Jerusalem, 31 July, 2025 (TPS-IL) — A new Israeli Study released on Thursday found that oil made from black soldier fly larvae has strong anti-inflammatory effects, opening possibilities of helping farmers raise healthier livestock.
The research, led by Professor Bertha Schwartz of Hebrew University, showed that a specially treated version of this oil, called MBSFL, can reduce harmful inflammation in immune cells while supporting healthy metabolism.
The study, published in the International Journal of Molecular Sciences, found that MBSFL blocks key inflammation signals without harming the immune system. This is thanks to the oil’s special fatty acids and natural compounds like lauric acid, which are known to fight inflammation and microbes.
“We’re always looking for ways to reduce our reliance on synthetic additives in agriculture,” said Prof. Schwartz. “What’s exciting here is that black soldier fly larvae oil is not only a sustainable byproduct but may also help support animal immune health naturally.”
For farmers, this means healthier animals that may need fewer antibiotics and recover better from illness or stress. Black soldier fly larvae oil could be developed as a natural feed supplement, especially for chickens and pigs. Since the larvae are raised on organic waste, this also helps recycle food scraps into valuable animal health products.
Though the study was done on human cells in the lab, Prof. Schwartz believes the results will lead to new feed options for farm animals. “This is a step forward in linking animal health with environmental care,” she said. “The black soldier fly is showing us new ways nature can help.”
The study was published in the peer-reviewed International Journal of Molecular Sciences.
The oil could be developed into a natural feed supplement that helps animals manage inflammation more effectively, improve recovery from infections or stress, and enhance overall well-being. By modulating immune responses without weakening the immune system, MBSFL may reduce farmers’ reliance on antibiotics.
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