Tag: phenylpropanoid pathway

Exogenous vitexin supplementation significantly boosts justicidin B accumulation in Linum root cultures by rerouting the phenylpropanoid pathway toward lignan biosynthesis.

Researchers have engineered a three-bacterial consortium that systemically reprograms tomato defense metabolism and reshapes the rhizosphere microbiome to reduce Fusarium ...

A new review in Theoretical and Applied Genetics proposes targeted, spatially controlled anthocyanin biofortification in black rice as a way ...

New metabolomic research reveals that 24-epibrassinolide protects postharvest kiwifruit from Botrytis cinerea by triggering a three-phase reprogramming of defense-related metabolism.

Genome sampling at key branches of grass evolution, combined with ancestral enzyme reconstruction, reveals when distinct starch and lignin pathways ...

A multi-omics study reveals that the prized silkworm-like rings of the medicinal plant Notopterygium incisum form through uneven secondary growth, ...

New research shows that trehalose protects tomato seedlings from salt stress only through the action of hydrogen sulfide, which mediates ...

Aqueous extract of white lupin leaves induces concentration-dependent oxidative stress, antioxidant enzyme collapse and metabolic disruption in the weeds Euphorbia ...

Researchers identified BrANL2 as a transcriptional repressor that suppresses anthocyanin biosynthesis in purple flowering Chinese cabbage, opening new breeding strategies ...

A 40-day greenhouse study shows that a Bacillus-based endophytic biopreparation drives modern bread wheat toward layered physical defenses while ancient ...