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Plant Genetics

Crop Improvement Potato Genetics Wheat Genetics Potato and Tomato Genetics Potato Origins Gene Editing Potato Evolution Rice Genetics Arabidopsis thaliana Genetic Variation Herbicide Resistance Crop Diversity Hordeum brevisubulatum Coffee Plant Genetics Tomato Genetics Disease Resistance Pea Genetics Gene Identification Pea Plants Plant Genomes Gene Function Tree Resistance CRISPR-Cas9 Technology Mutant Plants Nicotiana Benthamiana Potato and Tomato Relationship Potato Hybridization Potato and Tomato Evolution Hybridization Hibridization Mendelian Genetics Auxin Hormone Genetically Engineered Plants Cotton Genetics Pathogen-Plant Interactions Potato Pathogen Research Maize-Teosinte Hybrids Teosinte Pollen Drive

Genome Study Reveals Ancient Tomato Hybrid Gave Rise to Modern Potato

The discovery of SP6A and IT1’s role in tuber development opens new pathways to enhance potato resilience.

Modern Potato Traces Roots to Nine-Million-Year-Old Tomato Hybrid

Ancient Tomato Hybridization Gave Rise to Modern Potatoes

Scientists Aim to Recreate Ancient Potato Hybrid to Enable Seed-Propagated Varieties

Young UK Ash Trees Evolving Resistance to Dieback Disease

Scientists Uncover Genetic Basis for Flowers' Rotting Flesh Odor

Global Pea Genomic Map Unlocks Mendel's Last Mysteries and Advances Crop Science

Gene Editing Unlocks Potential for Larger, Tastier Tomatoes and Eggplants

CRISPR Unlocks Sweeter Tomatoes Without Sacrificing Size

New Genetic Insights Reveal Bread Wheat's Evolutionary Success

Genetic Mechanism Reveals How Corn Adapted Rapidly Across America

Genetically Engineered Plants Could Revolutionize Baby Formula Nutrition

Arabica Coffee's Ancient Origins and Climate Adaptation Unveiled