Nicotiana tabacum(NIOTA)
Pests of Nicotiana tabacum (NIOTA)
gd.eppo.intHere are the latest publicly available highlights on Nicotiana tabacum (tobacco) up to 2026:
-
Genome sequencing and assembly progress: Recent reviews summarize substantial advances in assembling and annotating the Nicotiana tabacum genome, including improved contig and chromosome-scale assemblies for multiple cultivars. These efforts enhance understanding of nicotine biosynthesis, secondary metabolism, and trait variation across tobacco lines [Frontiers in Plant Science, 2024; NCBI/PMC summaries, 2024–2026]. This helps breeders and researchers link genes to phenotypes more reliably.
- Citation: Frontiers in Plant Science article on the retrospection and prospects of the N. tabacum genome sequencing and related 2024–2026 genome reports [web sources 3, 10].
-
Nicotine biosynthesis and regulation: Key studies continue to map the regulatory network controlling nicotine and related alkaloid pathways, including transcription factors and enzyme steps that determine leaf alkaloid content. These insights inform metabolic engineering for lower nicotine varieties or altered alkaloid profiles for non-nicotine uses.
- Citation: 2024–2026 genetic regulation and manipulation research in Journal of Experimental Botany and related plant-science literature.[6]
-
Applications in plant biotechnology and phytoremediation: Tobacco remains a model system for plant biotechnology. Recent work explores engineering tobacco lines for enhanced tolerance to environmental stress, phytoremediation traits, and transient expression platforms, leveraging its well-characterized genetics and high biomass.
- Citation: Research summaries on microbial tolerance, TNT remediation, and plastid transformation in Nicotiana tabacum.[1][2]
-
Agricultural importance and global distribution: Tobacco is still a major cash crop in several large producers (e.g., USA, China, Brazil, India), with ongoing breeding aimed at quality, yield, and curing properties, alongside health and regulatory discussions surrounding nicotine and tobacco-derived products.
- Citation: Overviews in recent reviews and data compilations on tobacco’s global status.[2][4]
-
Health and environmental considerations: Modern reviews cover the potential cytotoxic and antimicrobial activities of tobacco extracts, as well as environmental and ecological impacts of cultivation, including pests and disease management. These findings influence regulatory and safety perspectives for tobacco-derived products and potential medicinal or agricultural applications.
- Citation: Summaries of cytotoxic compounds and bioactivities reported in tobacco-related literature.[2]
What this means for you
- If you’re tracking tobacco genetics or planning experiments, expect more cultivar-specific genome resources and improved gene annotations, which can streamline gene discovery and trait association studies.[3][10]
- For researchers interested in metabolic engineering, the expanding map of nicotine biosynthesis regulators provides entry points for modifying alkaloid profiles while considering plant fitness and regulatory compliance.[6]
- For breeders and industry observers, ongoing cultivation and product development considerations will reflect both genetic advances and broader health/regulatory discussions tied to nicotine-containing crops.[4][2]
Would you like a concise bibliography with direct links to the most recent genome and biosynthesis papers, or a focused summary on nicotine regulation genes currently being targeted in breeding programs?