Our Fulcrum® platform: CRISPR in agriculture

The Fulcrum® Platform includes Pairwise-developed gene editing tools, artificial intelligence and a library of traits and expertise.
Rows of mature corn plants growing uniformly in a large agricultural field
We built Fulcrum to enable precise, flexible, comprehensive genome editing for agriculture. The platform is already in use around the world to accelerate the development of new traits and improved plant varieties.
Close-up of a scientist working with plant samples

SHARC™ is the proprietary CRISPR enzyme at the core of our Fulcrum™ platform. Developed by Pairwise and used daily to develop new products in both horticultural and row crops.

This tool is available for licensing to commercial, academic and nonprofit partners working for use in crops, animals, therapeutics, and other fields.

Fresh leafy greens growing

Built for those making plants easier to grow 
and eat

We designed Fulcrum™ for plant scientists, breeding companies, and agricultural research programs that need to move quickly from concept to field.

Compatible with diverse crop species

CRISPR tools designed for agriculture—not just for cutting, but for making precise edits that introduce helpful variation

Designed to fine-tune gene expression, not just turn genes on or off

No reliance on external IP, supported by a growing patent portfolio and licensing framework

Pairwise uses Fulcrum™ to make products everyday. Our platform is proven, scalable and in use.

11
‍m

Transformations performed

72
%
‍

Success rate in creating targeted crop improvements

81
‍

Potential products created

CRISPR
in agriculture

Advanced  plant breeding made possible with CRISPR in agriculture

CRISPR, the Nobel-prize winning technology, discovered in 2011 as a natural defense against viruses, is a precise and adaptable tool for making changes to DNA.

Through CRISPR, we can make precise edits targeted to a plant’s own genome. These changes could also occur through conventional breeding or natural variation and are not GMOs. CRISPR allows us to tap into a plant’s natural potential with precision and greater efficiency. This technology allows farmers to do more with less-reduce water use, grow more on the same land, cut back on chemical and fertilizers. It also enables improvements that enhance how people eat and enjoy food, like developing a pitless blackberry.

Tools available through Fulcrum™

Fulcrum™ includes three categories of editing tools. These allow for different types of changes to the genome and can be combined within a single program.
Nucleases (e.g. Cas9, Cas 12)
Cuts and deletes DNA
Diagram of CRISPR gene editing targeting a DNA sequence
Ability to remove a word: 
"It was the worst of times." 
→ "It was the of times."
SHARC™ 

Nuclease
Base editors
Changes single letters 
(A →G, C→T)
Diagram of a gene edit adding a DNA segment
Ability to find a misspelled word and change a letter: "wurst" → "worst"
SHARC™ 

Base editor
Templated editors
Rewrites short sequences
Diagram of CRISPR gene editing targeting a DNA sequence
Ability to find a misspelled word and change the entire word: "worst" → "best"
SHARC
REDRAW™
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Available globally through licensing

Fulcrum tools are currently licensed and in use by research institutions, non-profits and companies around the world.

Where Fulcrum™ is making an impact

Gene editing allows us to move with precision from trait concept to prototype—and to do it in a way that continuously builds on what we’ve already learned.

Worldwide

Broadly licensed non-exclusively across agriculture

Map highlighting North America

North America

United States:
Oil seed crops, grains, berries, cucurbits, ornamentals, legumes, vegetables, and even model species
Map highlighting South America

South America

Colombia:
Legumes, small grains, and large grains
Map highlighting Africa

Africa

Chad, Ethiopia, Ghana, Kenya, Malawi, Mozambique, Nigeria, Rwanda, Senegal, South Africa, Tanzania, Uganda, Zambia, Zimbabwe, Ethiopia, Kenya, Malawi, Nigeria, Rwanda:
Indigenous millets, large and small grains, and legumes
Map highlighting Asia

Asia

Bangladesh, China, India, Pakistan:
Large and small grains, and legumes

Easy access to 
a full-suite of 
CRISPR tools.

Fulcrum™ simplifies licensing and expands operational flexibility, with demonstrated performance in both row and horticultural crops.
Close-up of a scientist holding plant samples
Production ready
Are the tools used to make products
Yes
Reach-through clauses
Are products based on insights from the technology, but not made with it, subject to royalties?
No
Multiplex editing
Ability to edit multiple genes or sites simultaneously in a single experiment.
Yes
Editing types under single license
Types of genome modifications supported (e.g., cutting, base editing, template-directed changes).
Cutting, base, template
Commercial-rights ready
Are commercial rights included and straightforward, or are additional agreements needed?
Included
Royalty stacking
Are multiple royalties owed due to overlapping
None
Stewardship requirements
Does the license impose additional obligations for product stewardship or compliance?
No
Material transfer
Does the licensor offer physical material transfer or optional training
Optional
Improvements
Does the licensor work in plants to make improvements to the technology
Yes
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Exploring new technologies, considering partnerships, or want to learn more about our approach?

Please don't hesitate to reach out.
Pairwise headquarters building