Nanomaterials are revolutionizing the products we use everyday. We are focused on studying engineered nanomaterials and their applications in plant biochemistry, as well as assessing their ecological impact on primary producers. Our interdisciplinary approach combines biochemical, photophysical, nanobionic, biophotonics and ecophysiology to explore the potential of nanomaterials in enhancing plant growth and understanding their interactions with biological systems (from molecules to ecosystems).
Environmental Nanobionic and Biophotonics
Some topics of interest:
Nanocarriers as Pesticide Delivery Platform in Crop Plants
We investigate the use of smart nanocarriers as a delivery platform for pesticides in crop plants. Our research aims to understand the modes of action and impacts of these nanocarriers on plant health and pesticide efficacy.
Luminescent Nanomaterials for Photosynthesis Enhancement
We study the use of luminescent nanomaterials to enhance photosynthesis in plants. Our research focuses on evaluating the physicochemical properties of these nanomaterials and understanding their biochemical and biophysical impact and applications on plant growth and development.
Toxicity and Interactions of Nanostructures with Biomolecules and Protein Targets
We analyze the potential toxicity and interactions of various nanostructures with specific molecules and protein targets. Our research combines experimental and theoretical tools to understand the biological behavior of these nanostructures.
Nanopollutants in Primary Trophic Levels
Our research combines cutting-edge techniques in nanotechnology and ecological studies to unravel the implications of these tiny particles on the foundational organisms in ecosystems.
