I specialize in plant-microbe interactions, disease resistance, and innovative solutions for agriculture, biodiversity, and human health in a changing environment. My interdisciplinary approach, including AI and machine learning, drives my research.

I explore the relationships between plants and microbes to enhance disease resistance. Using advanced techniques like mathematical modeling, sequencing, single-cell tech, and evolutionary approaches, I develop sustainable strategies. These strategies reduce pesticide use and elevate plant resistance. An ERC Starting Grant supports part of my research.

I aim to improve agricultural productivity while preserving biodiversity. Additionally, I study the connections between plant-microbe interactions and human health. This exploration leads to innovative solutions in medicine and nutrition. My work promotes sustainable agriculture, ensuring food security, environmental conservation, and human well-being.

Keywords: Agriculture improvement, Biodiversity preservation, Environmental conservation, Human well-being.

Agriculture
Agronomy
Biochemistry
Bioengineering
Bioinformatics
Biology of interactions
Biology of Organisms
Biomathematics
Biotechnology
Biotechnology (excluding environmental, medical, agricultural and food)
Chemical Engineering
Crop Science
Evolutionary Biology
Genetics and heredity (excluding Medical Genetics)
Genomics
Metabolism
Microbiology
Molecular Biology
Organic Chemistry
Plant Biotechnology
Plant Protection
Plant Sciences
Population Genetics
Quantitative genetics
Selection using molecular markers
Technology of genetic engineering (crops and livestock)
Theoretical Biology
Virology

I seek to join a project aligning with my expertise in plant-microbe interactions, disease resistance, and innovative solutions for agriculture, biodiversity, and human health. Particularly interested in investigating plant-microbe interactions and disease resistance in crops, I'm open to projects exploring sustainable agriculture, biodiversity conservation, and plant-microbe applications in human health. As an interdisciplinary researcher with microbiology, computational biology, and genetics expertise, I can contribute to project design, experimentation, data analysis, and modeling. I value collaborations that prioritize sustainability, societal impact, and international perspectives. Let's explore potential collaborations to advance scientific knowledge and address global challenges in agriculture, biodiversity, and human health.

plant-microbe interactions, disease resistance, agriculture improvement, biodiversity conservation, sustainable practices, human health, interdisciplinary research, microbiology, computational biology, genetics

Seeking networking opportunities to connect, exchange ideas, and collaborate. Attending ISMPMI congress and relevant microbiology, computational biology, and genetics conferences. Excited to engage in discussions and sessions and meet researchers interested in plant-microbe interactions, disease resistance, and sustainable agriculture. Let's discuss collaborations or exchange knowledge via email or conference platforms.