Renaissance Bioscience, a Vancouver-based biotech firm, is pioneering the use of RNA interference (RNAi) for precise pest management. Their technology, which utilizes RNA molecules to target and destroy specific messenger RNA (mRNA) in pests, promises high accuracy and environmental safety, writes Elaine Watson in an article published by AgfunderNews (AFN).
Watson writes that the company has developed an innovative delivery system using baker’s yeast to protect the RNA, allowing it to be stored at ambient temperatures and mixed with other crop inputs without losing efficacy.
This breakthrough is particularly significant for potato farming, where the Colorado potato beetle poses a severe threat. Traditional chemical pesticides have led to resistance in this pest, making new methods essential. Renaissance’s RNAi technology specifically targets and neutralizes the Colorado potato beetle without affecting other organisms, offering a sustainable solution to this persistent problem.
Field trials have demonstrated the effectiveness of this approach, and Renaissance is now partnering with major crop protection companies to bring this technology to market. By focusing initially on potatoes, they aim to protect a vital food source while reducing reliance on chemical pesticides.
The broader applications of this technology extend to other crops and pests, signaling a potential shift in agricultural pest management. As Renaissance Bioscience continues to refine and expand its RNAi solutions, the promise of a more sustainable and precise approach to crop protection becomes increasingly attainable.
Source: AgFunderNews (AFN). Read the original article here
Image: Credit iStock/Szumimydlo via AFN
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