HYBRID EVENT
September 14-16, 2026 | Rome, Italy

Antisense RNA in plant regulation

Antisense RNA in plant regulation

Antisense RNA (asRNA) plays a pivotal role in the regulation of gene expression in plants. By hybridizing with complementary sense RNA, asRNA can inhibit the translation of target mRNAs, effectively silencing specific genes. This mechanism is part of the broader RNA interference (RNAi) pathway, which is crucial for plant development, stress responses, and defense against pathogens. The manipulation of asRNA can be employed to enhance desired traits in crops, such as increased resistance to diseases or improved nutritional quality. Research into asRNA holds potential for innovative biotechnological applications in agriculture and plant breeding.

Committee Members
Speaker at Plant Science and Molecular Biology 2026 - Rajnish Khanna

Rajnish Khanna

Visiting Scientist, Stanford University & CEO, i-Cultiver, United States
Speaker at Plant Science and Molecular Biology 2026 - Usha R Palaniswamy

Usha R Palaniswamy

Maria College, United States
Speaker at Plant Science and Molecular Biology 2026 - Jeremy Sweet

Jeremy Sweet

Sweet Environmental Consultants, United Kingdom
GPMB 2026 Speakers
Speaker at Plant Science and Molecular Biology 2026 - Franco Paolinelli

Franco Paolinelli

SAP – Silvicultura Agrocultura Paesaggio (NGO), Italy
Speaker at Plant Science and Molecular Biology 2026 - Eva Kunnemann

Eva Kunnemann

Independent Researcher, Switzerland
Speaker at Plant Science and Molecular Biology 2026 - Rachel Amir

Rachel Amir

Tel Hai University, Israel
Speaker at Plant Science and Molecular Biology 2026 - Teja Sri Vengala

Teja Sri Vengala

Rare Earth Genomics, United States
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