Crispr/cas9 targeted genome inversion platform for vegetable crop improvement
A gene-editing platform leveraging CRISPR/Cas9 to induce targeted chromosomal inversions in vegetable crops. Combines Ku70 knockout backgrounds and gamete-specific Cas9 expression to improve inversion efficiency, heritab...
Genome editing platform for evaluating plant promoter variants
Innovative genome editing platform utilizing GFP fluorescence for precise evaluation of promoter variants in plants. The system leverages a self-replicating element activated by Cas9, enabling sensitive detection and qua...
NRC4 gene editing for broad-spectrum disease resistance in tomatoes
BetterSeeds' NRC4 gene editing technology enhances disease resistance in tomatoes, providing protection against fungi, bacteria, and pests without affecting growth or yield. The solution is scalable, adaptable, and comme...
Genome-edited drought-resistant tomatoes for sustainable agriculture
A CRISPR-based solution enhancing drought resistance in tomatoes by modifying the ROP9 gene to improve water use efficiency (WUE) without compromising yield. This innovation supports sustainable agriculture and efficient...
Genome editing for enhanced vegetable fruit quality traits
BetterSeeds employs genome editing to improve fruit quality traits in vegetables, accelerating development and market introduction of superior varieties. The approach focuses on genes controlling traits like flesh color ...
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