Streptomyces sp. for controlling plant parasitic nematodes
Blacksmith BioSciences introduces a patent-pending Streptomyces sp. with dual action against root-knot nematodes and metalaxyl-resistant Pythium. This biocontrol agent is cost-effective and proven effective in field trials, particularly on potatoes.
Overview
Blacksmith BioSciences presents a novel Streptomyces species that offers a groundbreaking solution for controlling plant parasitic nematodes, specifically root-knot nematodes (RKN), and combating certain plant diseases such as metalaxyl-resistant Pythium. This biocontrol agent utilizes two modes of action: chitinase production and a unique antibiotic, providing a robust defense mechanism against these agricultural pests. Field trials, primarily on potatoes, have demonstrated the efficacy of this approach, offering a promising alternative to chemical pesticides.
Technical specifications
- Dual-action mechanism: Combines chitinase enzyme production with antibiotic properties for enhanced pest control.
- Solid-state fermentation: Developed an economical method to cultivate Streptomyces sp., ensuring cost-effectiveness and scalability.
- Field-tested: Extensively validated in real-world agricultural settings, particularly effective on potato crops.
- Sustainability: Provides an environmentally friendly alternative to traditional chemical treatments.
Technology readiness level
This technology is at Technology Readiness Level 6, indicating that the system has been demonstrated in a relevant environment and is ready for further development and field validation. Future steps include generating an EPA registration package and establishing international partnerships for broader application.
About Blacksmith BioSciences
Blacksmith BioScience is a microbial development company founded in 2016 and based in Spring, Texas. The company specializes in manufacturing and selling natural plant products, biofertilizers, and organic pesticides derived from beneficial microorganisms such as bacteria and fungi. Their proprietary technology platform involves isolating and screening these microbes to develop solutions that enhance soil fertility, improve plant nutrition, and facilitate biological pest control. By utilizing these microbial formulations, the company aims to help growers reduce or replace synthetic chemical inputs in both indoor and outdoor agricultural settings.
The company’s products, which include offerings such as Armory SP, MegaPhos SP, Nitryx SP, NoFly WP, Tenet WP, and Bio Iron, are designed to increase crop vigor and yield while promoting sustainable farming practices. Many of their products are OMRI-listed and registered with relevant environmental or state agencies. These solutions are used by growers across various crops, including fruits, vegetables, and nuts, to solve challenges related to plant health and nutrient cycling while minimizing harmful fertilizer and chemical runoff in ecological systems.
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