Companies announce plans for gene-edited strawberries
BOISE, IDAHO » An Idaho company that successfully brought genetically modified potatoes to the market announced an agreement Thursday to help a California-based plant breeding company grow strawberries they say will stay fresh longer and have a longer growing season.
J.R. Simplot Company and Plant Sciences Inc., both privately-held companies, said they expect to launch the first commercially available, gene-edited strawberries within a few years.
U.S. growers produced $2.2 billion in strawberries in 2020, mostly in California, according to the U.S. Department of Agriculture. But consumers discarded an estimated 35% of the crop due to spoilage. Simplot and Plant Sciences officials said genetically modified strawberries will help reduce waste, and make them available to consumers much of the year.
The strawberries will contain genes from only strawberries, selecting desirable traits that have been
cultivated over decades.
“It’s the same technology we’re working on with potatoes,” said Doug Cole, director of Marketing and Biotech Affairs at Simplot. “We have the opportunity to do that with this technology.”
There is no evidence that genetically modified organisms, known as GMOs, are unsafe to eat, but changing the genetic code of foods presents an ethical issue for some. The U.S. Environmental Protection Agency and U.S. Food and Drug Administration approved a previous gene-modifying technique on Simplot potatoes. Now, more than 1.1 billion pounds of the potatoes are sold in some 40 states and 4,000 supermarkets and 9,000 restaurants.
Cole said the company submitted information to the Agriculture Department that determined the gene editing being used on strawberries replicates a natural process and doesn’t need regulatory approval before the strawberries are brought to the market. The company is also using that gene editing technique on potatoes.
Steve Nelson, president and chief executive officer of Plant Sciences Inc., said the company over the last 35 years has developed five distinct breeding populations of strawberries that do best in various growing areas and climate types.
“They possess complex genomes that contribute to long and complex breeding cycles,” Nelson said. “You’ve got to look at large populations of seedlings on an annual basis to make progress with traditional plant breeding.”
Gene editing could speed that up. Nelson said the goal of the partnership with Simplot is to improve the horticultural performance of strawberries, enhance pest and disease tolerance and resistance.