental biology is how cell division and cell differentiation are bala...
The root meristem is a group of stem cells at the root tip that give rise to differentiated root tis...
Plant growth and development are sustained by meristems. Meristem activity is controlled by auxin an...
Post-embryonic plant growth and development are sustained by meristems, a source of undifferentiated...
Root growth and development in Arabidopsis thaliana are sustained by a specialised zone termed the m...
Plant postembryonic development takes place in the meristems, where stem cells self-renew and produc...
Plant postembryonic development takes place in the meristems, where stem cells self-renew and produc...
SummaryPlant postembryonic development takes place in the meristems, where stem cells self-renew and...
SummaryBackgroundIn the root apical meristem, which contains the stem cells that feed into root deve...
International audienceThe study of the concerted action of hormones and transcription factors is fun...
The study of the concerted action of hormones and transcription factors is fundamental to understand...
Upon seed germination, apical meristems grow as cell division prevails over differentiation and reac...
Perhaps the most amazing feature of plants is their ability to grow and regenerate for years, someti...
<div><p>The study of the concerted action of hormones and transcription factors is fundamental to un...
Upon seed germination, apical meristems grow as cell division prevails over differentiation and reac...
A key question in plant developmental biology is how cell division and cell differentiation are bala...
The root meristem is a group of stem cells at the root tip that give rise to differentiated root tis...
Plant growth and development are sustained by meristems. Meristem activity is controlled by auxin an...
Post-embryonic plant growth and development are sustained by meristems, a source of undifferentiated...
Root growth and development in Arabidopsis thaliana are sustained by a specialised zone termed the m...
Plant postembryonic development takes place in the meristems, where stem cells self-renew and produc...
Plant postembryonic development takes place in the meristems, where stem cells self-renew and produc...
SummaryPlant postembryonic development takes place in the meristems, where stem cells self-renew and...
SummaryBackgroundIn the root apical meristem, which contains the stem cells that feed into root deve...
International audienceThe study of the concerted action of hormones and transcription factors is fun...
The study of the concerted action of hormones and transcription factors is fundamental to understand...
Upon seed germination, apical meristems grow as cell division prevails over differentiation and reac...
Perhaps the most amazing feature of plants is their ability to grow and regenerate for years, someti...
<div><p>The study of the concerted action of hormones and transcription factors is fundamental to un...
Upon seed germination, apical meristems grow as cell division prevails over differentiation and reac...
A key question in plant developmental biology is how cell division and cell differentiation are bala...