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Grafting-Induced Epigenetic Changes Persist Across Generations in Solanum lycopersicum

Volkov A, Ishibashi T, Green S

Summary

9.3/10

Grafting tomatoes onto salt-tolerant rootstock creates heritable DNA changes lasting 3+ generations, opening a non-GMO path to crop resilience.

Key Findings

1

Epigenetic changes persist 3 generations

2

Methylation overlaps salt-stress genes

3

Non-transgenic heritable improvement

description

Original Abstract

DNA methylation patterns acquired through grafting onto salt-tolerant rootstock persisted for 3 generations in tomato scions without continued grafting. Differentially methylated regions overlapped with salt-stress response genes, suggesting grafting as a tool for heritable epigenetic crop improvement.

epigenetics grafting tomato crop-resilience
Tomato
eco

Tomato

The tomato is a plant whose fruit is an edible berry that is eaten as a vegetable. The tomato is a member of the nightshade family that includes tobacco, potato, and chili peppers. It originated from western South America, and may have been domesticated there, in Mexico, or in Central America. Th...

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