Molecular tools and consumer taste converge to reshape semi-arid tomato breeding
A new review synthesises how genetic diversity, molecular markers, genome editing and consumer sensory preferences can be integrated to breed ...
A new review synthesises how genetic diversity, molecular markers, genome editing and consumer sensory preferences can be integrated to breed ...
Indigenous Trichoderma strains inhibited Fusarium verticillioides growth by up to 80% in tomato and one strain, T. asperellum M23, eliminated ...
Researchers found that the nuclear shuttle protein encoded by DNA-B determines whether selected tomato leaf curl New Delhi virus strains ...
Two endophytic Bacillus strains isolated from healthy tomato plants significantly reduced bacterial speck severity in greenhouse trials, though less effectively ...
Beneficial microbes applied to cherry tomato plants differentially altered fruit lycopene, phenolics, flavonoids, volatiles and yield, with combined inoculation raising ...
A combined microbiome and cultivation study shows tomato plants selectively recruit stress-adapted rhizobacteria under salinity and drought, yielding 127 isolates ...
A pan-genomic analysis of 61 tomato accessions shows how duplication, transposable elements and structural variation shaped the sulfotransferase gene family.
Researchers optimised phenolic antioxidant extraction from a peppertree and tomato blend, finding a 50:50 mixture raised yields by up to ...
A new review synthesizes evidence that plant-associated microbes directly and indirectly reshape the biosynthesis of secondary metabolites, with implications for ...
A modeling study from the Democratic Republic of the Congo finds that a low-tech tilapia and tomato aquaponic system only ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine