scientific Sessions

This session will delve into cutting-edge developments in greenhouse seed biotechnology, focusing on genetic enhancements, molecular biology techniques, and precision breeding for controlled environment agriculture. With the increasing demand for high-yield, stress-resistant, and nutritionally enriched crops, innovative approaches in plant science are transforming greenhouse cultivation. Discussions will highlight the integration of molecular tools, biotechnological breakthroughs, and climate-adaptive breeding strategies at the Plant Science and Molecular Biology World Conference.
 

Key Topics:
 

Genomic Innovations in Greenhouse Seed Development

Advanced gene-editing techniques (CRISPR, TALEN) for trait enhancement

Molecular markers and genomic selection for Precision Breeding
 

Enhancing Climate Resilience and Stress Tolerance

Breeding for resistance against greenhouse-specific pathogens

Genetic Approaches to Improve water-use and Nutrient Efficiency
 

Biofortification and Quality Enhancement

Developing nutrient-rich greenhouse crops through metabolic engineering

Enhancing flavor, shelf life, and market appeal via molecular breeding
 

Innovative Seed Technologies and Digital Agriculture

AI-driven data analytics for accelerated hybridization and selection

IoT-enabled monitoring for optimal greenhouse seed performance
 

Sustainability and Eco-Friendly Seed Development

Breeding climate-smart crops to reduce environmental impact

Use of bio-based coatings and organic seed treatments
 

Regulatory Frameworks and Global Adoption

Policies governing genetically improved greenhouse seeds

Challenges and opportunities in commercial greenhouse seed markets
 

This session, which brings together scientists, plant breeders, agronomists, and industry experts, aims to drive innovation, sustainability, and productivity in modern greenhouse farming through molecular biology and advanced plant science solutions.