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Chloroplast Genetic Engineering

Chloroplast Genetic Engineering

Chloroplast genetic engineering involves modifying the chloroplast genome to introduce new traits in plants, such as enhanced photosynthesis, pest resistance, or production of valuable compounds. Since chloroplasts contain their own DNA, which is inherited maternally, genetic modifications in chloroplasts do not transfer through pollen, reducing environmental risk. Chloroplast engineering has applications in creating biofortified crops and producing pharmaceuticals and biodegradable plastics within plant tissues. Additionally, because chloroplasts can produce proteins in large quantities, they are ideal for developing cost-effective and sustainable plant-based biomanufacturing systems, contributing to advances in both agriculture and biotechnology.

Committee Members
Speaker at Plant Biology and Biotechnology 2026 - P E Rajasekharan

P E Rajasekharan

ICAR-IIHR, India
Speaker at Plant Biology and Biotechnology 2026 - Valasia Iakovoglou

Valasia Iakovoglou

UNESCO chair Con-E-Ect, International Hellenic University, Greece
Speaker at Plant Biology and Biotechnology 2026 - Rameshkumar K B

Rameshkumar K B

Jawaharlal Nehru Tropical Botanic Garden and Research Institute, India
GPB 2026 Speakers
Speaker at Plant Biology and Biotechnology 2026 - Selina Sterup Moore
Selina Sterup Moore
Aarhus University, Denmark
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