NuCicer

NuCicer develops enhanced chickpea varieties boasting superior protein content, nutritional value, and functional properties. Utilizing ancestral genetics and a proprietary "Chickpea Innovation Platform," the company employs nature-based precision breeding to yield legumes with significantly more protein. These innovations translate into improved whole beans, functional flours, and high-quality protein powders for the food industry.

Founded in 2019 by Douglas Cook, Brendan Riley, and Kathryn Cook, NuCicer emerged from Douglas Cook’s extensive academic research. As a UC Davis professor, his prior 15 years in chickpea genetics revealed significant untapped potential within the legume’s diverse genetic library, which formed the core insight for the company's establishment.

NuCicer targets food producers and brands seeking advanced plant-based ingredients. The company's vision is to unlock new economic and product possibilities for chickpeas by making them more affordable, versatile, and impactful. This aims to facilitate healthier, more sustainable food options for consumers while promoting regenerative agricultural practices.

High-Level Overview

NuCicer is a Davis, California-based agtech company specializing in chickpea genetics, developing non-GMO varieties with up to 75% more protein (35% protein content vs. 21% in conventional chickpeas) through advanced breeding techniques, machine learning, and genomics.[1][2][3] It serves food manufacturers and growers by providing high-protein, sustainable chickpea ingredients like flours and proteins for clean-label products such as gluten-free pasta, snacks, and enriched staples, solving challenges in taste, texture, processing efficiency, and reliance on processed isolates from yellow pea or soy.[1][3] With $11.5 million raised in a Series A round in 2025 (led by Rhapsody Venture Partners, plus Leaps by Bayer and others), NuCicer demonstrates strong growth momentum via licensing deals, supply chain partnerships, and expansion of trials in North America and Europe.[2][3]

Origin Story

NuCicer emerged from over 20 years of chickpea genetics research at UC Davis, where the team's collection of wild Cicer genus biodiversity—40x more genetic power than traditional programs—revealed untapped potential in this underutilized legume.[2][5] CEO and co-founder Kathryn Cook, a materials science engineer with expertise in technical program management, co-founded the company with her father, a UC Davis professor, to optimize chickpeas from breeding to ingredient use, driven by their shared passion for sustainable nutrition.[1][2] Starting with grant funding, early customer discovery with food formulators validated the high-protein traits, leading to over $11 million in venture capital and pivotal milestones like PPIC affiliate status in 2023 and the 2025 Series A.[1][2][3]

Core Differentiators

• World's most diverse chickpea breeding library: Incorporates wild genetics for superior traits like elevated protein (up to 35%), high fiber, low fat, and resilience, enabling non-GMO varieties that outperform staples like yellow pea or soy in flavor and texture.[2][3][5]
• Predictive breeding platform: Leverages machine learning, data analytics, genomics, and bioinformatics for rapid development of crop varieties with reduced inputs, higher yields, and better nutritional value.[1][2][3]
• Vertical integration and business model: Controls breeding to supply chain via licensing and partnerships, delivering cost-effective, minimally processed ingredients without overhauling food production.[1][3]
• Proven market fit: Ingredients tested with global brands for clean-label applications; addresses formulator pain points like processing efficiency and broad food use.[1][3]

Role in the Broader Tech Landscape

NuCicer rides the clean-label, plant-based protein wave, capitalizing on rising demand for sustainable, nutrient-dense alternatives amid climate pressures and consumer shifts away from processed isolates.[3] Timing aligns with agtech advancements in AI-driven breeding, unlocking wild crop diversity to boost food system resilience—chickpeas fix nitrogen, require fewer inputs, and offer overlooked scalability versus corn, wheat, or rice.[1][2][5] Market forces like regulatory pushes for sustainability and protein fortification favor its non-GMO, high-fiber profile, positioning chickpeas to disrupt $10B+ plant protein markets while benefiting growers through premium varieties.[3] By sharing genetic innovations, NuCicer influences ecosystem-wide progress in crop resilience and food security.[2]

Quick Take & Future Outlook

NuCicer's trajectory points to global scaling via more licensing deals and ingredient launches, with next-gen varieties in trials poised to capture share from inferior proteins as clean-label trends accelerate.[3] AI-enhanced breeding will drive faster iterations amid climate volatility, potentially expanding to other legumes. Its influence could evolve from niche innovator to chickpea category leader, transforming overlooked staples into resilient food system cornerstones—echoing its mission to revolutionize this humble crop for a protein-hungry world.[1][2][5]