Uniphage develops microbe-based solutions to replace harmful fungicides, bactericides, and antibiotics in agriculture, specifically targeting citrus greening disease that threatens the US citrus industry. Their technology utilizes a precise deep learning model to identify and deploy phages that selectively infect and eliminate target bacterial pathogens.
Funding
$256K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Citrus greening disease poses a significant threat to the US citrus industry, leading to decreased yields and tree mortality. Current agricultural practices rely on harmful fungicides, bactericides, and antibiotics to combat bacterial pathogens, raising environmental and health concerns.
Solution
Uniphage develops microbe-based solutions as alternatives to traditional chemical treatments in agriculture. Their core technology focuses on identifying and deploying bacteriophages (phages) that selectively target and eliminate specific bacterial pathogens, such as those responsible for citrus greening. This approach offers a more sustainable and environmentally friendly method for disease control compared to broad-spectrum chemicals. By utilizing phages, Uniphage aims to improve crop health and productivity while minimizing the negative impacts associated with conventional agricultural practices. The precision of phage-based solutions reduces the risk of off-target effects on beneficial microorganisms and the development of antibiotic resistance.
Target Audience
The primary target audience includes citrus growers and agricultural companies seeking sustainable and effective solutions for managing citrus greening disease.
Features
- Precise deep learning model for phage identification and selection
- Targeted elimination of bacterial pathogens, minimizing harm to beneficial microbes
- Sustainable alternative to chemical fungicides, bactericides, and antibiotics