PhotoLab

Our research investigates the molecular mechanisms that regulate photosynthesis, chloroplast development, and plastid-to-nucleus communication in plants.

Using Arabidopsis thaliana and barley (Hordeum vulgare) as model systems, we combine molecular genetics, biochemistry, and proteomics to uncover how plants optimize their photosynthetic performance and adapt to changing environments.

Beyond fundamental plant biology, we aim to translate scientific discoveries into innovative solutions for sustainable agriculture. Our work focuses on developing dual-purpose barley varieties for grain and biofuel production, and on identifying peptide aptamers as environmentally friendly tools for crop protection.

From photosynthesis to sustainable biotechnology, our goal is to bridge fundamental research and real-world applications.

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Crop Improvement and Bioenergy

Using barley as a model crop, we investigate the genetic and physiological traits that can support the development of dual-purpose varieties capable of producing both high-quality grain and biomass for biofuel production. Our goal is to contribute to more sustainable and resource-efficient agricultural systems.

Novel Biotechnological Tools for Plant Protection

We also exploit yeast two-hybrid technology to identify peptide aptamers that interfere with key biological processes in plant pathogens and pests. These molecules represent promising candidates for the development of next-generation, environmentally friendly pesticides, offering sustainable alternatives to conventional crop protection strategies.

Our Vision

By combining fundamental plant biology with applied research, we aim to advance our understanding of photosynthetic organisms while developing innovative solutions to address global challenges in food security, renewable energy, and sustainable agriculture.

PhotoLab

Crop Improvement and Bioenergy

Novel Biotechnological Tools for Plant Protection

Our Vision

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