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New Heritage Ag

Improving Plants at Viral Speed

About Us

We are accelerating plant improvement for a healthier, more sustainable world. Our team of scientists and industry experts innovate at the molecular level to unlock the full potential of CRISPR and viral vector technology to better plants.

Services

We are building strategic partnerships to accelerate plant improvement projects hampered by challenges of tissue-culture and variety-dependency.

Contact Us

pei@newheritageag.com
4800 North Career Ave, Sioux Falls, SD 57107

About New Heritage Agriculture

At New Heritage Agriculture, we are accelerating the improvement of plants for a more sustainable, resilient, and healthier world. Our multidisciplinary team of scientists, engineers, and agricultural innovators is advancing breakthroughs at the molecular level—unlocking the full potential of CRISPR, protein engineering, and viral vector technologies to revolutionize crop development.

We’re committed to transforming the future of farming by making plant innovation faster, more precise, and environmentally responsible. Through strategic collaborations and cutting-edge applications, we aim to empower breeding programs and agricultural partners worldwide to achieve greater productivity and sustainability. Driven by a passion for science and a vision for global food security, our team is dedicated to building a future where agriculture thrives in harmony with nature.

Our Services

At New Heritage Agriculture, we develop advanced technologies that empower faster, more efficient, and sustainable plant innovation. Our next-generation tools harness molecular precision to drive smarter.

We leverage CRISPR technology to make precise genetic modifications in crops, accelerating improvement cycles. This enhances yield, resilience, and sustainability while enabling faster plant.

We conduct cutting-edge agri-biotech research to develop innovative solutions for modern agriculture. By combining molecular precision and advanced technologies, we create stronger, smarter crops.

Our viral vector systems efficiently deliver genes into plants without tissue culture. This method streamlines transformation, reduces timelines, and accelerates crop innovation.

New Heritage Agriculture Technology

At New Heritage Agriculture, we are at the forefront of developing cutting-edge technologies that transform crop development. By leveraging CRISPR, protein engineering, and viral vector platforms, we enable faster, more precise, and sustainable plant improvements. Our innovations empower farmers, researchers, and breeding programs to achieve higher yields and resilient crops while minimizing environmental impact.

Through strategic applications and collaborative research, we continually refine our technology to address modern agricultural challenges. By combining science, innovation, and practicality, we create solutions that unlock the full potential of plants and drive the future of sustainable agriculture.

Advanced imaging and AI technology to measure plant traits accurately, quickly, and at large scale for improved crop development.

Monitoring gene activity to optimize traits, enhance crop performance, and accelerate precise, data-driven breeding decisions across multiple varieties.

Designing novel genetic pathways to improve plant functions, resilience, and overall agricultural productivity for sustainable, high-yield crops.

Using big data and machine learning to predict, optimize, and accelerate smart crop development with higher efficiency and precision.

Frequently Asked Questions

At New Heritage Agriculture, we develop advanced technologies that empower faster, more efficient, and sustainable plant innovation. Our next-generation tools harness molecular precision to drive smarter.

CRISPR genome editing allows precise, targeted modifications in plant DNA, enabling faster crop improvements. It enhances yield, resilience, and sustainability while reducing time and resources compared to traditional breeding.

Viral vector delivery efficiently transfers genes into plants without tissue culture. This method accelerates transformation, reduces development timelines, and enables rapid testing of traits across multiple crops and varieties.

Our technologies can be applied to a wide range of crops, including cereals, fruits, vegetables, and biofuel plants, enhancing productivity, resilience, and nutritional value across diverse agricultural systems.

With our advanced technologies, plant improvement cycles are significantly shorter. Targeted CRISPR edits and efficient transformation methods allow researchers to develop improved varieties in a fraction of traditional breeding timelines.

We adhere to strict regulatory and safety standards, ensuring all modified plants undergo rigorous testing. Our protocols guarantee environmental safety, genetic stability, and compliance with local and international agricultural regulations.

Yes, small and large-scale farmers can benefit. Our technologies accelerate crop improvements, improve yields, and create resilient varieties, making sustainable, high-performing crops accessible to all agricultural stakeholders.

Protein engineering allows us to optimize plant proteins for improved traits such as nutrition, stress tolerance, and yield. It complements genome editing to accelerate the development of superior crops.

We focus on precision science, efficient breeding methods, and environmentally responsible technologies. This approach minimizes resource use, reduces waste, and promotes resilient, high-yield crops for long-term sustainability.

Yes, our platform is adaptable across diverse environments and crop types. Precision editing and molecular tools allow plants to thrive in varying climates and agricultural conditions worldwide.

We welcome partnerships with farmers, seed companies, researchers, and investors. Contact us to explore collaborations, joint projects, or technology applications that accelerate sustainable crop improvement programs.

Our Blogs

Viral Vector Delivery A Game-Changer In Plant Science

Viral Vector Delivery A Game-Changer In Plant Science

Traditional plant transformation methods often rely on tissue culture, which is time-consuming, resource-intensive, and limits…

Accelerating Crop Improvement With CRISPR Technology

Accelerating Crop Improvement With CRISPR Technology

Modern agriculture faces increasing pressure to produce more food with fewer resources while adapting to…

Get in Touch With Us

Contact us

We’re here to answer your questions and explore innovative, science-driven solutions for your crops and farming challenges. Connect with our expert team to start accelerating plant improvement, sustainability, and agricultural growth today.

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