This startup develops biobased and biodegradable microcarriers from biopolymers for various biotechnological applications. Their products offer sustainable and environmentally friendly solutions for cell culture and other bioprocesses.
Funding
Funding not disclosed
Founders
Product
Problem
Current methods for combating plant diseases, such as ESCA in viticulture, often lack effective curative treatments and rely on synthetic chemicals that pose environmental risks. Traditional crop protection strategies may not provide targeted delivery of active ingredients, leading to reduced efficacy and potential harm to beneficial organisms.
Solution
LigniLabs has developed a lignin-based microcarrier platform for targeted delivery of crop protection agents. These biodegradable microcarriers encapsulate active ingredients, enabling controlled release and improved efficacy against previously incurable plant diseases. The initial application is ESCApe, a bio-based product designed to combat ESCA, a devastating grapevine disease. The microcarriers are made from modified lignin, a natural polymer, and can be customized to release active ingredients over time or upon degradation of the lignin capsule. This technology offers a sustainable alternative to conventional crop protection methods by providing a targeted and environmentally friendly solution. Beyond plant protection, the lignin microcarrier platform has potential applications in other industries, such as flame retardants and 3D printing.
Target Audience
The primary target audience includes viticulturists and agricultural businesses seeking sustainable and effective solutions for plant disease management, particularly those dealing with ESCA in grapevines.
Features
- Bio-based and biodegradable microcarriers made from modified lignin
- Customizable release profiles for active ingredients
- Targeted delivery to combat plant diseases like ESCA
- Environmentally friendly alternative to synthetic pesticides
- Platform technology applicable to various industries beyond crop protection