
Volatile silicon compounds and their effects on indoor air quality
This research project examines the effect of volatile silicon compounds on indoor air quality.
A research collaboration between the University of Melbourne and the CNRS in Lyon, France, is studying the role of tissue mechanics in regulating seed growth.
The goals of the project are to:
The coordinated growth of tissues in multicellular organisms depends on communication within and between cells. This communication relies on signalling pathways, including pathways that respond to mechanical stimuli.
The genetic networks that are regulated by these mechano-responsive pathways are well characterised in animals. However, they are largely unknown in plants.
This project is part of a larger research program that aims to understand how mechanical forces determine the shape of a plant. The research uses thale cress, Arabidopsis thaliana, as a model system.
This research program is a collaboration between research groups headed by Dr John Golz from the University of Melbourne and Dr Gwyneth Ingram from the CNRS and ENS-Lyon.
The University of Melbourne: Dr John Golz
CNRS: Dr Gwyneth Ingram and Dr Benoit Landrein
This research project examines the effect of volatile silicon compounds on indoor air quality.
This research project will study how the protein netrin-1 helps colorectal cancer cells resist therapy.
This research project aims to investigate human-river interactions in urban areas.
This research project aims to characterise p97, an ATPase with essential roles in many cellular processes.