Organic waste in landfills is a significant contributor to global greenhouse gas emissions.

Genetic engineering of black soldier flies aims to reduce methane emissions from landfill waste breakdown, addressing climate change concerns.

Black soldier flies, specifically their larvae, are pivotal in waste consumption, eating double their weight in organic matter daily.

The larvae of black soldier flies, harvested in the maggot stage, have versatile applications including animal feed, textiles, pharmaceuticals, biofuels, and lubricants.

Australian researchers have genetically modified black soldier flies to efficiently consume organic waste and generate valuable compounds.

Macquarie University is seeking patents for black soldier fly biomanufacturing through a spin-out company named EntoZyme.

Researchers at Macquarie University have established EntoZyme, a company aimed at commercializing genetically engineered flies for waste processing.

Dr. Kate Tepper emphasizes the urgency of reducing methane emissions to combat climate change.

A publication in Communications Biology details how genetically engineered flies could revolutionize waste management and biomanufacturing, aligning with UN Sustainable Development Goals.

Black soldier flies, found worldwide except in Antarctica, are adaptable to various climates, making them suitable for waste management.

Genetic engineering could empower flies to produce industrial enzymes, lipids for biofuels, and aid in cleaning up chemical contaminants in waste.

Scientists are modifying the flies to prevent their unintended release into the environment and potential ecological impacts.