Pairwise's vision for producing fresh pitless cherries

29 Aug 2024
3828

The U.S. breeding company has stated that it intends to harness the power of gene editing technology to develop new varieties of fresh produce.

New varieties with enhanced characteristics are a crucial value factor in the fresh produce industry and can be a tool to tackle challenges such as climate change and food security. Pairwise is a U.S. company that uses gene editing technology, including CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats), to improve the fruit development process.

CEO and co-founder Tom Adams says Pairwise has created its own set of gene editing tools, called the Fulcrum Platform, which he claims is the most comprehensive suite of tools in the industry. The company's initial work focused on row crops like corn, but it has also targeted fresh produce. “I can’t think of anyone who has done more editing, more crops, and more different genes,” he says.

“We are working on hundreds of different genes that we have modified in 60 different crops, some of which are commercialized, others are under experimentation, and others are proof of concept. The first challenge we saw we could address outside of row crops was about eating enough fruit and vegetables.”

Pairwise has sought to address some of the obstacles to increasing fresh produce consumption. “There are certain things that seem to change consumption, like the availability of a fruit all year round,” explains Adams.

Technology in Practice

The first products launched by Pairwise using its gene editing technology were new varieties of mustard greens. The company managed to reduce the wasabi-like flavor of raw leaves and create a new product for consumers who prefer a less pungent taste but still want the nutrients of fresh mustard greens.

According to Adams, the genetically modified leafy greens mix was launched as the first CRISPR food in foodservice and retail channels across North America, with positive feedback.

“The biggest direct feedback we got was before the official launch when we brought the salads to some trade shows in the United States and set up a booth to explain what gene editing was. When people were presented with the salad, they wanted to eat it. We responded to over 3,000 surveys, and the intent to purchase the product was 91%,” Adams explains.

The trial proved instructive for Pairwise’s direction, which focused on variety development.

Products in the Pipeline

Although Pairwise has a range of products in the pipeline, Adams says that cherries and blackberries are two products that currently stand out not only because of the progress made but also due to potential opportunities. “Cherries have two problems: they are not available year-round and are a bit cumbersome to eat because of the pits. So we started working on a pitless cherry,” Adams says.

“It’s a bit further out because we had to build new facilities for the trees, but ultimately, we want to produce pitless cherries available year-round.”

In an attempt to achieve year-round production, Pairwise is drawing inspiration from blueberries and working to change the environmental requirements for growing cherries. It took decades of breeding to develop blueberries, but Adams believes that gene editing can help accelerate the process.

Complementary Approaches

Adams does not see the use of gene editing as conflicting with traditional breeding. Instead, he argues that gene editing is a complementary tool that can build on the progress made by traditional methods and be used to help address some of the challenges facing the fresh produce industry.

“The challenge with plant breeding is all about scale. Most crops have 30,000 genes, and even if they differ by only 10,000, that’s 10,000 coin flips. With traditional breeding, you have to generate enough outcomes to create the combination of flips you want,” Adams explains. “With gene editing, you can have a variety that has 9,995 genes right, and you can change the other five.”

Read the full article: Asiafruit
Image: Asiafruit


Cherry Times - All rights reserved

What to read next

New Hungarian Mahaleb rootstocks for sweet cherry: performance and yield data

Rootstocks

04 Jun 2025

Explore the agronomic impact of new Hungarian-bred Mahaleb rootstocks for sweet cherry. Trial results on tree vigour, fruit weight, and yield in irrigated and rain-fed conditions. Complete and reliable data from test orchards near Budapest and Győr, Hungary.

Research in Uzbekistan aims at improving cherry freezing technology

Processed

24 Jan 2025

For the research raw materials and generally accepted standard, physico-chemical, special organoleptic and correlation-regression analysis and statistical-mathematical planning methods of experiments were used to determine the properties of frozen products.

In evidenza

Cherry and saline soils: rootstock selection is a strategic choice

Rootstocks

27 Aug 2026

A study in Xinjiang, China, compares five sweet cherry rootstocks under salt stress. Mahaleb CDR-1 and Daqingye show the strongest tolerance, maintaining better photosynthesis, osmotic adjustment and antioxidant defense even at high NaCl concentrations in lab trials.

A warm, rainy spring can put a strain on cherry orchards: advice from an expert

Tech management

27 Aug 2026

In Chile, El Niño is raising risks for cherry orchards as waterlogging can damage roots and disrupt budding and flowering, while preharvest rain may increase fruit cracking and rot. INIA Quilamapu highlights strategies to protect cherry quality, yield and postharvest life.

Tag Popolari