Research
Hyphal Elongation and Branching
Using the wealth of genetic and cell biology-related tools available for Neurospora crassa (whose hyphae can elongate at up to 4mm per hour), we are dissecting the molecular mechanisms involved in the initiation, maintenance and regulation of polar growth and development in filamentous fungi.
Fungi in the Marine Environment
We are analyzing culturable fungi associated with sessile marine animals (mainly sponges and coral) with the intention of identifying and quantifying their mycobiome constituents. We are also studying the potential contribution of these fungi to coral wellbeing and their ability to produce bioactive products.
Trichoderma Germination and Mycoparasitism
Many members of the genus Trichoderma exhibit mycoparasitic capabilities and are thus candidates for use as environmental-friendly biocontrol agents. We are studying the mechanistic aspects of conidial germination and interaction with host fungi to elucidate the nature of Trichoderma growth and proliferation with the intention of improving its performance in biocontrol.
Wood Decay Fungi
White rot fungi, such as Pleurotus ostreatus, have unique capabilities to degrade lignin and other complex natural and xenobiotic compounds. In close collaboration with Prof. Yitzhak Hadar, we are studying the regulation of lignin degradation in culture and on natural substrates and the interactions between P. ostreatus and other wood-decaying fungi.
