… that are associated with an increased demand for energy. … , but rather that the alteration
of primary carbon metabolism … , eventually contributing to a robust level of plant resistance. …

… medicaginis, and found it more resistant to this disease. Transcriptomic and … improved
disease resistance against Fusarium wilt is due to increased accumulation and/or spillover of flux …

… in response to pathogen, which all established an efficient plant defense … resistance against
V. dahliae by promoting JA signaling-mediated enhanced cell wall rigidity and metabolic flux…

… GhnsLTPsA10 also inhibits fungal growth by interacting with the fungal membrane, enhancing
disease resistance. However, the expression of GhnsLTPsA10 is downregulated after …

… However, it is unknown whether the increased aphid resistance detected in NtCYP71D16-suppressed
tobacco plants was caused by an increase in CBT-ol production, or by reduced …

… In summary, we uncovered a strategy utilized by plant to respond to abiotic stress:
enhancing the accumulation of flavonoid glycosides and anthocyanins through GSA1-controlled …

… of heme metabolism, ie up-regulation of FeCh and HO activities, can contribute to the
stress tolerance of the transgenic rice plants. We also discuss the implications for increased …

… of gene enrichment that increased acid tolerance in E. coli by 9,000-fold. Citation68 Expanding
the genome to confer resistance to toxins or new/improved metabolic capabilities has the …

… cell systems to real-life obstacles will help to improve our understanding of how plants
work and how their resistance and/or tolerance to environmental stresses can be improved. In …

… plant metabolic flux alters gene expression to optimize plant … AtSRT1 negatively regulates
plant tolerance to stress and … whether increased AtSRT1 levels had an effect on plant …