Sanatech Seed Performs More Research Following CRISPR Tomato
References: geneticliteracyproject.org
Sanatech Seeds develops a successful gene-edited tomato and named it the CRISPR tomato. This is a key result in this area of research, marking the first approved genome-edited food in Japan. The official name is the Sicilian Rouge High Gaba. It gets the name because a large amount of gamma-aminobutyric acid is used to develop the product. It is a compound that help relax the mind and lower blood pressure.
These foods do not have any incorporations of genes from the outside, which differentiates it from GM crops. Without the use of external organisms, the CRISPR tomato only has the combination of genes it already had changed by scientists. In terms of the foreseeable future of genome-edited foods in Japan is dependent on the free distribution of seedlings.
Image Credit: Sanatech Seed
These foods do not have any incorporations of genes from the outside, which differentiates it from GM crops. Without the use of external organisms, the CRISPR tomato only has the combination of genes it already had changed by scientists. In terms of the foreseeable future of genome-edited foods in Japan is dependent on the free distribution of seedlings.
Image Credit: Sanatech Seed
Trend Themes
1. Gene Editing in Food Production - The success of the CRISPR tomato could lead to further research and development in gene-edited food products.
2. Health Benefits in Genetically Modified Foods - The high GABA content of the CRISPR tomato shows a potential for developing food products with added health benefits using gene-editing technology.
3. Growing Acceptance of Gene-edited Foods - The approval of the CRISPR tomato as a genome-edited food in Japan indicates a shift towards greater acceptance of gene-edited products in the food industry.
Industry Implications
1. Food Production - Gene editing provides an opportunity for food producers to create novel, healthier, and more sustainable food products.
2. Biotechnology - The success of gene-editing in food production could inform research and innovation in biotechnology for other applications.
3. Agriculture - Gene-edited crops like the CRISPR tomato offer potential for improving agricultural yields and sustainability, creating opportunities for innovation in the agricultural industry.
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