sustainable-production
Sustainable production in plant science refers to agricultural and horticultural methods designed to maintain long-term productivity while minimizing environmental degradation and resource depletion. This is essential for plant science because it addresses the critical balance between meeting global food and material demands while preserving soil health, water systems, and biodiversity. Research in sustainable production develops techniques that optimize crop yield, reduce chemical inputs, and enhance plant resilience to environmental stress—ultimately supporting both human food security and ecosystem stability.
PubMed · 2026-02-20
Scientists are developing sustainable ways to manufacture terpenoid compounds (used in flavors and fragrances) using engineered microbes instead of extracting them from plants or making them chemically, making these valuable compounds cheaper and more environmentally friendly to produce.
Synthetic biology enables microbial cell factories to produce terpenoids using low-cost substrates, offering a sustainable alternative to plant extraction and chemical synthesis
Critical engineering strategies include enzyme modification, dynamic pathway regulation, cellular compartmentalization, and enhanced tolerance to terpenoid toxicity
Selecting compatible host strains and integrating multiple engineering strategies with advanced technologies significantly improves biosynthesis efficiency