MiR156-controlled SPL transcription factors not only regulate leaf size, speed of leaf initiation, phase change, flowering and trichome formation, but also anthocyanin biosynthesis.
Just out in Plant Cell: MiR156-controlled SPL transcription factors not only regulate leaf size, speed of … Read the rest
Marco Todesco will receive the Otto Hahn Medal of the Max Planck Society for this PhD dissertation.
Marco Todesco will receive the Otto Hahn Medal of the Max Planck Society for this PhD dissertation. It comes with the medal shown … Read the rest
How one can lost a major part of its genome in just 10 million years?
If you want to find out how one can lost a major part of its genome in just 10 million years or so, and to … Read the rest
Although there are relatively few miRNAs in Arabidopsis, they are more highly connected than one would expect by chance, and form regulatory networks with many direct interactions.
These networks in turn have important roles in the control of development. Read … Read the rest
Implications of next-generation sequencing enabled genetic approaches for plant biology and plant breeding.
In this review, we discuss the implications of next-generation sequencing enabled genetic approaches for plant biology and plant breeding.… Read the rest
Department of Molecular Biology
Max Planck Institute for
Biology Tübingen
D-72076 Tübingen, Germany
